LAMPS Working Group                                         D.K. Gillmor
Internet-Draft                            American Civil Liberties Union
Intended status: Standards Track                            B. Hoeneisen
Expires: 27 January 6 August 2022                                    pEp Foundation
                                                             A. Melnikov
                                                               Isode Ltd
                                                            26 July 2021
                                                         2 February 2022

                      Header Protection for S/MIME
                 draft-ietf-lamps-header-protection-06
                 draft-ietf-lamps-header-protection-07

Abstract

   S/MIME version 3.1 has introduced a feasible standardized option to
   accomplish Header Protection.  However, few implementations generate
   messages using this structure, and several legacy and non-legacy
   implementations have revealed rendering issues at the receiving side.
   Clearer specifications regarding message processing, particularly
   with respect to header sections, are needed in order to resolve these
   rendering issues.  Some mail user agents are also sending and
   receiving cryptographically-protected message headers using a
   different structure.

   In order to help implementers to correctly compose and render email
   messages with Header Protection, this document updates S/MIME Header
   Protection specifications with additional guidance on MIME format,
   sender and receiver processing.

Status of This Memo

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   provisions of BCP 78 and BCP 79.

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   This Internet-Draft will expire on 27 January 6 August 2022.

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Table of Contents

   1.  Introduction  . . . . . . . . . . . . . . . . . . . . . . . .   5
     1.1.  Two Schemes of Protected Headers  . . . . . . . . . . . .   5
     1.2.  Problems with Wrapped Messages  . . . . . . . . . . . . .   6
     1.3.  Problems with Injected Headers  . . . . . . . . . . . . .   6
     1.4.  Motivation  . . . . . . . . . . . . . . . . . . . . . . .   7
     1.5.  Other Protocols to Protect Email Headers  . . . . . . . .   7
     1.6.  Requirements Language . . . . . . . . . . . . . . . . . .   7
     1.7.  Terms . . . . . . . . . . . . . . . . . . . . . . . . . .   8
   2.  Problem Statement . . . . . . . . . . . . . . . . . . . . . .  10
     2.1.  Privacy . . . . . . . . . . . . . . . . . . . . . . . . .  11
     2.2.  Security  . . . . . . . . . . . . . . . . . . . . . . . .  11
     2.3.  Usability . . . . . . . . . . . . . . . . . . . . . . . .  11
     2.4.  Interoperability  . . . . . . . . . . . . . . . . . . . .  11
   3.  Use Cases . . . . . . . . . . . . . . . . . . . . . . . . . .  11
     3.1.  Interactions  . . . . . . . . . . . . . . . . . . . . . .  11
       3.1.1.  Main Use Case . . . . . . . . . . . . . . . . . . . .  12
       3.1.2.  Backward Compatibility Use Cases  . . . . . . . . . .  12
     3.2.  Protection Levels . . . . . . . . . . . . . . . . . . . .  13
       3.2.1.  In-Scope  . . . . . . . . . . . . . . . . . . . . . .  13
       3.2.2.  Out-of-Scope  . . . . . . . . . . . . . . . . . . . .  13
   4.  Specification . . . . . . . . . . . . . . . . . . . . . . . .  14
     4.1.  Main Use Case . . . . . . . . . . . . . . . . . . . . . .  14
       4.1.1.  MIME Format . . . . . . . . . . . . . . . . . . . . .  15
       4.1.2.  Sending Side  . . . . . . . . . . . . . . . . . . . .  17
       4.1.3.  Default Header Confidentiality Policy . . . . . . . .  22  23
       4.1.4.  Receiving Side  . . . . . . . . . . . . . . . . . . .  23  24
     4.2.  Backward Compatibility Use Cases  . . . . . . . . . . . .  31  33
       4.2.1.  Receiving Side MIME-Conformant  . . . . . . . . . . .  32  33
       4.2.2.  Receiving Side Not MIME-Conformant  . . . . . . . . .  32  33
   5.  Usability Considerations  . . . . . . . . . . . . . . . . . .  33  34
     5.1.  Mixed Protections Within a Message Are Hard To
           Understand  . . . . . . . . . . . . . . . . . . . . . . .  33  34

     5.2.  Users Should Not Have To Choose a Header Confidentiality
           Policy  . . . . . . . . . . . . . . . . . . . . . . . . .  33  34
   6.  Security Considerations . . . . . . . . . . . . . . . . . . .  33  34
   7.  Privacy Considerations  . . . . . . . . . . . . . . . . . . .  33  34
   8.  IANA Considerations . . . . . . . . . . . . . . . . . . . . .  33  34
   9.  Acknowledgments . . . . . . . . . . . . . . . . . . . . . . .  33  34
   10. References  . . . . . . . . . . . . . . . . . . . . . . . . .  33  34
     10.1.  Normative References . . . . . . . . . . . . . . . . . .  33  34
     10.2.  Informative References . . . . . . . . . . . . . . . . .  34  35
   Appendix A.  Possible Problems with some Legacy Clients . . . . .  36  37
     A.1.  Problems Reviewing signed+encrypted Messages in List
           View  . . . . . . . . . . . . . . . . . . . . . . . . . .  36  37
     A.2.  Problems when Rendering a signed+encrypted Message  . . .  36  37
     A.3.  Problems when Replying to a signed+encrypted Message  . .  37  38
     A.4.  Problems Reviewing signed-only Messages in List View  . .  38  39
     A.5.  Problems when Rendering a signed-only Message . . . . . .  38  39
     A.6.  Problems when Replying to a signed-only Message . . . . .  39  40
   Appendix B.  Test Vectors . . . . . . . . . . . . . . . . . . . .  39  40
     B.1.  Baseline Messages . . . . . . . . . . . . . . . . . . . .  39  40
       B.1.1.  No cryptographic protections over a simple message  .  40  41
       B.1.2.  S/MIME signed-only signedData over a simple message, No
               Header Protection . . . . . . . . . . . . . . . . . .  40  41
       B.1.3.  S/MIME signed-only multipart/signed over a simple
               message, No Header Protection . . . . . . . . . . . .  42  43
       B.1.4.  S/MIME encrypted and signed over a simple message, No
               Header Protection . . . . . . . . . . . . . . . . . .  44  45
       B.1.5.  No cryptographic protections over a complex
               message . . . . . . . . . . . . . . . . . . . . . . .  47  48
       B.1.6.  S/MIME signed-only signedData over a complex message,
               No Header Protection  . . . . . . . . . . . . . . . .  48  49
       B.1.7.  S/MIME signed-only multipart/signed over a complex
               message, No Header Protection . . . . . . . . . . . .  51  52
       B.1.8.  S/MIME encrypted and signed over a complex message, No
               Header Protection . . . . . . . . . . . . . . . . . .  54  55
     B.2.  Signed-only Messages  . . . . . . . . . . . . . . . . . .  57  58
       B.2.1.  S/MIME signed-only signedData over a simple message,
               Wrapped Message . . . . . . . . . . . . . . . . . . .  57  58
       B.2.2.  S/MIME signed-only multipart/signed over a simple
               message, Wrapped Message  . . . . . . . . . . . . . .  59  60
       B.2.3.  S/MIME signed-only signedData over a simple message,
               Injected Headers  . . . . . . . . . . . . . . . . . .  62  63
       B.2.4.  S/MIME signed-only multipart/signed over a simple
               message, Injected Headers . . . . . . . . . . . . . .  63  64
       B.2.5.  S/MIME signed-only signedData over a complex message,
               Wrapped Message . . . . . . . . . . . . . . . . . . .  66  67
       B.2.6.  S/MIME signed-only multipart/signed over a complex
               message, Wrapped Message  . . . . . . . . . . . . . .  68  69

       B.2.7.  S/MIME signed-only signedData over a complex message,
               Injected Headers  . . . . . . . . . . . . . . . . . .  71  72
       B.2.8.  S/MIME signed-only multipart/signed over a complex
               message, Injected Headers . . . . . . . . . . . . . .  74  75
     B.3.  Encrypted-and-signed Messages . . . . . . . . . . . . . .  77  78
       B.3.1.  S/MIME encrypted and signed over a simple message,
               Wrapped Message with hcp_minimal  . . . . . . . . . .  77  78
       B.3.2.  S/MIME encrypted and signed over a simple message,
               Injected Headers with hcp_minimal . . . . . . . . . .  80  81
       B.3.3.  S/MIME encrypted and signed over a simple message,
               Injected Headers with hcp_minimal (+ Legacy Display)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .  83  84
       B.3.4.  S/MIME encrypted and signed over a simple message,
               Wrapped Message with hcp_strong . . . . . . . . . . .  86  87
       B.3.5.  S/MIME encrypted and signed over a simple message,
               Injected Headers with hcp_strong  . . . . . . . . . .  89  90
       B.3.6.  S/MIME encrypted and signed over a simple message,
               Injected Headers with hcp_strong (+ Legacy Display) .  92  93
       B.3.7.  S/MIME encrypted and signed reply over a simple
               message, Wrapped Message with hcp_minimal . . . . . .  95  96
       B.3.8.  S/MIME encrypted and signed reply over a simple
               message, Injected Headers with hcp_minimal  . . . . .  98  99
       B.3.9.  S/MIME encrypted and signed reply over a simple
               message, Injected Headers with hcp_minimal (+ Legacy
               Display)  . . . . . . . . . . . . . . . . . . . . . . 101 102
       B.3.10. S/MIME encrypted and signed reply over a simple
               message, Wrapped Message with hcp_strong  . . . . . . 105
       B.3.11. S/MIME encrypted and signed reply over a simple
               message, Injected Headers with hcp_strong . . . . . . 108
       B.3.12. S/MIME encrypted and signed reply over a simple
               message, Injected Headers with hcp_strong (+ Legacy
               Display)  . . . . . . . . . . . . . . . . . . . . . . 111
       B.3.13. S/MIME encrypted and signed over a complex message,
               Wrapped Message with hcp_minimal  . . . . . . . . . . 114
       B.3.14. S/MIME encrypted and signed over a complex message,
               Injected Headers with hcp_minimal . . . . . . . . . . 118
       B.3.15. S/MIME encrypted and signed over a complex message,
               Injected Headers with hcp_minimal (+ Legacy Display)  . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122
       B.3.16. S/MIME encrypted and signed over a complex message,
               Wrapped Message with hcp_strong . . . . . . . . . . . 126
       B.3.17. S/MIME encrypted and signed over a complex message,
               Injected Headers with hcp_strong  . . . . . . . . . . 129 130
       B.3.18. S/MIME encrypted and signed over a complex message,
               Injected Headers with hcp_strong (+ Legacy Display) . 133
       B.3.19. S/MIME encrypted and signed reply over a complex
               message, Wrapped Message with hcp_minimal . . . . . . 137
       B.3.20. S/MIME encrypted and signed reply over a complex
               message, Injected Headers with hcp_minimal  . . . . . 141

       B.3.21. S/MIME encrypted and signed reply over a complex
               message, Injected Headers with hcp_minimal (+ Legacy
               Display)  . . . . . . . . . . . . . . . . . . . . . . 145
       B.3.22. S/MIME encrypted and signed reply over a complex
               message, Wrapped Message with hcp_strong  . . . . . . 149 150
       B.3.23. S/MIME encrypted and signed reply over a complex
               message, Injected Headers with hcp_strong . . . . . . 153
       B.3.24. S/MIME encrypted and signed reply over a complex
               message, Injected Headers with hcp_strong (+ Legacy
               Display)  . . . . . . . . . . . . . . . . . . . . . . 157
   Appendix C.  Additional information . . . . . . . . . . . . . . . 161
     C.1.  Stored Variants of Messages with Bcc  . . . . . . . . . . 161
   Appendix D.  Text Moved from Above  . . . . . . . . . . . . . . . 162
     D.1.  MIME Format . . . . . . . . . . . . . . . . . . . . . . . 162
       D.1.1.  S/MIME Specification  . . . . . . . . . . . . . . . . 163
       D.1.2.  Sending Side  . . . . . . . . . . . . . . . . . . . . 165
   Appendix E.  Document Considerations  Examples . . . . . . . . . . . . . . . . . . . . . . 169
     E.1.  Example text/plain Cryptographic Payload with Legacy
           Display Elements  . . . . . . . . . . . . . . . . . . . . 170
     E.2.  Example text/html Cryptographic Payload with Legacy Display
           Elements  . . . . . . . . . . . . . . . . . . . . . . . . 170
   Appendix F.  Document Considerations  . . . . . . . . . . . . . . 171
   Appendix G.  Document Changelog . . . . . . . . . . . . . . . . . 170 172
   Appendix G. H.  Open Issues  . . . . . . . . . . . . . . . . . . . . 171 173
   Authors' Addresses  . . . . . . . . . . . . . . . . . . . . . . . 172 174

1.  Introduction

   Privacy and security issues regarding email Header Protection in S/
   MIME have been identified for some time.  Most current
   implementations of cryptographically-protected electronic mail
   protect only the body of the message, which leaves significant room
   for attacks against otherwise-protected messages.  For example, lack
   of header protection allows an attacker to substitute the message
   subject and/or author.

   This document describes two different structures for how message
   headers can be cryptographically protected, and provides guidance for
   implementers of MUAs that generate and interpret such messages.  It
   takes particular care to ensure that messages interact reasonably
   well with legacy MUAs.

1.1.  Two Schemes of Protected Headers

   Unfortunately, there are two different schemes for cryptographically-
   protected email headers that may be in use on the Internet today.
   This document addresses them both and provides guidance to
   implementers.

   One scheme is the form specified in S/MIME 3.1 and later, which
   involves wrapping a "message/rfc822" message/rfc822 MIME object with a Cryptographic
   Envelope.  This document calls this scheme "Wrapped Message", and it
   is documented in more detail in [RFC8551].  Experience has shown that
   this form does not interact well with some legacy MUAs (see
   Section 1.2).

   Consequently, another form of header protection is produced and
   consumed by some MUAs, where the protected headers are placed
   directly on the Cryptographic Payload, without using an intervening
   "message/*"
   message/* MIME object.  This document calls this scheme "Injected
   Headers", and it is documented in more detail in
   [I-D.autocrypt-lamps-protected-headers]. Section 4.1.2.4 and
   Section 4.1.4.4.

1.2.  Problems with Wrapped Messages

   Several legacy MUAs have revealed rendering issues when dealing with
   a message with headers protected by the Wrapped Message scheme.  In
   some cases the user sees an attachment suggesting a forwarded email
   message, which -- in fact -- contains the protected email message
   that should be rendered directly.  For these cases, the user can
   click on the attachment to view the protected message.  However,
   there have also been reports of email clients displaying garbled
   text, or sometimes nothing at all.  In those cases the email clients
   on the receiving side are (most likely) not fully MIME-capable.

   The following shortcomings have been identified to cause these
   issues:

   *  Broken or incomplete implementations

   *  Lack of a simple means to distinguish "forwarded message" and
      "wrapped message" (for the sake of Header Protection)

   *  Not enough guidance with respect to handling of Header Fields on
      both the sending and the receiving side

1.3.  Problems with Injected Headers

   A legacy MUA dealing with an encrypted message that has some header
   fields obscured using the Injected Headers scheme will not render the
   obscured header fields to the user at all.  A workaround "legacy
   display" mechanism is provided in this document, which some most legacy
   MUAs will should render to the user, albeit not in the same location that
   the header fields would normally be rendered.  However, some legacy
   MUAs also fail to render the "legacy display" part, leaving the
   obscured header fields hidden from users of those MUAs.

1.4.  Motivation

   Furthermore, the need (technical) Data Minimization, which includes
   data sparseness and hiding all technically concealable information,
   has grown in importance over the past several years.  In addition,
   backwards compatibility must be considered when it is possible to do
   so without compromising privacy and security.

   No mechanism for Header Protection has been standardized for PGP/MIME
   (Pretty Good Privacy) [RFC3156] yet.  PGP/MIME developers have
   implemented ad-hoc header-protection, and would like to see a
   specification that is applicable to both S/MIME and PGP/MIME.

   This document describes the problem statement (Section 2), generic
   use cases (Section 3) and the specification for Header Protection
   (Section 4) with guidance on MIME format, sender and receiver
   processing .

   [I-D.ietf-lamps-header-protection-requirements] defines the
   requirements that this specification is based on.

   This document is in an early draft state and contains a proposal on
   which to base future discussions of this topic.  In any case, the
   final mechanism is to be determined by the IETF LAMPS WG.

1.5.  Other Protocols to Protect Email Headers

   A range of protocols for the protection of electronic mail (email)
   exists, which allows one to assess the authenticity and integrity of
   the email headers section or selected Header Fields from the domain-
   level perspective, specifically DomainKeys Identified Mail (DKIM)
   [RFC6376], as used by Domain-based Message Authentication, Reporting,
   and Conformance (DMARC) [RFC7489].  These protocols provide a domain-
   based reputation mechanism that can be used to mitigate some forms of
   unsolicited email (spam).  At the same time, these protocols can
   provide a level of cryptographic integrity and authenticity for some
   headers, depending on how they are used.  However, integrity
   protection and proof of authenticity are both tied to the domain name
   of the sending e-mail address, not the sending address itself, so
   these protocols do not provide end-to-end protection, and are
   incapable of providing any form of confidentiality.

1.6.  Requirements Language

   The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT",
   "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this
   document are to be interpreted as described in [RFC2119].

1.7.  Terms

   The following terms are defined for the scope of this document:

   *  Man-in-the-middle (MITM) attack: cf. [RFC4949], which states: "A
      form of active wiretapping attack in which the attacker intercepts
      and selectively modifies communicated data to masquerade as one or
      more of the entities involved in a communication association."

      Note: Historically, MITM has stood for '_Man_-in-the-middle'.
      However, to indicate that the entity in the middle is not always a
      human attacker, MITM can also stand for 'Machine-in-the-middle' or
      'Meddler-in-the-middle'.

   *  S/MIME: Secure/Multipurpose Internet Mail Extensions (cf.
      [RFC8551])

   *  PGP/MIME: MIME Security with OpenPGP (cf.  [RFC3156])

   *  Message: An Email Message consisting of Header Fields
      (collectively called "the Header Section of the message")
      followed, optionally, by a Body; cf. [RFC5322].

      Note: To avoid ambiguity, this document does not use the terms
      "Header" or "Headers" in isolation, but instead always uses
      "Header Field" to refer to the individual field and "Header
      Section" to refer to the entire collection; cf. [RFC5322].

   *  Header Field (HF): cf. [RFC5322] Header Fields are lines beginning
      with a field name, followed by a colon (":"), followed by a field
      body (value), and terminated by CRLF.

   *  Header Section (HS): The Header Section is a sequence of lines of
      characters with special syntax as defined in [RFC5322].  It is the
      (top) section of a Message containing the Header Fields.

   *  Body: The Body is simply a sequence of bytes that follows the
      Header Section and is separated from the Header Section by an
      empty line (i.e., a line with nothing preceding the CRLF); cf
      [RFC5322].  It is the (bottom) section of Message containing the
      payload of a Message.  Typically, the Body consists of a (possibly
      multipart) MIME [RFC2045] construct.

   *  MIME Header Fields: Header Fields describing content of a MIME
      entity [RFC2045], in particular the MIME structure.  Each MIME
      Header Field name starts with "Content-" prefix.

   *  MIME Header Section (part): The collection of MIME Header Fields.
      "MIME Header Section" refers to a Header Sections that contains
      only MIME Header Fields, whereas "MIME Header Section part" refers
      to the MIME Header Fields of a Header Section that - in addition
      to MIME Header Fields - also contains non-MIME Header Fields.

   *  Essential Header Fields (EHF): The minimum set of Header Fields an
      Outer Message Header Section SHOULD contain; cf. Appendix D.1.2.5.

   *  Header Protection (HP): cryptographic protection of email Header
      Sections (or parts of it) for signatures and/or encryption

   *  Protection Levels (PL): The level of protection applied to a
      Message, e.g.  'signature and encryption' or 'signature only' (cf.
      Section 3.2).

   *  Protected: Portions of a message that have had any Protection
      Levels applied.

   *  Protected Message: A Message that has had any Protection Levels
      applied.

   *  Unprotected: Portions of a Message that has had no Protection
      Levels applied.

   *  Unprotected Message: A Message that has had no Protection Levels
      applied.

   *  Submission Entity: The entity which executes further processing of
      the Message (incl. transport towards the receiver), after
      protection measures have been applied to the Message.

      Note: The Submission Entity varies among implementations, mainly
      depending on the stage where protection measures are applied: E.g.
      a Message Submission Agent (MSA) [RFC6409] or another
      (proprietary) solution.  The latter is particularly relevant, if
      protection is implemented as a plugin solution.  Some
      implementations may determine the destination recipients by
      reading the To, Cc and Bcc Header Fields of the Outer Message.

   *  Original Message (OrigM): The Message to be protected before any
      protection-related processing has been applied on the sending
      side.  If the source is not a "message/rfc822" Message, OrigM is
      defined as the "virtual" Message that would be constructed for
      sending it as unprotected email.

   *  Inner Message (InnerM): The Message to be protected which has had
      wrapping and protection measures applied on the sending side OR
      the resulting Message once decryption and unwrapping on the
      receiving side has been performed.  Typically, the Inner Message
      is in clear text.  The Inner Message is a subset of (or the same
      as) the Original Message.  The Inner Message must be the same on
      the sending and the receiving side.

   *  Outer Message (OuterM): The Message as provided to the Submission
      Entity or received from the last hop respectively.  The Outer
      Message normally differs on the sending and the receiving side
      (e.g. new Header Fields are added by intermediary nodes).

   *  Receiving User Facing Message (RUFM): The Message used for
      rendering at the receiving side.  Typically this is the same as
      the Inner Message.

   *  Data Minimization: Data sparseness and hiding of all technically
      concealable information whenever possible.

   *  Cryptographic Layer, Cryptographic Payload, Cryptographic
      Envelope, Structural Headers, Main Body Part, User-Facing Headers,
      and MUA are all used as defined in
      [I-D.dkg-lamps-e2e-mail-guidance]

   *  User-Facing Headers are defined in
      [I-D.autocrypt-lamps-protected-headers].
      [I-D.ietf-lamps-e2e-mail-guidance]

   *  Legacy MUA: a MUA that does not understand protected headers as
      described in this document.  A Legacy Non-Crypto MUA is incapable
      of doing any end-to-end cryptographic operations.  A Legacy Crypto
      MUA is capable of doing cryptographic operations, but does not
      understand or generate protected headers.

   *  Wrapped Message: The protected headers scheme that uses the
      mechanism described in [RFC8551], where the Cryptographic Payload
      is a "message/rfc822" message/rfc822 or "message/global" message/global MIME object.

   *  Injected Headers: The protected headers scheme that uses the
      mechanism described in [I-D.autocrypt-lamps-protected-headers], this document (see Section 4.1.2.4 and
      Section 4.1.4.4), where the protected headers are inserted on the
      Cryptographic Payload directly.

   *  Header Confidentiality Policy: documented in Section 4.1.2.2

2.  Problem Statement

   The LAMPS charter contains the following Work Item:

      Update the specification for the cryptographic protection of email
      headers -- both for signatures and encryption -- to improve the
      implementation situation with respect to privacy, security,
      usability and interoperability in cryptographically-protected
      electronic mail.  Most current implementations of
      cryptographically-protected electronic mail protect only the body
      of the message, which leaves significant room for attacks against
      otherwise-protected messages.

   In the following a set of challenges to be addressed:

   [[ TODO: Enhance this section, add more items to the following. ]]

2.1.  Privacy

   *  (Technical) Data Minimization, which includes data sparseness and
      hiding all technically concealable information whenever possible

2.2.  Security

   *  Prevent MITM attacks (cf.  [RFC4949])

2.3.  Usability

   *  Improved User interaction / User experience, in particular at the
      receiving side

2.4.  Interoperability

   *  Interoperability with [RFC8551] implementations

3.  Use Cases

   In the following, the reader can find a list of the generic use cases
   that need to be addressed for Messages with Header Protection (HP).
   These use cases apply regardless of technology (S/MIME, PGP/MIME,
   etc.) used to achieve HP.

3.1.  Interactions

   The following use cases assume that at least the sending side
   supports Header Protection as specified in this document.  Receiving
   sides that support this specification are expected to be able to
   distinguish between Messages that use Header Protection as specified
   in this document, and (legacy) Mail User Agents (MUAs) which do not
   implement this specification.

   [[ TODO: Verify once solution is stable and update last sentence. ]]

3.1.1.  Main Use Case

   Both the sending and receiving side (fully) support Header Protection
   as specified in this document.

   The main use case is specified in Section 4.1.

3.1.2.  Backward Compatibility Use Cases

   Regarding backward compatibility, the main distinction is based on
   whether or not the receiving side conforms to MIME according to
   [RFC2046], ff., which in particular also includes Section 2 of
   [RFC2049] on "MIME Conformance".  The following excerpt is
   contextually relevant:

     A mail user agent that is MIME-conformant MUST:

     [...]

          -- Recognize and display at least the RFC822 message
          encapsulation (message/rfc822) in such a way as to
          preserve any recursive structure, that is, displaying
          or offering to display the encapsulated data in
          accordance with its media type.

          -- Treat any unrecognized subtypes as if they were
          "application/octet-stream".

     [...]

     An MUA that meets the above conditions is said to be MIME-
     conformant.  A MIME-conformant MUA is assumed to be "safe" to
     send virtually any kind of properly-marked data to users of
     such mail systems, because these systems are, at a minimum,
     capable of treating the data as undifferentiated binary, and
     will not simply splash it onto the screen of unsuspecting
     users.

   [[ TODO: The compatibility of legacy HP systems with this new
   solution, and how to handle issues surrounding future maintenance for
   these legacy systems, will be decided by the LAMPS WG. ]]

3.1.2.1.  Receiving Side MIME-Conformant

   The sending side (fully) supports Header Protection as specified in
   this document, while the receiving side does not support this
   specification.  However, the receiving side is MIME-conformant
   according to [RFC2045], ff. (cf.  Section 3.1.2).

   This use case is specified in Section 4.2.1.

   Note: This case should perform as expected if the sending side
   applies this specification as outlined in Section 4.1.

   [[ TODO: Verify once solution is stable and update last sentence. ]]

3.1.2.2.  Receiving Side Not MIME-Conformant

   The sending side (fully) supports Header Protection as specified in
   this document, while the receiving side does not support this
   specification.  Furthermore, the receiving side is *not* MIME-
   conformant according to [RFC2045], ff. (cf.  Section 3.1.2).

   This use case is specified in Section 4.2.2.

3.2.  Protection Levels

3.2.1.  In-Scope

   The following Protection Levels are in scope for this document:

   a) Signature and encryption

   Messages containing a cryptographic signature, which are also
   encrypted.

   b) Signature only

   Messages containing a cryptographic signature, but which are not
   encrypted.

3.2.2.  Out-of-Scope

   Legacy implementations, implementations not (fully) compliant with
   this document or corner-cases may lead to further Protection Levels
   to appear on the receiving side, such as (list not exhaustive):

   *  Triple wrap

   *  Encryption only

   *  Encryption before signature

   *  Signature and encryption, but:

      -  Signature fails to validate
      -  Signature validates but the signing certificate revoked

   *  Signature only, but:

      -  with multiple valid signatures, layered atop each other

   These Protection Levels, as well as any further Protection Levels not
   listed in Section 3.2.1 are beyond the scope of this document.

4.  Specification

   This section contains the specification for Header Protection in S/
   MIME to update and clarify Section 3.1 of [RFC8551] (S/MIME 4.0).

   Note: It is likely that PGP/MIME [RFC3156] will also incorporate this
   specification or parts of it.

   This specification applies to the Protection Levels "signature &
   encryption" and "signature only" (cf.  Section 3.2):

   Sending and receiving sides MUST implement the "signature and
   encryption" Protection Level, which SHOULD be used as default on the
   sending side.

   Certain implementations may decide to send "signature only" Messages,
   depending on the circumstances and customer requirements.  Sending
   sides MAY and receiving sides MUST implement "signature only"
   Protection Level.

   It generally is NOT RECOMMENDED to send a Message with any other
   Protection Level.  On the other hand, the receiving side must be
   prepared to receive Messages with other Protection Levels.

   [[ TODO: Further study is necessary to determine whether - and if yes
   to what extent - additional guidance for handling messages with other
   Protection Levels, e.g. "encryption only" at the receiving side
   should be included in this document. ]]

4.1.  Main Use Case

   This section applies to the main use case, where the sending and
   receiving side (fully) support Header Protection as specified herein
   (cf.  Section 3.1.1).

   Note: The sending side specification of the main use case is also
   applicable to the cases where the sending side (fully) supports
   Header Protection as specified herein, while the receiving side does
   not, but is MIME-conformant according to [RFC2045], ff. (cf.
   Section 3.1.2 and Section 3.1.2.1).

   Further backward compatibility cases are defined in Section 4.2.

4.1.1.  MIME Format

4.1.1.1.  Introduction

   As per S/MIME version 3.1 and later (cf.  [RFC8551]), the sending
   client MAY wrap a full MIME message in a message/RFC822 wrapper in
   order to apply S/MIME security services to these header fields.

   To help the receiving side to distinguish between a forwarded and a
   wrapped message, the Content-Type header field parameter "forwarded"
   is added as defined in [I-D.melnikov-iana-reg-forwarded].

   The simplified (cryptographic overhead not shown) MIME structure of
   such an Email Message looks as follows:

     <Outer Message Header Section (unprotected)>

     <Outer Message Body (protected)>

       <MIME Header Section (wrapper)>

         <Inner Message Header Section>

         <Inner Message Body>

   The following example demonstrates how an Original Message might be
   protected, i.e., the Original Message is contained as Inner Message
   in the Protected Body of an Outer Message.  It illustrates the first
   Body part (of the Outer Message) as a "multipart/signed"
   (application/pkcs7-signature) media type:

   Lines are prepended as follows:

   *  "O: " Outer Message Header Section

   *  "I: " Message Header Section

   *  "W: " Wrapper (MIME Header Section)
     O: Date: Mon, 25 Sep 2017 17:31:42 +0100 (GMT Daylight Time)
     O: Message-ID: <e4a483cb-1dfb-481d-903b-298c92c21f5e@m.example.net>
     O: Subject: Meeting at my place
     O: From: "Alexey Melnikov" <alexey.melnikov@example.net>
     O: To: somebody@example.net
     O: MIME-Version: 1.0
     O: Content-Type: multipart/signed; charset=us-ascii; micalg=sha1;
     O:  protocol="application/pkcs7-signature";
     O:  boundary=boundary-AM

        This is a multipart message in MIME format.
        --boundary-AM
     W: Content-Type: message/RFC822; forwarded=no
     W:
     I: Date: Mon, 25 Sep 2017 17:31:42 +0100 (GMT Daylight Time)
     I: From: "Alexey Melnikov" <alexey.melnikov@example.net>
     I: Message-ID: <e4a483cb-1dfb-481d-903b-298c92c21f5e@m.example.net>
     I: MIME-Version: 1.0
     I: MMHS-Primary-Precedence: 3
     I: Subject: Meeting at my place
     I: To: somebody@example.net
     I: X-Mailer: Isode Harrier Web Server
     I: Content-Type: text/plain; charset=us-ascii

        This is an important message that I don't want to be modified.

        --boundary-AM
        Content-Transfer-Encoding: base64
        Content-Type: application/pkcs7-signature

        [[base-64 encoded signature]]

        --boundary-AM--

   The Outer Message Header Section is unprotected, while the remainder
   (Outer Message Body) is protected.  The Outer Message Body consists
   of the wrapper (MIME Header Section) and the Inner Message (Header
   Section and Body).

   The wrapper is a simple MIME Header Section with media type "message/
   rfc822" containing a Content-Type header field parameter
   "forwarded=no" followed by an empty line.

   If the source is an Original (message/rfc822) Message, the Inner
   Message Header Section is typically the same as (or a subset of) the
   Original Message Header Section, and the Inner Message Body is
   typically the same as the Original Message Body.

   The Inner Message itself may contain any MIME structure.

   Note: It is still to be decided by the LAMPS WG whether or not to
   recommend an alternative MIME format as described in Appendix D.1.1.1
   (instead of the currently standardized and above defined format).

4.1.2.  Sending Side

   This section describes the process an MUA should use to apply
   cryptographic protection to an e-mail message with header protection.
   We start by describing the legacy message composition process as a
   baseline.

4.1.2.1.  Composing a Cryptographically-Protected Message Without Header
          Protection

   [I-D.dkg-lamps-e2e-mail-guidance]

   [I-D.ietf-lamps-e2e-mail-guidance] describes the typical process for
   a legacy crypto MUA to apply cryptographic protections to an e-mail
   message.  That guidance and terminology is replicated here for
   reference:

   *  "origbody":  origbody: the traditional unprotected message body as a well-
      formed MIME tree (possibly just a single MIME leaf part).  As a
      well-formed MIME tree, "origbody" origbody already has structural headers
      ("Content-*")
      (Content-*) present.

   *  "origheaders":  origheaders: the intended non-structural headers for the message,
      represented here as a list of "(h,v)" (h,v) pairs, where "h" h is a header
      field name and "v" v is the associated value.  Note that these are
      header fields that the MUA intends to be visible to the recipient
      of the message.  In particular, if the MUA uses the
      "Bcc" Bcc header
      during composition, but plans to omit it from the message (see
      section 3.6.3 of [RFC5322]), it will not be in
      "origheaders". origheaders.

   *  "crypto":  crypto: The series of cryptographic protections to apply (for
      example, "sign with the secret key corresponding to X.509
      certificate X, then encrypt to X.509 certificates X and Y").  This
      is a routine that accepts a MIME tree as input (the Cryptographic
      Payload), wraps the input in the appropriate Cryptographic
      Envelope, and returns the resultant MIME tree as output.

   The algorithm returns a MIME object that is ready to be injected into
   the mail system:

   *  Apply "crypto" crypto to "origbody", origbody, yielding MIME tree "output" output

   *  For each header name and value "(h,v)" (h,v) in "origheaders": origheaders:

      -  Add header "h" h of "output" output with value "v" v

   *  Return "output" output

4.1.2.2.  Header Confidentiality Policy

   When composing an encrypted message with protected headers, the
   composing MUA needs a Header Confidentialiy Policy.  In this
   document, we represent that Header Confidentiality Policy as a
   function "hcp": hcp:

   *  "hcp(name,  hcp(name, val_in) --> val_out": val_out: this function takes a header field
      name "name" name and initial value "val_in" val_in as arguments, and returns a
      replacement header value "val_out". val_out.  If "val_out" val_out is the special value "null",
      null, it mean that the header in question should be omitted from
      the set of headers visible outside the Cryptographic Envelope.

   For example, an MUA that only obscures the "Subject" Subject header field by
   replacing it with the literal string "[...]" [...] and does not offer
   confidentiality to any other header fields would be represented as
   (in pseudocode):

   "hcp(name,

   hcp(name, val_in) -->  val_out:
       if name is 'Subject':
           return '[...]'
       else:
           return val_in" val_in

   Note that such a policy is only needed when the end-to-end
   protections include encryption (confidentiality).  No comparable
   policy is needed for other end-to-end cryptographic protections
   (integrity and authenticity), as they are simply uniformly applied so
   that all header fields known by the sender have these protections.

   This asymmetry is an unfortunate consequence of complexities in
   message delivery systems, some of which may reject, drop, or delay
   messages where all headers are removed from the top-level MIME
   object.

   This document does not mandate any particular Header Confidentiality
   Policy, though it offers guidance for MUA implementers in selecting
   one in Section 4.1.3.  Future documents may recommend or mandate such
   a policy for an MUA with specific needs.  Such a recommendation might
   be motivated by descriptions of metadata-derived attacks, or stem
   from research about message deliverability, or describe new
   signalling mechanisms, but these topics are out of scope for this
   document.

4.1.2.3.  Composing with "Wrapped Message" Header Protection

   To compose a message using "Wrapped Message" header protection, we
   use those inputs described in Section 4.1.2.1 plus the Header
   Confidentiality Policy "hcp" hcp defined in Section 4.1.2.2.  The new
   algorithm is:

   *  For header name and value "(h,v)" (h,v) in "origheaders": origheaders:

      -  Add header "h" h of "origbody" origbody with value "v" v

   *  If any of the header fields in "origbody", origbody, including headers in the
      nested internal MIME structure, contain any 8-bit UTF-8 characters
      (see section section 3.7 of [RFC6532]):

      -  Let "payload" payload be a new MIME part with one header: "Content-
         Type: Content-Type:
         message/global; forwarded=no", forwarded=no, and whose body is
         "origbody". origbody.

   *  Else:

      -  Let "payload" payload be a new MIME part with one header: "Content-
         Type: Content-Type:
         message/rfc822; forwarded=no", forwarded=no, and whose body is
         "origbody". origbody.

   *  Apply "crypto" crypto to "payload", payload, yielding MIME tree "output" output

   *  If "crypto" crypto contains encryption:

      -  Create new empty list of header field names and values "newh" newh

      -  For header name and value "(h,v)" (h,v) in "origheaders": origheaders:

         o  Let "newval" newval be "hcp(h, v)" hcp(h, v)

         o  If "newval" newval is not "null": null:

            +  Append "(h,newval)" (h,newval) to "newh" newh

      -  Set "origheaders" origheaders to "newh" newh

   *  For header name and value "(h,v)" (h,v) in "origheaders": origheaders:

      -  Add header "h" h of "output" output with value "v" v

   *  Return "output" output

   Note that the Header Confidentiality Policy "hcp" hcp is ignored if
   "crypto" crypto
   does not contain encryption.  This is by design.

4.1.2.4.  Composing with "Injected Headers" Header Protection

   To compose a message using "Injected Headers" header protection, the
   composing MUA needs one additional input in addition to the Header
   Confidentiality Policy "hcp" hcp defined in Section 4.1.2.2.

   *  "legacy":  legacy: a boolean value, indicating whether any recipient of the
      message is believed to have a legacy client.  If all recipients
      are known to implement this draft, "legacy" legacy should be set to
      "false". false.
      (How a MUA determines the value of "legacy" legacy is out of scope for this
      document; an initial implementation can simply set it to "true")

   The revised algorithm true)

   Enabling visibility of obscured headers for applying cryptographic protection to decryption-capable legacy
   clients requires transforming a
   message is header list into a readable form and
   including it as follows:

   *  Create a new MIME leaf "Legacy Display" element in specially-marked parts
   of the message.  This document recommends two different mechanisms:
   one for a text/html Main Body part "legacydisplay" with header "Content-
      Type: text/plain; protected-headers="v1"" of the e-mail message, and an empty body. one for
   a text/plain Main Body part.  This document does not recommend adding
   a Legacy Display element to any other part.

   Please see [I-D.ietf-lamps-e2e-mail-guidance] for guidance on
   identifying the parts of a message that are a Main Body Part.

   The revised algorithm for applying cryptographic protection to a
   message is as follows:

   *  if "crypto" crypto contains encryption, and "legacy" legacy is "true": true:

      -  Create ldlist, an empty list of (header, value) pairs

      -  For each header name and value "(h,v)" (h,v) in "origheaders": origheaders:

         o  If "h" h is user-facing (see
            [I-D.autocrypt-lamps-protected-headers]):
            [I-D.ietf-lamps-e2e-mail-guidance]):

            +  If "hcp(h,v)" hcp(h,v) is not "v": v:

               *  Add "h: v" to the body of "legacydisplay".  For
                  example, if "h" is "Subject", and "v" is "lunch
                  plans?", then add the line "Subject: lunch plans?"  Append (h,v) to
                  the body of "legacydisplay"

   * ldlist

      -  If the body of "legacydisplay" ldlist is not empty:

      -  Let "payload" be

         o  Identify each leaf MIME part "origbody", discarding
         "legacydisplay"

   *  Else: (body of "legacydisplay" is not empty)

      -  Construct a new MIME part "wrapper" with "Content-Type:
         multipart/mixed"

      -  Give "wrapper" exactly two subparts: "legacydisplay" and
         "origbody", in payload that order.

      -  Let "payload" be MIME part "wrapper" represents the
            "main body" of the message.

         o  For each "Main Body Part" bodypart of type text/plain or
            text/html:

            +  Insert Legacy Display element header list ldlist into the
               content of bodypart (see Section 4.1.2.4.1 for text/plain
               and Section 4.1.2.4.2 for text/html)

            +  Add Content-Type parameter hp-legacy-display with value 1
               to bodypart

   *  For each header name and value "(h,v)" (h,v) in "origheaders": origheaders:

      -  Add header "h" h of MIME part "payload" payload with value "v" v

   *  Set the "protected-headers" protected-headers parameter on the "Content-Type" Content-Type of
      "payload" payload
      to "v1" v1

   *  Apply "crypto" crypto to "payload", payload, producing MIME tree "output" output

   *  If "crypto" crypto contains encryption:

      -  Create new empty list of header field names and values "newh" newh

      -  For header name and value "(h,v)" (h,v) in "origheaders": origheaders:

         o  Let "newval" newval be "hcp(h, v)" hcp(h, v)

         o  If "newval" newval is not "null": null:

            +  Add "newh[h]" newh[h] to "newval" newval

      -  Set "origheaders" origheaders to "newh" newh

   *  For each header name and value "(h,v)" (h,v) in "origheaders": origheaders:

      -  Add header "h" h of "output" output with value "v" v

   *  Return "output" output

   Note that both new parameters ("hcp" (hcp and "legacy") legacy) are effectively
   ignored if "crypto" crypto does not contain encryption.  This is by design,
   because they are irrelevant for signed-only cryptographic
   protections.

4.1.2.5.  Choosing Between Wrapped Message and Injected Headers

   When composing

4.1.2.4.1.  Adding a message with end-to-end cryptographic protections,
   an MUA SHOULD protect the headers Legacy Display Element to a text/plain Part

   For a list of that message obscured headers represented as well (header, value) pairs,
   concatenate them as a set of lines, with one newline at the
   body.

   An MUA MAY protect the headers end of any outbound message using either
   each pair.  Add an additional trailing newline after the "Wrapped Message" or resultant
   text, and prepend the "Injected Headers" style entire list to the body of the text/plain part.

   For example, if the list of obscured headers was [("Cc",
   "alice@example.net"), ("Subject", "Thursday's meeting")], then a
   text/plain part that originally contained:

   I think we should skip the meeting.

   Would become:

   Subject: Thursday's meeting
   Cc: alice@example.net

   I think we should skip the meeting.

4.1.2.4.2.  Adding a Legacy Display Element to a text/html Part

   Adding a Legacy Display Element to a text/html part is similar to how
   it is added to a text/plain part (see Section 4.1.2.4.1).  Instead of
   adding the obscured headers to a block of text delimited by a blank
   line, the composing MUA injects them in an HTML <div> element
   annotated with a class attribute of header-protecton-legacy-display.

   The content and formatting of this decorative <div> have no strict
   requirements, but they SHOULD represent all the obscured headers in a
   readable fashion.  A simple approach is to assemble the text in the
   same way as Section 4.1.2.4.1, wrap it in a verbatim <pre> element,
   and put that element in the annotated <div>.

   The annotated <div> should be placed as close to the start of the
   <body> as possible, where it will be visible when viewed with a
   standard HTML renderer.

   For example, if the list of obscured headers was [("Cc",
   "alice@example.net"), ("Subject", "Thursday's meeting")], then a
   text/html part that originally contained:

   <html><head><title></title></head><body>
   <p>I think we should skip the meeting.</p>
   </body></html>

   Would become:

   <html><head><title></title></head><body>
   <div class="header-protection-legacy-display">
   <pre>Subject: Thursday's meeting
   Cc: alice@example.net</pre></div>
   <p>I think we should skip the meeting.</p>
   </body></html>

4.1.2.4.3.  Do Not Add a Legacy Display Element to Other Content-Types

   The purpose of injecting a Legacy Display element into each Main Body
   MIME part is to enable rendering of otherwise obscured headers in
   legacy clients that are capable of message decryption, but don't know
   how to follow the rest of the guidance in this document.

   The authors are unaware of any legacy client that would render any
   MIME part type other than text/plain and text/html as the Main Body.
   A generating MUA SHOULD NOT add a Legacy Display element to any MIME
   part with any other Content-Type.

4.1.2.5.  Choosing Between Wrapped Message and Injected Headers

   When composing a message with end-to-end cryptographic protections,
   an MUA SHOULD protect the headers of that message as well as the
   body.

   An MUA MAY protect the headers of any outbound message using either
   the "Wrapped Message" or the "Injected Headers" style of protection.
   See Section 4.2 for more discussion about reasons to choose one
   mechanism or another.

   [[ TODO: this document should recommend generation of one particular
   scheme by default for new implementers ]]

4.1.3.  Default Header Confidentiality Policy

   An MUA SHOULD have a sensible default Header Confidentiality Policy,
   and SHOULD NOT require the user to select one.

   The default Header Confidentiality Policy SHOULD provide
   confidentiality for the "Subject" Subject header field by replacing it with the
   literal string "[...]". [...].  Most users treat the Subject of a message the
   same way that they treat the body, and they are surprised to find
   that the Subject of an encrypted message is visible.

   [[ TODO: select one of the two policies below the recommended default
   ]]

4.1.3.1.  Minimalist Header Confidentiality Policy

   Accordingly, the most conservative recommended Header Confidentiality
   Policy only protects the "Subject":

   "hcp_minimal(name, Subject:

   hcp_minimal(name, val_in) -->  val_out:
       if name is 'Subject':
           return '[...]'
       else:
           return val_in" val_in

4.1.3.2.  Strong Header Confidentiality Policy

   Alternately, a more aggressive (and therefore more privacy-
   preserving) Header Confidentiality Policy only leaks a handful of
   fields whose absence is known to increase rates of delivery failure,
   and simultaneously obscures the "Message-ID" Message-ID behind a random new one:

   "hcp_strong(name,

   hcp_strong(name, val_in) -->  val_out:
       if name in ['From', 'To', 'Cc', 'Date']:
           return val_in
       else if name is 'Subject':
           return '[...]'
       else if name is 'Message-ID':
           return generate_new_message_id()
       else:
           return null" null

   The function "generate_new_message_id()" generate_new_message_id() represents whatever process
   the MUA typically uses to generate a "Message-ID" Message-ID for a new outbound
   message.

4.1.3.3.  Offering Stronger Header Confidentiality

   A MUA MAY offer even stronger confidentiality for headers of an
   encrypted message than described in Section 4.1.3.2.  For example, it
   might implement an HCP that obfuscates the "From" From field, or omits the
   "Cc"
   Cc field, or ensures "Date" Date is represented in "UTC" UTC (obscuring the local
   timezone).

   The authors of this document hope that implementers with deployment
   experience will document their chosen Header Confidentiality Policy
   and the rationale behind their choice.

4.1.4.  Receiving Side

   An MUA that receives a cryptographically-protected e-mail will render
   it for the user.

   The receiving MUA will render the message body, a selected subset of
   header fields, and (as described in
   [I-D.dkg-lamps-e2e-mail-guidance])
   [I-D.ietf-lamps-e2e-mail-guidance]) provide a summary of the
   cryptographic properties of the message.

   Most MUAs only render a subset of header fields by default.  For
   example, few MUAs typically render "Message-Id" Message-Id or "Received" Received header
   fields for the user, but most do render "From", "To", "Cc", "Date", From, To, Cc, Date, and "Subject".
   Subject.

   A MUA that knows how to handle a message with protected headers makes
   the following two changes to its behavior when rendering a message:

   *  If it detects that an incoming message had protected headers, it
      renders header fields for the message from the protected headers,
      ignoring the external (unprotected) headers.

   *  It includes information in the message's cryptographic summary to
      indicate the types of protection that applied to each rendered
      header field (if any).

   A MUA that handles protected headers does _not_ need to render any
   new header fields that it did not render before.

4.1.4.1.  Identifying that a Message has Protected Headers

   An incoming message can be identified as having protected headers
   based on one of two signals:

   *  The Cryptographic Payload has "Content-Type: message/rfc822" Content-Type: message/rfc822 or
      "Content-Type: message/global"
      Content-Type: message/global and the parameter "forwarded" forwarded has a
      value of "no". no.  See Section 4.1.4.3 for rendering guidance.

   *  The Cryptographic Payload has some other "Content-Type" Content-Type and it has
      parameter "protected-headers" protected-headers set to "v1". v1.  See Section 4.1.4.4 for
      rendering guidance.

   Messages of both types exist in the wild, and a sensible MUA should
   be able to handle them both.  They provide the same semantics and the
   same meaning.

4.1.4.2.  Updating the Cryptographic Summary

   Regardless of whether a cryptographically-protected message has
   protected headers, the cryptographic summary of the message should be
   modified to indicate what protections the headers have.

   Each header individually has exactly one the following protections:

   *  "unprotected"  unprotected (this is the case for all headers in messages that
      have no protected headers)

   *  "signed-only"  signed-only (bound into the same validated signature as the
      enclosing message, but also visible in transit)

   *  "encrypted-only"  encrypted-only (only appears within the cryptographic payload; the
      corresponding external header was either omitted or obfuscated)

   *  "encrypted-and-signed"  encrypted-and-signed (same as encrypted, but additionally is under
      a validatd signature)

   Note that while the message itself may be "encrypted-and-signed", encrypted-and-signed, some
   headers may be replicated on the outside of the message (e.g.
   "Date")  Date)
   Those headers would be "signed-only", signed-only, despite the message itself being "encrypted-and-signed".
   encrypted-and-signed.

   Rendering this information is likely to be complex and messy ---
   users may not understand it.  It is beyond the scope of this document
   to suggest any specific graphical affordances or user experience.
   Future work should include examples of successful rendering of this
   information.

4.1.4.3.  Rendering a Wrapped Message

   When the Cryptographic Payload has "Content-Type" Content-Type of "message/rfc822" message/rfc822 or "message/global",
   message/global, and the parameter "forwarded" forwarded is set to "no", no, the values
   of the protected headers are drawn from the headers of the
   Cryptographic Payload, and the body that is rendered is the body of
   the Cryptographic Payload.

4.1.4.3.1.  Example Signed-Only Wrapped Message

   Consider a message with this structure, where the MUA is able to
   validate the cryptographic signature:

   A └─╴application/pkcs7-mime; smime-type="signed-data"
      ⇩ (unwraps to)
   B  └┬╴message/rfc822 [Cryptographic Payload]
   C   └┬╴multipart/alternative [Rendered Body]
   D    ├─╴text/plain
   E    └─╴text/html

   The message body should be rendered the same way as this message:

   C └┬╴multipart/alternative
   D  ├─╴text/plain
   E  └─╴text/html

   It should render header fields taken from part "C". C.

   Its cryptographic summary should indicates that the message was
   signed and all rendered header fields were included in the signature.

   The MUA SHOULD ignore header fields from part "A" A for the purposes of
   rendering.

4.1.4.3.2.  Example Encrypted-and-Signed Wrapped Message

   Consider a message with this structure, where the MUA is able to
   validate the cryptographic signature:

   F └─╴application/pkcs7-mime; smime-type="enveloped-data"
      ↧ (decrypts to)
   G  └─╴application/pkcs7-mime; smime-type="signed-data"
       ⇩ (unwraps to)
   H   └┬╴message/rfc822 [Cryptographic Payload]
   I    └┬╴multipart/alternative [Rendered Body]
   J     ├─╴text/plain
   K     └─╴text/html

   The message body should be rendered the same way as this message:

   I └┬╴multipart/alternative
   J  ├─╴text/plain
   K  └─╴text/html

   It should render headers taken from part "I". I.

   Its cryptographic summary should indicates that the message was
   signed and encrypted.  Each rendered header field found in "I" I should
   be compared against the header field of the same name from "F". F.  If the
   value found in "F" F matches the value found in "I", I, the header field
   should be marked as "signed-only". signed-only.  If no matching header field was
   found in "F", F, or the value found did not match the value from
   "I", I, the
   header field should be marked as "signed-and-encrypted". signed-and-encrypted.

4.1.4.4.  Rendering a Message with Injected Headers

   When the Cryptographic Payload does not have a "Content-Type" Content-Type of
   "message/rfc822"
   message/rfc822 or "message/global", message/global, and the parameter "protected-
   headers" protected-headers
   is set to "v1", v1, the values of the protected headers are drawn from the
   headers of the Cryptographic Payload, and the body that is rendered
   is the Cryptographic Payload itself.

4.1.4.4.1.  Example Signed-only Message with Injected Headers
   L └─╴application/pkcs7-mime; smime-type="signed-data"
      ⇩ (unwraps to)
   M  └┬╴multipart/alternative [Cryptographic Payload + Rendered Body]
   N   ├─╴text/plain
   O   └─╴text/html

   The message body should be rendered the same way as this message:

   M └┬╴multipart/alternative
   N  ├─╴text/plain
   O  └─╴text/html

   It should render header fieldss taken from part "M". M.

   Its cryptographic summary should indicates that the message was
   signed and all rendered header fields were included in the signature.

   The MUA SHOULD ignore header fields from part "L" L for the purposes of
   rendering.

4.1.4.4.2.  Example Signed-and-Encrypted Message with Injected Headers

   Consider a message with this structure, where the MUA is able to
   validate the cryptographic signature:

   P └─╴application/pkcs7-mime; smime-type="enveloped-data"
      ↧ (decrypts to)
   Q  └─╴application/pkcs7-mime; smime-type="signed-data"
       ⇩ (unwraps to)
   R   └┬╴multipart/alternative [Cryptographic Payload + Rendered Body]
   S    ├─╴text/plain
   T    └─╴text/html

   The message body should be rendered the same way as this message:

   R └┬╴multipart/alternative
   S  ├─╴text/plain
   T  └─╴text/html

   It should render headers taken from part "R". R.

   Its cryptographic summary should indicates that the message was
   signed and encrypted.  As in Section 4.1.4.3.2, each rendered header
   field found in "R" R should be compared against the header field of the
   same name from "P". P.  If the value found in "P" P matches the value found in "R",
   R, the header field should be marked as "signed-only". signed-only.  If no matching
   header field was found in "P", P, or the value found did not match the
   value from "R", R, the header field should be marked as
   "signed-and-encrypted". signed-and-
   encrypted.

4.1.4.4.3.  Do Not Render Legacy Display Part Elements

   As described [I-D.autocrypt-lamps-protected-headers], in FIXME:SECTION_REFERENCE, a message with cryptographic
   confidentiality protection MAY include a "Legacy Display" part elements for
   backward-compatibility with legacy MUAs MUAs.  These Legacy Display
   elements are strictly decorative, unambiguously identifiable, and
   will be discarded by compliant implementations.

   The receiving MUA SHOULD avoid rendering the identified Legacy
   Display part elements to the user at all, since it is aware of and can
   render the actual Protected Headers.

   If a Legacy Display text/html or text/plain part within the cryptographic envelope
   is detected, it and its enclosing
   "multipart/mixed" wrapper identified as containing Legacy Display elements, those elements
   should be discarded before rendering. hidden when rendering or generating a draft reply.

4.1.4.4.3.1.  Identifying a Part with Legacy Display Detection Algorithm Elements

   A receiving MUA acting on a message SHOULD detect the presence of a
   Legacy Display part and the corresponding "original body" with the
   following simple algorithm:

   *  Check acting on a message that all of the following are true for the message:

   *  The Cryptographic Envelope must contain contains an encrypting
   Cryptographic Layer

   *  The Cryptographic Payload must have identifies a "Content-Type" of
      "multipart/mixed"

   *  The Cryptographic Payload must have exactly two subparts

   *  The first MIME subpart of with within the
   Cryptographic Payload must have a
      "Content-Type" as containing Legacy Display elements based on
   the Content-Type of "text/plain" or "text/rfc822-headers" the subpart.

   *  The first subpart of the Cryptographic Payload's "Content-Type"
      must contain subpart's Content-Type contains a property of "protected-headers", and its parameter hp-legacy-display
      with value must
      be "v1". set to 1

   *  If all of  The subpart's Content-Type is either text/html (see
      Section 4.1.4.4.3.3) or text/plain (see Section 4.1.4.4.3.2)

   Note that the term "subpart" above are true, then the first subpart is used in the Legacy
      Display part, and general sense: if
   the second subpart Cryptographic Payload is the "original body".
      Otherwise, the message does not have a single part, that part itself may
   contain a Legacy Display part. element if it is marked with the hp-legacy-
   display=1 parameter.

4.1.4.4.3.2.  Omitting Legacy Display Example

   Consider Elements from text/plain

   If a message with this structure, where text/plain part within the MUA is able to
   validate Cryptographic Payload has the cryptographic signature:

   U └─╴application/pkcs7-mime; smime-type="enveloped-data"
      ↧ (decrypts to)
   V  └─╴application/pkcs7-mime; smime-type="signed-data"
       ⇩ (unwraps to)
   W   └┬╴multipart/mixed [Cryptographic Payload]
   X    ├─╴text/plain [Legacy Display]
   Y    └┬╴multipart/alternative [Rendered Body]
   Z     ├─╴text/plain
   A'    └─╴text/html

   The message body
   Content-Type parameter hp-legacy-display="1", it should be rendered processed
   before rendering in the same way as following fashion:

   *  Discard the leading lines of the body of the part up to and
      including the first entirely blank line.

   Note that implementing this message,
   effectively hiding strategy is depenent on the charset used
   by the MIME part.

   See Appendix E.1 for an example.

4.1.4.4.3.3.  Omitting Legacy Display part ("X") and its wrapper:

   Y └┬╴multipart/alternative
   Z  ├─╴text/plain
   A' └─╴text/html

   It should render headers taken Elements from text/html

   If a text/html part "W", following within the same
   guidance as Cryptographic Payload has the Content-
   Type parameter hp-legacy-display="1", it should be processed before
   rendering in Section 4.1.4.4.2 and Section 4.1.4.3.2 about the
   cryptographic status following fashion:

   *  If any element of each rendered header field. the HTML <body> is a <div> with class attribute
      header-protecton-legacy-display, that entire element should be
      omitted.

   A straightforward way for an HTML-capable MUA to do this is to add an
   entry to the [CSS] stylesheet for such a part:

 body div.header-protection-legacy-display:firstchild { display: none; }

4.1.4.5.  Affordances for Debugging and Troubleshooting

   Note that advanced users of an MUA may need access to the original
   message, for example to troubleshoot problems with the MUA itself, or
   problems with the SMTP transport path taken by the message.

   A MUA that applies these rendering guidelines SHOULD ensure that the
   full original source of the message as it was received remains
   available to such a user for debugging and troubleshooting.

4.1.4.6.  Composing a Reply to an Encrypted Message with Protected
          Headers

   When composing a reply to an encrypted message with protected
   headers, the MUA is acting both as a receiving MUA and as a sending
   MUA.  Special guidance applies here, as things can go wrong in at
   least two ways: leaking previously-confidential information, and
   replying to the wrong party.

4.1.4.6.1.  Avoid Leaking Encrypted Headers in Reply

   As noted in [I-D.dkg-lamps-e2e-mail-guidance], [I-D.ietf-lamps-e2e-mail-guidance], an MUA in this
   position MUST NOT leak previously-encrypted content in the clear in a
   followup message.  The same is true for protected headers.

   Values from any header field that was identified as either
   "encrypted" encrypted
   or "signed-and-encrypted" signed-and-encrypted based on the steps outlined above MUST NOT be
   placed in cleartext output when generating a message.

   In particular, if "Subject" Subject was encrypted, and it is copied into the
   draft encrypted reply, the replying MUA MUST obfuscate the "Subject" Subject
   field in the cleartext header as described above.

   [[ TODO: formally describe how a replying MUA should generate a
   message-specific Header Protection policy based on the cryptographic
   status of the headers of the incoming message ]]

4.1.4.6.2.  Avoid Misdirected Replies to Encrypted Messages with
            Protected Headers

   When replying to a message, the Composing MUA typically decides who
   to send the reply to based on:

   *  the "Reply-To", "Mail-Followup-To", Reply-To, Mail-Followup-To, or "From" From headers

   *  optionally, the other "To" To or "Cc" Cc headers (if the user chose to
      "reply all")

   When a message has protected headers, the replying MUA MUST populate
   the destination fields of the draft message using the protected
   headers, and ignore any unprotected headers.

   This mitigates against an attack where Mallory gets a copy of an
   encrypted message from Alice to Bob, and then replays the message to
   Bob with an additional "Cc" Cc to Mallory's own e-mail address in the
   message's outer header.

   If Bob knows Mallory's certificate already, and he replies to such a
   message without following the guidance in this section, it's likely
   that his MUA will encrypt the cleartext of the message directly to
   Mallory.

4.1.4.7.  Implicitly-rendered Header Fields

   While "From" From and "To" To and "Cc" Cc and "Subject" Subject and "Date" Date are often explicitly
   rendered to the user, some header fields do affect message display,
   without being explicitly rendered.

   For example, "Message-Id", "References", Message-Id, References, and "In-Reply-To" In-Reply-To header fields
   may collectively be used to place a message in a "thread" or series
   of messages.

   In another example, Section 4.1.4.6.2 observes that the value of the
   "Reply-To"
   Reply-To field can influence the draft reply message.  So while the
   user may never see the "Reply-To" Reply-To header directly, it is implicitly
   "rendered" when the user interacts with the message by replying to
   it.

   An MUA that depends on any implicitly-rendered header field in a
   message with protected headers SHOULD use the value from the
   protected header, and SHOULD NOT use any value found outside the
   cryptographic protection.

4.1.4.8.  Unprotected Headers Added in Transit

   Some headers are legitimately added in transit, and could not have
   been known to the sender at message composition time.

   The most common of these headers are "Received" Received and "DKIM-Signature", DKIM-Signature,
   neither of which are typically rendered, either explicitly or
   implicitly.

   If a receiving MUA has specific knowledge about a given header field,
   including that:

   *  the header field would not have been known to the original sender,
      and

   *  the header field might be rendered explicitly or implicitly,

   then the MUA MAY decide to operate on the value of that header field
   from the unprotected header section, even though the message has
   protected headers.

   The MUA MAY prefer to verify that the headers in question have
   additional transit-derived cryptographic protections (e.g., to test
   whether they are covered by a valid "DKIM-Signature") DKIM-Signature) before rendering
   or acting on them.

   Specific examples appear below.

4.1.4.8.1.  Mailing list headers: List-* and Archived-At

   If the message arrives through a mailing list, the list manager
   itself may inject headers (most of which start with "List-") List-) in the
   message:

   *  "List-Archive"  List-Archive

   *  "List-Subscribe"  List-Subscribe
   *  "List-Unsubscribe"  List-Unsubscribe

   *  "List-Id"  List-Id

   *  "List-Help"  List-Help

   *  "List-Post"  List-Post

   *  "Archived-At"  Archived-At

   For some MUAs, these headers are implicitly rendered, by providing
   buttons for actions like "Subscribe", "View Archived Version", "Reply
   List", "List Info", etc.

   An MUA that receives a message with protected headers that contains
   these header fields in the unprotected section, and that has reason
   to believe the message is coming through a mailing list MAY decide to
   render them to the user (explicitly or implicitly) even though they
   are not protected.

   FIXME: other examples of unprotected transit headers?

4.2.  Backward Compatibility Use Cases

4.2.1.  Receiving Side MIME-Conformant

   This section applies to the case where the sending side (fully)
   supports Header Protection as specified in this document, while the
   receiving side does not support this specification, but is MIME-
   conformant according to [RFC2045], ff. (cf.  Section 3.1.2 and
   Section 3.1.2.1)

   The sending side specification of the main use case (cf.
   Section 4.1) MUST ensure that receiving sides can still recognize and
   display or offer to display the encapsulated data in accordance with
   its media type (cf.  [RFC2049], Section 2).  In particular, receiving
   sides that do not support this specification, but are MIME-conformant
   according to [RFC2045], ff. can still recognize and display the
   Message intended for the user.

   [[ TODO: Verify once solution is stable and update last sentence. ]]

4.2.2.  Receiving Side Not MIME-Conformant

   This section applies to cases where the sending side (fully) supports
   Header Protection as specified in this document, while the receiving
   side neither supports this specification *nor* is MIME-conformant
   according to [RFC2045], ff. (cf.  Section 3.1.2 and Section 3.1.2.2).

   [I-D.autocrypt-lamps-protected-headers] describes a possible way to
   achieve backward compatibility with existing S/MIME (and PGP/MIME)
   implementations that predate this specification and are not MIME-
   conformant (Legacy Display) either.  It mainly focuses on email
   clients that do not render emails which utilize header protection in
   a user friendly manner, which may confuse the user.  While this has
   been observed occasionally in PGP/MIME (cf.  [RFC3156]), the extent
   of this problem with S/MIME implementations is still unclear.  (Note:
   At this time, none of the samples in
   [I-D.autocrypt-lamps-protected-headers] apply header protection as
   specified in Section 3.1 of [RFC8551], which is wrapping as Media
   Type "message/RFC822".)

   Should serious backward compatibility issues with rendering at the
   receiving side be discovered, the Legacy Display format described in
   [I-D.autocrypt-lamps-protected-headers] may serve as a basis to
   mitigate those issues (cf.  Section 4.2).

   Another variant of backward compatibility has been implemented by pEp
   [I-D.pep-email], i.e. pEp Email Format 1.0.  At this time pEp has
   implemented this for PGP/MIME, but not yet S/MIME.

5.  Usability Considerations

   This section describes concerns for MUAs that are interested in easy
   adoption of header protection by normal users.

   While they are not protocol-level artifacts, these concerns motivate
   the protocol features described in this document.

   See also the Usability section in [I-D.dkg-lamps-e2e-mail-guidance]. [I-D.ietf-lamps-e2e-mail-guidance].

5.1.  Mixed Protections Within a Message Are Hard To Understand

   [[ TODO ]]

5.2.  Users Should Not Have To Choose a Header Confidentiality Policy

   [[ TODO ]]

6.  Security Considerations

   [[ TODO ]]

7.  Privacy Considerations

   [[ TODO ]]

8.  IANA Considerations

   This document requests no action from IANA.

   [[ RFC Editor: This section may be removed before publication. ]]

9.  Acknowledgments

   The authors would like to thank the following people who have
   provided helpful comments and suggestions for this document: Berna
   Alp, Bernhard E.  Reiter, Claudio Luck, David Wilson, Hernani
   Marques, juga, Krista Bennett, Kelly Bristol, Lars Rohwedder, Robert
   Williams, Russ Housley, Sofia Balicka, Steve Kille, Volker Birk, and
   Wei Chuang.

10.  References

10.1.  Normative References

   [I-D.dkg-lamps-e2e-mail-guidance]

   [I-D.ietf-lamps-e2e-mail-guidance]
              Gillmor, D. K., "Guidance on End-to-End E-mail Security",
              Work in Progress, Internet-Draft, draft-dkg-lamps-e2e-
              mail-guidance-01, 22 February 2021,
              <https://www.ietf.org/archive/id/draft-dkg-lamps-e2e-mail-
              guidance-01.txt>. draft-ietf-lamps-e2e-
              mail-guidance-02, 25 January 2022,
              <https://www.ietf.org/archive/id/draft-ietf-lamps-e2e-
              mail-guidance-02.txt>.

   [I-D.ietf-lamps-header-protection-requirements]
              Melnikov, A. and B. Hoeneisen, "Problem Statement and
              Requirements for Header Protection", Work in Progress,
              Internet-Draft, draft-ietf-lamps-header-protection-
              requirements-01, 29 October 2019,
              <https://www.ietf.org/archive/id/draft-ietf-lamps-header-
              protection-requirements-01.txt>.

   [RFC2045]  Freed, N. and N. Borenstein, "Multipurpose Internet Mail
              Extensions (MIME) Part One: Format of Internet Message
              Bodies", RFC 2045, DOI 10.17487/RFC2045, November 1996,
              <https://www.rfc-editor.org/info/rfc2045>.

   [RFC2046]  Freed, N. and N. Borenstein, "Multipurpose Internet Mail
              Extensions (MIME) Part Two: Media Types", RFC 2046,
              DOI 10.17487/RFC2046, November 1996,
              <https://www.rfc-editor.org/info/rfc2046>.

   [RFC2049]  Freed, N. and N. Borenstein, "Multipurpose Internet Mail
              Extensions (MIME) Part Five: Conformance Criteria and
              Examples", RFC 2049, DOI 10.17487/RFC2049, November 1996,
              <https://www.rfc-editor.org/info/rfc2049>.

   [RFC2119]  Bradner, S., "Key words for use in RFCs to Indicate
              Requirement Levels", BCP 14, RFC 2119,
              DOI 10.17487/RFC2119, March 1997,
              <https://www.rfc-editor.org/info/rfc2119>.

   [RFC5322]  Resnick, P., Ed., "Internet Message Format", RFC 5322,
              DOI 10.17487/RFC5322, October 2008,
              <https://www.rfc-editor.org/info/rfc5322>.

   [RFC8551]  Schaad, J., Ramsdell, B., and S. Turner, "Secure/
              Multipurpose Internet Mail Extensions (S/MIME) Version 4.0
              Message Specification", RFC 8551, DOI 10.17487/RFC8551,
              April 2019, <https://www.rfc-editor.org/info/rfc8551>.

10.2.  Informative References

   [I-D.autocrypt-lamps-protected-headers]
              Einarsson, B. R., juga, and D. K. Gillmor, "Protected
              Headers for Cryptographic E-mail", Work in Progress,
              Internet-Draft, draft-autocrypt-lamps-protected-headers-
              02, 20 December 2019, <https://www.ietf.org/archive/id/
              draft-autocrypt-lamps-protected-headers-02.txt>.

   [CSS]      World Wide Web Consortium, "Cascading Style Sheets Level 2
              Revision 2 (CSS 2.2) Specification", 12 April 2016,
              <https://www.w3.org/TR/2016/WD-CSS22-20160412/>.

   [I-D.ietf-lamps-samples]
              Gillmor, D. K., "S/MIME Example Keys and Certificates",
              Work in Progress, Internet-Draft, draft-ietf-lamps-
              samples-04, 18 May
              samples-07, 13 December 2021, <https://www.ietf.org/archive/id/
              draft-ietf-lamps-samples-04.txt>.
              <https://www.ietf.org/archive/id/draft-ietf-lamps-samples-
              07.txt>.

   [I-D.melnikov-iana-reg-forwarded]
              Melnikov, A. and B. Hoeneisen, "IANA Registration of
              Content-Type Header Field Parameter 'forwarded'", Work in
              Progress, Internet-Draft, draft-melnikov-iana-reg-
              forwarded-00, 4 November 2019,
              <https://www.ietf.org/archive/id/draft-melnikov-iana-reg-
              forwarded-00.txt>.

   [I-D.pep-email]
              Marques, H., "pretty Easy privacy (pEp): Email Formats and
              Protocols", Work in Progress, Internet-Draft, draft-pep-
              email-01, 2 November 2020,
              <https://www.ietf.org/archive/id/draft-pep-email-01.txt>.

   [pEp.mixnet]
              pEp Foundation, "Mixnet", June 2020,
              <https://dev.pep.foundation/Mixnet>.

   [RFC3156]  Elkins, M., Del Torto, D., Levien, R., and T. Roessler,
              "MIME Security with OpenPGP", RFC 3156,
              DOI 10.17487/RFC3156, August 2001,
              <https://www.rfc-editor.org/info/rfc3156>.

   [RFC4949]  Shirey, R., "Internet Security Glossary, Version 2",
              FYI 36, RFC 4949, DOI 10.17487/RFC4949, August 2007,
              <https://www.rfc-editor.org/info/rfc4949>.

   [RFC6376]  Crocker, D., Ed., Hansen, T., Ed., and M. Kucherawy, Ed.,
              "DomainKeys Identified Mail (DKIM) Signatures", STD 76,
              RFC 6376, DOI 10.17487/RFC6376, September 2011,
              <https://www.rfc-editor.org/info/rfc6376>.

   [RFC6409]  Gellens, R. and J. Klensin, "Message Submission for Mail",
              STD 72, RFC 6409, DOI 10.17487/RFC6409, November 2011,
              <https://www.rfc-editor.org/info/rfc6409>.

   [RFC6532]  Yang, A., Steele, S., and N. Freed, "Internationalized
              Email Headers", RFC 6532, DOI 10.17487/RFC6532, February
              2012, <https://www.rfc-editor.org/info/rfc6532>.

   [RFC7489]  Kucherawy, M., Ed. and E. Zwicky, Ed., "Domain-based
              Message Authentication, Reporting, and Conformance
              (DMARC)", RFC 7489, DOI 10.17487/RFC7489, March 2015,
              <https://www.rfc-editor.org/info/rfc7489>.

Appendix A.  Possible Problems with some Legacy Clients

   When an e-mail message with end-to-end cryptographic protection is
   received by a mail user agent, the user might experience many
   different possible problematic interactions.  A message with header
   protection may introduce new forms of user experience failure.

   In this section, the authors enumerate different kinds of failures we
   have observed when reviewing, rendering, and replying to messages
   with different forms of header protection in different legacy MUAs.
   Different legacy MUAs demonstrate different subsets of these
   problems.

   Hopefully, a non-legacy MUA would not exhibit any of these problems.
   An implementer updating their legacy MUA to be compliant with this
   specification should consider these concerns and try to avoid them.

A.1.  Problems Reviewing signed+encrypted Messages in List View

   *  Unprotected Subject, Date, From, To are visible

   *  Threading is not visible

A.2.  Problems when Rendering a signed+encrypted Message

   *  Unprotected Subject is visible

   *  Protected subject (on its own) is visible in the body

   *  Protected subject, date, from, to visible in the body

   *  User interaction needed to view whole message

   *  User interaction needed to view message body

   *  User interaction needed to view protected subject

   *  Impossible to view protected subject
   *  Nuisance alarms during user interaction

   *  Impossible to view message body

   *  Appears as a forwarded message

   *  Appears as an attachment

   *  Security indicators not visible

   *  User has multiple different methods to Reply: (e.g. reply to
      outer, reply to inner)

   *  User sees english "Subject:" in body despite message itself being
      in non-english

   *  Security indicators do not identify protection status of header
      fields

   *  Headers in body render with local header fields (e.g. showing
      "Betreff" instead of "Subject") and dates (TZ, locale)

A.3.  Problems when Replying to a signed+encrypted Message

   Note that the use case here is:

   *  User views message, to the point where they can read it.

   *  User then replies to message, and they are shown a message
      composition window, which has some UI elements

   *  If the MUA has multiple different methods to Reply: to a message,
      each way may need to be evaluated separately

   This section also uses the shorthand UI:x to mean "the UI element
   that the user can edit that they think of as x."

   *  protected subject is in UI:subject (and will leak)

   *  protected subject is quoted in UI:body

   *  protected subject is not anywhere in UI

   *  message body is _not_ visible/quoted in UI:body

   *  user cannot reply while viewing protected message
   *  reply is not encrypted by default (but is for normal S/MIME
      sign+enc messages)

   *  unprotected From: is in UI:To

   *  User's locale (lang, TZ) leaks in quoted body

   *  Headers not protected (and in particular, Subject is not obscured)
      by default

A.4.  Problems Reviewing signed-only Messages in List View

   *  Unprotected Subject, Date, From, To are visible

   *  Threading is not visible

A.5.  Problems when Rendering a signed-only Message

   *  Unprotected Subject is visible

   *  Protected subject (on its own) is visible in the body

   *  Protected subject, date, from, to visible in the body

   *  User interaction needed to view whole message

   *  User interaction needed to view message body

   *  User interaction needed to view protected subject

   *  Impossible to view protected subject

   *  Nuisance alarms during user interaction

   *  Impossible to view message body

   *  Appears as a forwarded message

   *  Appears as an attachment

   *  Security indicators not visible

   *  Security indicators do not identify protection status of headers

   *  User has multiple different methods to Reply: (e.g. reply to
      outer, reply to inner)

   *  Headers in body render with local header fields (e.g. showing
      "Betreff" instead of "Subject") and dates (TZ, locale)

A.6.  Problems when Replying to a signed-only Message

   This uses the same use case(s) and shorthand as Appendix A.3.

   *  Unprotected Subject: is in UI:subject

   *  Protected Subject: is quoted in UI:body

   *  Protected Subject: is not anywhere in UI

   *  Message body is not visible/quoted in UI:body

   *  User cannot reply while viewing protected message

   *  Unprotected From: is in UI:To

   *  User's locale (lang, TZ) leaks in quoted body

Appendix B.  Test Vectors

   This section contains sample messages using the different schemes
   described in this document.  Each sample contains a MIME object, a
   textual and diagrammatic view of its structure, and examples of how
   an MUA might render it.

   The cryptographic protections used in this document use the S/MIME
   standard, and keying material and certificates come from
   [I-D.ietf-lamps-samples].

   These messages should be accessible to any IMAP client at
   "imap://bob@header-protection.cmrg.net/"
   imap://bob@header-protection.cmrg.net/ (any password should
   authenticate to this read-only IMAP mailbox).

   You can also download copies of these test vectors separately at
   "https://header-protection.cmrg.net".
   https://header-protection.cmrg.net.

   If any of the messages downloaded differ from those offered here,
   this document is the canonical source.

B.1.  Baseline Messages

   These messages offer no header protection at all, and can be used as
   a baseline.  They are provided in this document as a counterexample.
   An MUA implementer can use these messages to verify that the reported
   cryptographic summary of the message indicates no header protection.

B.1.1.  No cryptographic protections over a simple message

   This message uses no cryptographic protection at all.  Its body is a
   text/plain message.

   It has the following structure:

   └─╴text/plain 152 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: text/plain; charset="utf-8"
   Content-Transfer-Encoding: 7bit
   Subject: no-crypto
   Message-ID: <no-crypto@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:00:02 -0500

   This is the no-crypto message.

   This message uses no cryptographic protection at all.  Its body is a
   text/plain message.

   --
   Alice
   alice@smime.example

B.1.2.  S/MIME signed-only signedData over a simple message, No Header
        Protection

   This is a signed-only S/MIME message via PKCS#7 signedData.  The
   payload is a text/plain message.  It uses no header protection.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 3852 bytes
    ⇩ (unwraps to)
    └─╴text/plain 204 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="signed-data"
   Subject: smime-one-part
   Message-ID: <smime-one-part@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:01:02 -0500

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B.1.3.  S/MIME signed-only multipart/signed over a simple message, No
        Header Protection

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a text/plain message.  It uses no
   header protection.

   It has the following structure:

   └┬╴multipart/signed 4156 bytes
    ├─╴text/plain 224 bytes
    └─╴application/pkcs7-signature [smime.p7s] 3429 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/signed;
    protocol="application/pkcs7-signature"; boundary="76c";
    micalg="sha-256"
   Subject: smime-multipart
   Message-ID: <smime-multipart@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:02:02 -0500

   --76c
   MIME-Version: 1.0
   Content-Type: text/plain; charset="utf-8"
   Content-Transfer-Encoding: 7bit

   This is the smime-multipart message.

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a text/plain message. It uses no
   header protection.

   --
   Alice
   alice@smime.example

   --76c
   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-signature; name="smime.p7s"

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   --76c--

B.1.4.  S/MIME encrypted and signed over a simple message, No Header
        Protection

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses no header protection.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 6720 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 3960 bytes
     ⇩ (unwraps to)
     └─╴text/plain 239 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: smime-enc-signed
   Message-ID: <smime-enc-signed@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:03:02 -0500

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   sAa1LzD78Dg4FKO8t3d13Q==

B.1.5.  No cryptographic protections over a complex message

   This message uses no cryptographic protection at all.  Its body is a
   multipart/alternative message with an inline image/png attachment.

   It has the following structure:

   └┬╴multipart/mixed 1357 1371 bytes
    ├┬╴multipart/alternative 780 794 bytes
    │├─╴text/plain 206 bytes
    │└─╴text/html 290 304 bytes
    └─╴image/png inline 232 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/mixed; boundary="0f4" boundary="428"
   Subject: no-crypto-complex
   Message-ID: <no-crypto-complex@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:00:02 -0500

   --0f4

   --428
   MIME-Version: 1.0
   Content-Type: multipart/alternative; boundary="384"

   --384 boundary="db9"

   --db9
   Content-Type: text/plain; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   This is the no-crypto-complex message.

   This message uses no cryptographic protection at all.  Its body is a
   multipart/alternative message with an inline image/png attachment.

   --
   Alice
   alice@smime.example
   --384
   --db9
   Content-Type: text/html; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   <html><head><title></title></head><body>
   <p>This is the <b>no-crypto-complex</b> message.</p>
   <p>This message uses no cryptographic protection at all.  Its body is a
   multipart/alternative message with an inline image/png attachment.</p>
   <p><tt>-- <br/>Alice<br/>alice@smime.example</tt></p>
   --384--

   --0f4 <br/>Alice<br/>alice@smime.example</tt></p></body></html>
   --db9--

   --428
   Content-Type: image/png
   Content-Transfer-Encoding: base64
   Content-Disposition: inline

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   vdPf1QZ2kDD9xppd8wAAAABJRU5ErkJggg==

   --0f4--

   --428--

B.1.6.  S/MIME signed-only signedData over a complex message, No Header
        Protection

   This is a signed-only S/MIME message via PKCS#7 signedData.  The
   payload is a multipart/alternative message with an inline image/png
   attachment.  It uses no header protection.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 5229 5249 bytes
    ⇩ (unwraps to)
    └┬╴multipart/mixed 1274 1288 bytes
     ├┬╴multipart/alternative 868 882 bytes
     │├─╴text/plain 258 bytes
     │└─╴text/html 339 353 bytes
     └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="signed-data"
   Subject: smime-one-part-complex
   Message-ID: <smime-one-part-complex@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:01:02 -0500

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B.1.7.  S/MIME signed-only multipart/signed over a complex message, No
        Header Protection

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment.  It uses no header protection.

   It has the following structure:

   └┬╴multipart/signed 5185 5199 bytes
    ├┬╴multipart/mixed 1330 1344 bytes
    │├┬╴multipart/alternative 924 938 bytes
    ││├─╴text/plain 278 bytes
    ││└─╴text/html 362 376 bytes
    │└─╴image/png inline 232 bytes
    └─╴application/pkcs7-signature [smime.p7s] 3429 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/signed;
    protocol="application/pkcs7-signature"; boundary="d66"; boundary="e18";
    micalg="sha-256"
   Subject: smime-multipart-complex
   Message-ID: <smime-multipart-complex@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:02:02 -0500

   --d66

   --e18
   MIME-Version: 1.0
   Content-Type: multipart/mixed; boundary="7fe"

   --7fe boundary="831"

   --831
   MIME-Version: 1.0
   Content-Type: multipart/alternative; boundary="848"

   --848 boundary="a1e"

   --a1e
   Content-Type: text/plain; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   This is the smime-multipart-complex message.

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment. It uses no header protection.

   --
   Alice
   alice@smime.example
   --848
   --a1e
   Content-Type: text/html; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   <html><head><title></title></head><body>
   <p>This is the <b>smime-multipart-complex</b> message.</p>
   <p>This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment. It uses no header protection.</p>
   <p><tt>-- <br/>Alice<br/>alice@smime.example</tt></p>
   --848--

   --7fe <br/>Alice<br/>alice@smime.example</tt></p></body></html>
   --a1e--

   --831
   Content-Type: image/png
   Content-Transfer-Encoding: base64
   Content-Disposition: inline

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   vdPf1QZ2kDD9xppd8wAAAABJRU5ErkJggg==

   --7fe--

   --d66

   --831--

   --e18
   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-signature; name="smime.p7s"

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   --d66--
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   --e18--

B.1.8.  S/MIME encrypted and signed over a complex message, No Header
        Protection

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses no
   header protection.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 8670 8690 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 5408 5426 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1342 1356 bytes
      ├┬╴multipart/alternative 936 950 bytes
      │├─╴text/plain 293 bytes
      │└─╴text/html 374 388 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: smime-enc-signed-complex
   Message-ID: <smime-enc-signed-complex@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:03:02 -0500

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B.2.  Signed-only Messages

   These messages are signed-only, using different schemes of header
   protection and different S/MIME structure.  The use no Header
   Confidentiality Policy because the hcp is only relevant when a
   message is encrypted.

B.2.1.  S/MIME signed-only signedData over a simple message, Wrapped
        Message

   This is a signed-only S/MIME message via PKCS#7 signedData.  The
   payload is a text/plain message.  It uses the Wrapped Message header
   protection scheme.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 4213 bytes
    ⇩ (unwraps to)
    └┬╴message/rfc822 566 bytes
     └─╴text/plain 228 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="signed-data"
   Subject: smime-one-part-wrapped
   Message-ID: <smime-one-part-wrapped@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:04:02 -0500

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B.2.2.  S/MIME signed-only multipart/signed over a simple message,
        Wrapped Message

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a text/plain message.  It uses
   the Wrapped Message header protection scheme.

   It has the following structure:

   └┬╴multipart/signed 4451 bytes
    ├┬╴message/rfc822 596 bytes
    │└─╴text/plain 256 bytes
    └─╴application/pkcs7-signature [smime.p7s] 3429 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/signed;
    protocol="application/pkcs7-signature"; boundary="20c";
    micalg="sha-256"
   Subject: smime-multipart-wrapped
   Message-ID: <smime-multipart-wrapped@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:05:02 -0500

   --20c
   MIME-Version: 1.0
   Content-Type: message/rfc822; forwarded="no"

   MIME-Version: 1.0
   Content-Type: text/plain; charset="utf-8"
   Content-Transfer-Encoding: 7bit
   Subject: smime-multipart-wrapped
   Message-ID: <smime-multipart-wrapped@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:05:02 -0500

   This is the smime-multipart-wrapped message.

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a text/plain message. It uses the
   Wrapped Message header protection scheme.

   --
   Alice
   alice@smime.example

   --20c
   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-signature; name="smime.p7s"

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   --20c--

B.2.3.  S/MIME signed-only signedData over a simple message, Injected
        Headers

   This is a signed-only S/MIME message via PKCS#7 signedData.  The
   payload is a text/plain message.  It uses the Injected Headers header
   protection scheme.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 4185 bytes
    ⇩ (unwraps to)
    └─╴text/plain 239 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="signed-data"
   Subject: smime-one-part-injected
   Message-ID: <smime-one-part-injected@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:06:02 -0500

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B.2.4.  S/MIME signed-only multipart/signed over a simple message,
        Injected Headers

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a text/plain message.  It uses
   the Injected Headers header protection scheme.

   It has the following structure:

   └┬╴multipart/signed 4417 bytes
    ├─╴text/plain 258 bytes
    └─╴application/pkcs7-signature [smime.p7s] 3429 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/signed;
    protocol="application/pkcs7-signature"; boundary="12b";
    micalg="sha-256"
   Subject: smime-multipart-injected
   Message-ID: <smime-multipart-injected@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:07:02 -0500

   --12b
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit
   Subject: smime-multipart-injected
   Message-ID: <smime-multipart-injected@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:07:02 -0500
   Content-Type: text/plain; charset="utf-8"; protected-headers="v1"

   This is the smime-multipart-injected message.

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a text/plain message. It uses the
   Injected Headers header protection scheme.

   --
   Alice
   alice@smime.example

   --12b
   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-signature; name="smime.p7s"

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   --12b--

B.2.5.  S/MIME signed-only signedData over a complex message, Wrapped
        Message

   This is a signed-only S/MIME message via PKCS#7 signedData.  The
   payload is a multipart/alternative message with an inline image/png
   attachment.  It uses the Wrapped Message header protection scheme.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 5615 5631 bytes
    ⇩ (unwraps to)
    └┬╴message/rfc822 1599 1613 bytes
     └┬╴multipart/mixed 1535 1549 bytes
      ├┬╴multipart/alternative 932 946 bytes
      │├─╴text/plain 282 bytes
      │└─╴text/html 366 380 bytes
      └─╴image/png inline 232 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="signed-data"
   Subject: smime-one-part-complex-wrapped
   Message-ID: <smime-one-part-complex-wrapped@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:04:02 -0500

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B.2.6.  S/MIME signed-only multipart/signed over a complex message,
        Wrapped Message

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment.  It uses the Wrapped Message
   header protection scheme.

   It has the following structure:

   └┬╴multipart/signed 5528 5542 bytes
    ├┬╴message/rfc822 1657 1671 bytes
    │└┬╴multipart/mixed 1593 1607 bytes
    │ ├┬╴multipart/alternative 988 1002 bytes
    │ │├─╴text/plain 310 bytes
    │ │└─╴text/html 394 408 bytes
    │ └─╴image/png inline 232 bytes
    └─╴application/pkcs7-signature [smime.p7s] 3429 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/signed;
    protocol="application/pkcs7-signature"; boundary="932"; boundary="ce9";
    micalg="sha-256"
   Subject: smime-multipart-complex-wrapped
   Message-ID: <smime-multipart-complex-wrapped@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:05:02 -0500

   --932

   --ce9
   MIME-Version: 1.0
   Content-Type: message/rfc822; forwarded="no"

   MIME-Version: 1.0
   Content-Type: multipart/mixed; boundary="c35" boundary="c33"
   Subject: smime-multipart-complex-wrapped
   Message-ID: <smime-multipart-complex-wrapped@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:05:02 -0500

   --c35

   --c33
   MIME-Version: 1.0
   Content-Type: multipart/alternative; boundary="645"

   --645 boundary="bb6"

   --bb6
   Content-Type: text/plain; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   This is the smime-multipart-complex-wrapped message.

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment. It uses the Wrapped Message
   header protection scheme.

   --
   Alice
   alice@smime.example
   --645
   --bb6
   Content-Type: text/html; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   <html><head><title></title></head><body>
   <p>This is the <b>smime-multipart-complex-wrapped</b> message.</p>
   <p>This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment. It uses the Wrapped Message
   header protection scheme.</p>
   <p><tt>-- <br/>Alice<br/>alice@smime.example</tt></p>
   --645--

   --c35 <br/>Alice<br/>alice@smime.example</tt></p></body></html>
   --bb6--

   --c33
   Content-Type: image/png
   Content-Transfer-Encoding: base64
   Content-Disposition: inline

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   --c35--

   --932

   --c33--

   --ce9
   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-signature; name="smime.p7s"

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   --932--
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   --ce9--

B.2.7.  S/MIME signed-only signedData over a complex message, Injected
        Headers

   This is a signed-only S/MIME message via PKCS#7 signedData.  The
   payload is a multipart/alternative message with an inline image/png
   attachment.  It uses the Injected Headers header protection scheme.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 5631 5651 bytes
    ⇩ (unwraps to)
    └┬╴multipart/mixed 1565 1579 bytes
     ├┬╴multipart/alternative 936 950 bytes
     │├─╴text/plain 292 bytes
     │└─╴text/html 373 387 bytes
     └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="signed-data"
   Subject: smime-one-part-complex-injected
   Message-ID: <smime-one-part-complex-injected@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:06:02 -0500

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B.2.8.  S/MIME signed-only multipart/signed over a complex message,
        Injected Headers

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment.  It uses the Injected Headers
   header protection scheme.

   It has the following structure:

   └┬╴multipart/signed 5496 5510 bytes
    ├┬╴multipart/mixed 1623 1637 bytes
    │├┬╴multipart/alternative 992 1006 bytes
    ││├─╴text/plain 312 bytes
    ││└─╴text/html 396 410 bytes
    │└─╴image/png inline 232 bytes
    └─╴application/pkcs7-signature [smime.p7s] 3429 bytes

   Its contents are:

   MIME-Version: 1.0
   Content-Type: multipart/signed;
    protocol="application/pkcs7-signature"; boundary="a23"; boundary="34f";
    micalg="sha-256"
   Subject: smime-multipart-complex-injected
   Message-ID: <smime-multipart-complex-injected@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:07:02 -0500

   --a23

   --34f
   MIME-Version: 1.0
   Subject: smime-multipart-complex-injected
   Message-ID: <smime-multipart-complex-injected@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:07:02 -0500
   Content-Type: multipart/mixed; boundary="d03"; boundary="193"; protected-headers="v1"

   --d03

   --193
   MIME-Version: 1.0
   Content-Type: multipart/alternative; boundary="8d8"

   --8d8 boundary="db5"

   --db5
   Content-Type: text/plain; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   This is the smime-multipart-complex-injected message.

   This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment. It uses the Injected Headers
   header protection scheme.

   --
   Alice
   alice@smime.example
   --8d8
   --db5
   Content-Type: text/html; charset="us-ascii"
   MIME-Version: 1.0
   Content-Transfer-Encoding: 7bit

   <html><head><title></title></head><body>
   <p>This is the <b>smime-multipart-complex-injected</b> message.</p>
   <p>This is a signed-only S/MIME message via PKCS#7 detached signature
   (multipart/signed).  The payload is a multipart/alternative message
   with an inline image/png attachment. It uses the Injected Headers
   header protection scheme.</p>
   <p><tt>-- <br/>Alice<br/>alice@smime.example</tt></p>
   --8d8--

   --d03 <br/>Alice<br/>alice@smime.example</tt></p></body></html>
   --db5--

   --193
   Content-Type: image/png
   Content-Transfer-Encoding: base64
   Content-Disposition: inline

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   --d03--

   --a23

   --193--

   --34f
   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-signature; name="smime.p7s"

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   --a23--
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   --34f--

B.3.  Encrypted-and-signed Messages

   These messages are encrypted and signed.  They use PKCS#7 signedData
   inside envelopedData, with different header protection schemes and
   different Header Confidentiality Policies.

B.3.1.  S/MIME encrypted and signed over a simple message, Wrapped
        Message with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Wrapped Message header protection scheme with
   the hcp_minimal Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7345 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4436 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 679 bytes
      └─╴text/plain 321 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <smime-enc-signed-wrapped-minimal@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:08:02 -0500

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B.3.2.  S/MIME encrypted and signed over a simple message, Injected
        Headers with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_minimal Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7305 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4406 bytes
     ⇩ (unwraps to)
     └─╴text/plain 333 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <smime-enc-signed-injected-minimal@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:09:02 -0500

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   V+LiVvvQxHGpGiZEaV7onQ==

B.3.3.  S/MIME encrypted and signed over a simple message, Injected
        Headers with hcp_minimal (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_minimal Header Confidentiality Policy with a "Legacy Display"
   part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7865 7565 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4810 4584 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 923 bytes
      ├─╴text/plain 51 bytes
     └─╴text/plain 370 423 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-injected-minimal-legacy@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:10:02 -0500

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B.3.4.  S/MIME encrypted and signed over a simple message, Wrapped
        Message with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Wrapped Message header protection scheme with
   the hcp_strong Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7345 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4432 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 675 bytes
      └─╴text/plain 319 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <73a42f8e-8f5a-5c62-b982-82ace766fd32@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:11:02 -0500

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B.3.5.  S/MIME encrypted and signed over a simple message, Injected
        Headers with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_strong Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7305 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4402 bytes
     ⇩ (unwraps to)
     └─╴text/plain 331 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <27139e00-e05f-581d-a339-d2bd43bd0f42@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:12:02 -0500

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   Jck3h1nygfBehDUwsLTWPg==

B.3.6.  S/MIME encrypted and signed over a simple message, Injected
        Headers with hcp_strong (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_strong Header Confidentiality Policy with a "Legacy Display"
   part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7845 7540 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4802 4576 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 918 bytes
      ├─╴text/plain 50 bytes
     └─╴text/plain 367 419 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <fdccb76a-49ed-50c5-9030-e4aeb83d7f04@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:13:02 -0500

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B.3.7.  S/MIME encrypted and signed reply over a simple message, Wrapped
        Message with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Wrapped Message header protection scheme with
   the hcp_minimal Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7605 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4626 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 816 bytes
      └─╴text/plain 327 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <smime-enc-signed-wrapped-minimal-reply@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:14:02 -0500
   In-Reply-To: <smime-enc-signed-wrapped-minimal@lhp.example>
   References: <smime-enc-signed-wrapped-minimal@lhp.example>

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B.3.8.  S/MIME encrypted and signed reply over a simple message,
        Injected Headers with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_minimal Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7585 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4600 bytes
     ⇩ (unwraps to)
     └─╴text/plain 339 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-injected-minimal-reply@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:15:02 -0500
   In-Reply-To: <smime-enc-signed-injected-minimal@lhp.example>
   References: <smime-enc-signed-injected-minimal@lhp.example>

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   Vfhi1ZMHR8/e0rgqlF7nEw8B8XYydKsPRpYDnrjWOUA=

B.3.9.  S/MIME encrypted and signed reply over a simple message,
        Injected Headers with hcp_minimal (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_minimal Header Confidentiality Policy with a "Legacy Display"
   part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 8170 7845 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 5034 4806 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1082 bytes
      ├─╴text/plain 57 bytes
     └─╴text/plain 376 435 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-injected-minimal-legacy-reply@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:16:02 -0500
   In-Reply-To:
    <smime-enc-signed-injected-minimal-legacy@lhp.example>
   References:
    <smime-enc-signed-injected-minimal-legacy@lhp.example>

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B.3.10.  S/MIME encrypted and signed reply over a simple message,
         Wrapped Message with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Wrapped Message header protection scheme with
   the hcp_strong Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7605 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4616 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 810 bytes
      └─╴text/plain 325 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <0e210732-9184-5855-9a95-2a635560d3a6@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:17:02 -0500

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B.3.11.  S/MIME encrypted and signed reply over a simple message,
         Injected Headers with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_strong Header Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 7565 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 4592 bytes
     ⇩ (unwraps to)
     └─╴text/plain 337 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <0b3ea6dd-0e91-5a91-9bc0-3d553f892983@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:18:02 -0500
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   w7LgVMRJKMMDllquSaKDrQ==

B.3.12.  S/MIME encrypted and signed reply over a simple message,
         Injected Headers with hcp_strong (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a text/plain
   message.  It uses the Injected Headers header protection scheme with
   the hcp_strong Header Confidentiality Policy with a "Legacy Display"
   part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 8150 7845 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 5022 4794 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1075 bytes
      ├─╴text/plain 56 bytes
     └─╴text/plain 373 431 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <b10dcc75-cf43-5fd7-9e48-f932a9d68fb5@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 10:19:02 -0500

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   xDKBsoZSv0yR+1I5Nl+79Q7L5xE10bITWIL00J8pxTE=

B.3.13.  S/MIME encrypted and signed over a complex message, Wrapped
         Message with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Wrapped Message header protection scheme with the hcp_minimal Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9450 9470 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 5982 6002 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 1805 1819 bytes
      └┬╴multipart/mixed 1741 1755 bytes
       ├┬╴multipart/alternative 1118 1132 bytes
       │├─╴text/plain 375 bytes
       │└─╴text/html 459 473 bytes
       └─╴image/png inline 232 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-complex-wrapped-minimal@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:08:02 -0500

   MIIbPAYJKoZIhvcNAQcDoIIbLTCCGykCAQAxggMQMIIBhAIBADBsMFUxDTALBgNV

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B.3.14.  S/MIME encrypted and signed over a complex message, Injected
         Headers with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_minimal Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9470 9515 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6006 6028 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1771 1785 bytes
      ├┬╴multipart/alternative 1122 1136 bytes
      │├─╴text/plain 387 bytes
      │└─╴text/html 468 482 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-complex-injected-minimal@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:09:02 -0500

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   iskAuLrYCHbASEVkcHYOBw==

B.3.15.  S/MIME encrypted and signed over a complex message, Injected
         Headers with hcp_minimal (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_minimal Header
   Confidentiality Policy with a "Legacy Display" part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 10120 10100 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6474 6456 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 2095 bytes
      ├─╴text/plain 59 bytes
      └┬╴multipart/mixed 1600 2094 bytes
      ├┬╴multipart/alternative 1194 1431 bytes
      │├─╴text/plain 424 485 bytes
      │└─╴text/html 505 637 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-complex-injected-minimal-legacy@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:10:02 -0500

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   cov6b9CP2WhxfoCWqatcsg==

B.3.16.  S/MIME encrypted and signed over a complex message, Wrapped
         Message with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Wrapped Message header protection scheme with the hcp_strong Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9425 9470 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 5974 5994 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 1799 1813 bytes
      └┬╴multipart/mixed 1735 1749 bytes
       ├┬╴multipart/alternative 1114 1128 bytes
       │├─╴text/plain 373 bytes
       │└─╴text/html 457 471 bytes
       └─╴image/png inline 232 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <95b9bb39-c028-5ff4-99b1-f179cb5d7585@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:11:02 -0500

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B.3.17.  S/MIME encrypted and signed over a complex message, Injected
         Headers with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_strong Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9470 9490 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 5998 6020 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1765 1779 bytes
      ├┬╴multipart/alternative 1118 1132 bytes
      │├─╴text/plain 385 bytes
      │└─╴text/html 466 480 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <23abef5f-8781-5c95-a46c-61e3a4464d58@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:12:02 -0500

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   8lii+Oc+IggActRBZFM/DMucxfR4gTlVT8adbtODeR6l/nWwQBumEdDR004PgXp8

B.3.18.  S/MIME encrypted and signed over a complex message, Injected
         Headers with hcp_strong (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_strong Header
   Confidentiality Policy with a "Legacy Display" part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 10100 10075 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6460 6444 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 2088 bytes
      ├─╴text/plain 58 bytes
      └┬╴multipart/mixed 1596 2086 bytes
      ├┬╴multipart/alternative 1190 1425 bytes
      │├─╴text/plain 421 481 bytes
      │└─╴text/html 502 633 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <9cfcaae2-9fec-5aca-9a29-c98da35b262d@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:13:02 -0500

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B.3.19.  S/MIME encrypted and signed reply over a complex message,
         Wrapped Message with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Wrapped Message header protection scheme with the hcp_minimal Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9750 9775 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6200 6222 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 1964 1978 bytes
      └┬╴multipart/mixed 1900 1914 bytes
       ├┬╴multipart/alternative 1130 1144 bytes
       │├─╴text/plain 381 bytes
       │└─╴text/html 465 479 bytes
       └─╴image/png inline 232 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-complex-wrapped-minimal-reply@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:14:02 -0500
   In-Reply-To:
    <smime-enc-signed-complex-wrapped-minimal@lhp.example>
   References:
    <smime-enc-signed-complex-wrapped-minimal@lhp.example>

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   QSa8PCulKbOEcx+uesAJjQ==

B.3.20.  S/MIME encrypted and signed reply over a complex message,
         Injected Headers with hcp_minimal

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_minimal Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9775 9815 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6230 6250 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1932 1946 bytes
      ├┬╴multipart/alternative 1134 1148 bytes
      │├─╴text/plain 393 bytes
      │└─╴text/html 474 488 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID:
    <smime-enc-signed-complex-injected-minimal-reply@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:15:02 -0500
   In-Reply-To:
    <smime-enc-signed-complex-injected-minimal@lhp.example>
   References:
    <smime-enc-signed-complex-injected-minimal@lhp.example>

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   6fqbecdqyzoFyD5+zjbD64+XOgsxDRGO0GPdnj9cAsXVoD1sG/iu9yyWcRdIgfL2
   2U58BewyeOwnwdedNn/NiChYwJZpbL2G1y6IfZHrjXfbRsMNPuPi5ETWNzixs4TP
   jCiZ4Mcs6Hg8mTLcwMs30teCY7bJuy6g4AxsRWDgOhS3VS0uKJDXtkYYIsxor8/7
   o47xu+jpQaqXzpCjPs3NPKQCXhHcEQLgTKQ1XQ4iTZDDisBo0vbt/5M0no9ZqrGA
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   Hb5knGHlz5BRYXLFBvJTf5kGDxKa+najrOZrJD0CexsFWKVo1NhfHOOH6ba7srmw

B.3.21.  S/MIME encrypted and signed reply over a complex message,
         Injected Headers with hcp_minimal (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_minimal Header
   Confidentiality Policy with a "Legacy Display" part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 10465 10445 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6728 6720 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 2278 bytes
      ├─╴text/plain 65 bytes
      └┬╴multipart/mixed 1612 2283 bytes
      ├┬╴multipart/alternative 1206 1455 bytes
      │├─╴text/plain 430 497 bytes
      │└─╴text/html 511 649 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <smime-enc-signed-complex-injected-minimal-legacy-reply@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:16:02 -0500
   In-Reply-To:
    <smime-enc-signed-complex-injected-minimal-legacy@lhp.example>
   References:
    <smime-enc-signed-complex-injected-minimal-legacy@lhp.example>

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B.3.22.  S/MIME encrypted and signed reply over a complex message,
         Wrapped Message with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Wrapped Message header protection scheme with the hcp_strong Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9730 9750 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6192 6210 bytes
     ⇩ (unwraps to)
     └┬╴message/rfc822 1956 1970 bytes
      └┬╴multipart/mixed 1892 1906 bytes
       ├┬╴multipart/alternative 1126 1140 bytes
       │├─╴text/plain 379 bytes
       │└─╴text/html 463 477 bytes
       └─╴image/png inline 232 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <38a0b7ba-76e0-5351-93e9-f44877e20e6e@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:17:02 -0500

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B.3.23.  S/MIME encrypted and signed reply over a complex message,
         Injected Headers with hcp_strong

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_strong Header
   Confidentiality Policy.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 9775 9795 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6222 6238 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 1924 1938 bytes
      ├┬╴multipart/alternative 1130 1144 bytes
      │├─╴text/plain 391 bytes
      │└─╴text/html 472 486 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <c6774fdb-3ef5-5293-ab2d-eca8b66b4bbf@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:18:02 -0500

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   3RQSFHsIYe7r2+h6JDgTwtB0zG8B63mNY6rxgWR3q5k=

B.3.24.  S/MIME encrypted and signed reply over a complex message,
         Injected Headers with hcp_strong (+ Legacy Display)

   This is a encrypted and signed S/MIME message using PKCS#7
   envelopedData around signedData.  The payload is a multipart/
   alternative message with an inline image/png attachment.  It uses the
   Injected Headers header protection scheme with the hcp_strong Header
   Confidentiality Policy with a "Legacy Display" part.

   It has the following structure:

   └─╴application/pkcs7-mime [smime.p7m] 10445 10425 bytes
    ↧ (decrypts to)
    └─╴application/pkcs7-mime [smime.p7m] 6712 6704 bytes
     ⇩ (unwraps to)
     └┬╴multipart/mixed 2269 bytes
      ├─╴text/plain 64 bytes
      └┬╴multipart/mixed 1608 2273 bytes
      ├┬╴multipart/alternative 1202 1449 bytes
      │├─╴text/plain 427 493 bytes
      │└─╴text/html 508 645 bytes
      └─╴image/png inline 236 bytes

   Its contents are:

   Content-Transfer-Encoding: base64
   Content-Type: application/pkcs7-mime; name="smime.p7m";
    smime-type="enveloped-data"
   Subject: [...]
   Message-ID: <acced3c9-111b-5a4f-bd80-34558da32b4d@lhp.example>
   From: Alice <alice@smime.example>
   To: Bob <bob@smime.example>
   Date: Sat, 20 Feb 2021 12:19:02 -0500

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   xVAW+8Svg+eYWb5ue7VHS/+n/PTdEi4kB6UPJ5gStfe7l6YeC+caOejkoCzvneBV
   MdAoR04DsRgdmIFNn/vS0k2RbEnVLusz3ZkaOT2ZF3SztXqSa764+OjXhFZQc8K7
   l4hFxmXaBgNmWT5vDQNEb86hBx3zkkhTlPZJLdJJgEJ0FiUJYThos+xCMPHtsHMz
   v7qaTE0YyukXFCKvxbByalL6CjduTJjZQXcxbIJBh67l0ZRjAN1rkU/WJTYlREo9
   2juia+Gg56gsjt/qM0VJjR+pYktjfvcFdUWYwZu+WTLdhEVm1sgjKdaHuastGnBE
   wEzTYffcbXAG/4pc8A5msfCJexqNBr4QNWLmhN2kpZCIOAJRfzci9hKd/xsI8AXa
   CY+q3wTzJDEzcGrG1Vh6PRKFtnuuk7MEjAHmz0Po/Suh7PPjCUABihvcac5rnDRA
   kdqDZ+jCgU/KgsmEzQdxxR8M/iAmvDrYFMKlDlC6zPw5JxYbSMh/tdrPjBdbpjQY
   pQf5xCsbK0kMJsf6ZAvrjg==

Appendix C.  Additional information

C.1.  Stored Variants of Messages with Bcc

   Messages containing at least one recipient address in the Bcc header
   field may appear in up to three different variants:

   1.  The Message for the recipient addresses listed in To or Cc header
       fields, which must not include the Bcc header field neither for
       signature calculation nor for encryption.

   2.  The Message(s) sent to the recipient addresses in the Bcc header
       field, which depends on the implementation:

       a) One Message for each recipient in the Bcc header field
       separately, with a Bcc header field containing only the address
       of the recipient it is sent to.

       b) The same Message for each recipient in the Bcc header field
       with a Bcc header field containing an indication such as
       "Undisclosed recipients", but no addresses.

       c) The same Message for each recipient in the Bcc header field
       which does not include a Bcc header field (this Message is
       identical to 1. / cf. above).

   3.  The Message stored in the 'Sent'-Folder of the sender, which
       usually contains the Bcc unchanged from the original Message,
       i.e., with all recipient addresses.

   The most privacy preserving method of the alternatives (2a, 2b, and
   2c) is to standardize 2a, as in the other cases (2b and 2c),
   information about hidden recipients is revealed via keys.  In any
   case, the Message has to be cloned and adjusted depending on the
   recipient.

Appendix D.  Text Moved from Above

   Note: Per an explicit request by the chair of the LAMPS WG to only
   present one option for the specification, the following text has been
   stripped from the main body of the draft.  It is preserved in an
   Appendix for the time being and may be moved back to the main body or
   deleted, depending on the decision of the LAMPS WG.

D.1.  MIME Format

   Currently there are two options in discussion:

   1.  The option according to the current S/MIME specification (cf.
       [RFC8551])

   2.  An alternative option that is based on the former "memory hole"
       approach (cf.  [I-D.autocrypt-lamps-protected-headers])  "Injected Headers" in this document)

D.1.1.  S/MIME Specification

   Note: This is currently described in the main part of this document.

D.1.1.1.  Alternative Option Autocrypt "Protected Headers" (Ex-"Memory
          Hole")

   An alternative option (based on the former autocrypt "Memory Hole"
   approach) to be considered, is described in
   [I-D.autocrypt-lamps-protected-headers]. here as "Injected Headers".

   Unlike the option described in Appendix D.1.1, this option does not
   use a "message/RFC822" wrapper to unambiguously delimit the Inner
   Message.

   Before choosing this option, the following two issues must be
   assessed to ensure no interoperability issues result from it:

   1.  How current MIME parser implementations treat non-MIME Header
       Fields, which are not part of the outermost MIME entity and not
       part of a Message wrapped into a MIME entity of media type
       "message/rfc822", and how such Messages are rendered to the user.

       [I-D.autocrypt-lamps-protected-headers]

       This draft provides some examples for testing this.

   2.  MIME-conformance, i.e. whether or not this option is (fully)
       MIME-conformant [RFC2045] ff., in particular also Section 5.1. of
       [RFC2046] on "Multipart Media Type).  In the following an excerpt
       of paragraphs that may be relevant in this context:

         The only header fields that have defined meaning for body parts
         are those the names of which begin with "Content-".  All other
         header fields may be ignored in body parts.  Although they
         should generally be retained if at all possible, they may be
         discarded by gateways if necessary.  Such other fields are
         permitted to appear in body parts but must not be depended on.
         "X-" fields may be created for experimental or private
         purposes, with the recognition that the information they
         contain may be lost at some gateways.

         NOTE:  The distinction between an RFC 822 Message and a body
         part is subtle, but important.  A gateway between Internet and
         X.400 mail, for example, must be able to tell the difference
         between a body part that contains an image and a body part
         that contains an encapsulated Message, the body of which is a
         JPEG image.  In order to represent the latter, the body part
         must have "Content-Type: message/rfc822", and its body (after
         the blank line) must be the encapsulated Message, with its own
         "Content-Type: image/jpeg" header field.  The use of similar
         syntax facilitates the conversion of Messages to body parts,
         and vice versa, but the distinction between the two must be
         understood by implementors.  (For the special case in which
         parts actually are Messages, a "digest" subtype is also
         defined.)

   The MIME structure of an Email Message looks as follows:

     <Outer Message Header Section (unprotected)>

     <Outer Message Body (protected)>

       <Inner Message Header Section>

       <Inner Message Body>

   The following example demonstrates how an Original Message might be
   protected, i.e., the Original Message is contained as Inner Message
   in the Protected Body of an Outer Message.  It illustrates the first
   Body part (of the Outer Message) as a "multipart/signed"
   (application/pkcs7-signature) media type:

   Lines are prepended as follows:

   *  "O: " Outer Message Header Section

   *  "I: " Message Header Section
     O: Date: Mon, 25 Sep 2017 17:31:42 +0100 (GMT Daylight Time)
     O: Message-ID: <e4a483cb-1dfb-481d-903b-298c92c21f5e@m.example.net>
     O: Subject: Meeting at my place
     O: From: "Alexey Melnikov" <alexey.melnikov@example.net>
     O: MIME-Version: 1.0
     O: Content-Type: multipart/signed; charset=us-ascii; micalg=sha1;
     O:  protocol="application/pkcs7-signature";
     O:  boundary=boundary-AM

        This is a multipart message in MIME format.
        --boundary-AM
     I: Date: Mon, 25 Sep 2017 17:31:42 +0100 (GMT Daylight Time)
     I: From: "Alexey Melnikov" <alexey.melnikov@example.net>
     I: Message-ID: <e4a483cb-1dfb-481d-903b-298c92c21f5e@m.example.net>
     I: MIME-Version: 1.0
     I: MMHS-Primary-Precedence: 3
     I: Subject: Meeting at my place
     I: To: somebody@example.net
     I: X-Mailer: Isode Harrier Web Server
     I: Content-Type: text/plain; charset=us-ascii

        This is an important message that I don't want to be modified.

        --boundary-AM
        Content-Transfer-Encoding: base64
        Content-Type: application/pkcs7-signature

        [[base-64 encoded signature]]

        --boundary-AM--

   The Outer Message Header Section is unprotected, while the remainder
   (Outer Message Body) is protected.  The Outer Message Body consists
   of the Inner Message (Header Section and Body).

   The Inner Message Header Section is the same as (or a subset of) the
   Original Message Header Section.

   The Inner Message Body is the same as the Original Message Body.

   The Original Message itself may contain any MIME structure.

D.1.2.  Sending Side

   To ease explanation, the following describes the case where an
   Original (message/rfc822) Message to be protected is present.  If
   this is not the case, Original Message means the (virtual) Message
   that would be constructed for sending it as unprotected email.

D.1.2.1.  Inner Message Header Fields

   It is RECOMMENDED that the Inner Message contains all Header Fields
   of the Original Message with the exception of the following Header
   Field, which MUST NOT be included within the Inner Message nor within
   any other protected part of the Message:

   *  Bcc

   [[ TODO: Bcc handling needs to be further specified (see also
   Appendix C.1).  Certain MUAs cannot properly decrypt Messages with
   Bcc recipients. ]]

D.1.2.2.  Wrapper

   The wrapper is a simple MIME Header Section followed by an empty line
   preceding the Inner Message (inside the Outer Message Body).  The
   media type of the wrapper MUST be "message/RFC822" and MUST contain
   the Content-Type header field parameter "forwarded=no" as defined in
   [I-D.melnikov-iana-reg-forwarded].  The wrapper unambiguously
   delimits the Inner Message from the rest of the Message.

D.1.2.3.  Cryptographic Layers / Envelope

   [[ TODO: Basically refer to S/MIME standards ]]

D.1.2.4.  Sending Side Message Processing

   For a protected Message the following steps are applied before a
   Message is handed over to the Submission Entity:

D.1.2.4.1.  Step 1: Decide on Protection Level and Information
            Disclosure

   The implementation which applies protection to a Message must decide:

   *  Which Protection Level (signature and/or encryption) shall be
      applied to the Message?  This depends on user request and/or local
      policy as well as availability of cryptographic keys.

   *  Which Header Fields of the Original Message shall be part of the
      Outer Message Header Section?  This typically depends on local
      policy.  By default, the Essential Header Fields are part of the
      Outer Message Header Section; cf. Appendix D.1.2.5.

   *  Which of these Header Fields are to be obfuscated?  This depends
      on local policy and/or specific Privacy requirements of the user.
      By default only the Subject Header Field is obfuscated; cf.
      Appendix D.1.2.5.

D.1.2.4.2.  Step 2: Compose the Outer Message Header Section

   Depending on the decision in Appendix D.1.2.4.1, the implementation
   shall compose the Outer Message Header Section.  (Note that this also
   includes the necessary MIME Header Section part for the following
   protection layer.)

   Outer Header Fields that are not obfuscated should contain the same
   values as in the Original Message (except for MIME Header
   Section part, which depends on the Protection Level selected in
   Appendix D.1.2.4.1).

D.1.2.4.3.  Step 3: Apply Protection to the Original Message

   Depending on the Protection Level selected in Appendix D.1.2.4.1, the
   implementation applies signature and/or encryption to the Original
   Message, including the wrapper (as per [RFC8551]), and sets the
   resulting package as the Outer Message Body.

   The resulting (Outer) Message is then typically handed over to the
   Submission Entity.

   [[ TODO: Example ]]

D.1.2.5.  Outer Message Header Fields

D.1.2.5.1.  Encrypted Messages

   To maximize Privacy, it is strongly RECOMMENDED to follow the
   principle of Data Minimization (cf.  Section 2.1).

   However, the Outer Message Header Section SHOULD contain the
   Essential Header Fields and, in addition, MUST contain the Header
   Fields of the MIME Header Section part to describe Cryptographic
   Layer of the protected MIME subtree as per [RFC8551].

   The following Header Fields are defined as the Essential Header
   Fields:

   *  From

   *  To (if present in the Original Message)
   *  Cc (if present in the Original Message)

   *  Bcc (if present in the Original Message, see also Appendix C.1)

   *  Date

   *  Message-ID

   *  Subject

   Further processing by the Submission Entity normally depends on part
   of these Header Fields, e.g.  From and Date HFs are required by
   [RFC5322].  Furthermore, not including certain Header Fields may
   trigger spam detection to flag the Message, and/or lead to user
   experience (UX) issues.

   For further Data Minimization, the value of the Subject Header Field
   SHOULD be obfuscated as follows:

   * Subject: [...]

   and it is RECOMMENDED to replace the Message-ID by a new randomly
   generated Message-ID.

   In addition, the value of other Essential Header Fields MAY be
   obfuscated.

   Non-Essential Header Fields SHOULD be omitted from the Outer Message
   Header Section where possible.  If Non-essential Header Fields are
   included in the Outer Message Header Section, those MAY be obfuscated
   too.

   Header Fields that are not obfuscated should contain the same values
   as in the Original Message.

   If an implementation obfuscates the From, To, and/or Cc Header
   Fields, it may need to provide access to the clear text content of
   these Header Fields to the Submission Entity for processing purposes.
   This is particularly relevant, if proprietary Submission Entities are
   used.  Obfuscation of Header Fields may adversely impact spam
   filtering.

   (A use case for obfuscation of all Outer Message Header Fields is
   routing email through the use of onion routing or mix networks, e.g.
   [pEp.mixnet].)
   The MIME Header Section part is the collection of MIME Header Fields
   describing the following MIME structure as defined in [RFC2045].  A
   MIME Header Section part typically includes the following Header
   Fields:

   *  Content-Type

   *  Content-Transfer-Encoding

   *  Content-Disposition

   The following example shows the MIME Header Section part of an S/MIME
   signed Message (using application/pkcs7-mime with SignedData):

      MIME-Version: 1.0
      Content-Type: application/pkcs7-mime; smime-type=signed-data;
         name=smime.p7m
      Content-Transfer-Encoding: base64
      Content-Disposition: attachment; filename=smime.p7m

   Depending on the scenario, further Header Fields MAY be exposed in
   the Outer Message Header Section, which is NOT RECOMMENDED unless
   justified.  Such Header Fields may include e.g.:

   *  References

   *  Reply-To

   *  In-Reply-To

D.1.2.5.2.  Unencrypted Messages

   The Outer Message Header Section of unencrypted Messages SHOULD
   contain at least the Essential Header Fields and, in addition, MUST
   contain the Header Fields of the MIME Header Section part to describe
   Cryptographic Layer of the protected MIME subtree as per [RFC8551].
   It may contain further Header Fields, in particular those also
   present in the Inner Message Header Section.

Appendix E.  Examples

   This section offers example cryptographic payloads (the content
   within the cryptographic envelope) that contain Legacy Display
   elements.

E.1.  Example text/plain Cryptographic Payload with Legacy Display
      Elements

   Here is a simple one-part Cryptographic Payload (headers and body) of
   a message that includes Legacy Display elements:

   Date: Fri, 21 Jan 2022 20:40:48 -0500
   From: Alice <alice@example.net>
   To: Bob <bob@example.net>
   Subject: Dinner plans
   Message-ID: <text-plain-legacy-display@lhp.example>
   MIME-Version: 1.0
   Content-Type: text/plain; charset="us-ascii"; hp-legacy-display="1";
    protected-headers="v1"

   Subject: Dinner plans

   Let's meet at Rama's Roti Shop at 8pm and go to the park
   from there.

   A compatible MUA will recognize the hp-legacy-display="1" parameter
   and render the body of the message as:

   Let's meet at Rama's Roti Shop at 8pm and go to the park
   from there.

   A legacy decryption-capable MUA that is unaware of this mechanism
   will ignore the hp-legacy-display="1" parameter and instead render
   the body including the Legacy Display elements:

   Subject: Dinner plans

   Let's meet at Rama's Roti Shop at 8pm and go to the park
   from there.

E.2.  Example text/html Cryptographic Payload with Legacy Display
      Elements

   Here is a modern one-part Cryptographic Payload (headers and body) of
   a message that includes Legacy Display elements:

   Date: Fri, 21 Jan 2022 20:40:48 -0500
   From: Alice <alice@example.net>
   To: Bob <bob@example.net>
   Subject: Dinner plans
   Message-ID: <text-html-legacy-display@lhp.example>
   MIME-Version: 1.0
   Content-Type: text/html; charset="us-ascii"; hp-legacy-display="1";
    protected-headers="v1"

   <html><head><title></title></head><body>
   <div class="header-protection-legacy-display">
   <pre>Subject: Dinner plans</pre>
   </div>
   <p>
   Let's meet at Rama's Roti Shop at 8pm and go to the park
   from there.
   </p>
   </body>
   </html>

   A compatible MUA will recognize the hp-legacy-display="1" parameter
   and mask out the Legacy Display div, rendering the body of the
   message as a simple paragraph:

   Let's meet at Rama's Roti Shop at 8pm and go to the park
   from there.

   A legacy decryption-capable MUA that is unaware of this mechanism
   will ignore the hp-legacy-display="1" parameter and instead render
   the body including the Legacy Display elements:

   Subject: Dinner plans

   Let's meet at Rama's Roti Shop at 8pm and go to the park
   from there.

Appendix F.  Document Considerations

   [[ RFC Editor: This section is to be removed before publication ]]

   This draft is built from markdown source, and its development is
   tracked in a git repository (https://gitlab.com/dkg/lamps-header-
   protection).

   While minor editorial suggestions and nit-picks can be made as merge
   requests (https://gitlab.com/dkg/lamps-header-protection), please
   direct all substantive discussion to the LAMPS mailing list
   (https://www.ietf.org/mailman/listinfo/spasm) at "spasm@ietf.org". spasm@ietf.org.

Appendix F. G.  Document Changelog

   [[ RFC Editor: This section is to be removed before publication ]]

   *  draft-ietf-lamps-header-protection-06

      -  document observed problems with legacy MUAs

      -  avoid duplicated outer Message-IDs in hcp_strong test vectors

   *  draft-ietf-lamps-header-protection-05

      -  fix multipart/signed wrapped test vectors

   *  draft-ietf-lamps-header-protection-04

      -  add test vectors

      -  add "problems with Injected Messages" subsection

   *  draft-ietf-lamps-header-protection-03

      -  dkg takes over from Bernie as primary author

      -  Add Usability section

      -  describe two distinct formats "Wrapped Message" and "Injected
         Headers"

      -  Introduce Header Confidentiality Policy model

      -  Overhaul message composition guidance

      -  Simplify document creation workflow, move public face to gitlab

   *  draft-ietf-lamps-header-protection-02

      -  editorial changes / improve language

   *  draft-ietf-lamps-header-protection-01

      -  Add DKG as co-author

      -  Partial Rewrite of Abstract and Introduction [HB/AM/DKG]

      -  Adding definiations for Cryptographic Layer, Cryptographic
         Payload, and Cryptographic Envelope (reference to
         [I-D.dkg-lamps-e2e-mail-guidance])
         [I-D.ietf-lamps-e2e-mail-guidance]) [DKG]

      -  Enhanced MITM Definition to include Machine- / Meddler-in-the-
         middle [HB]

      -  Relaxed definition of Original message, which may not be of
         type "message/rfc822" [HB]

      -  Move "memory hole" option to the Appendix (on request by Chair
         to only maintain one option in the specification) [HB]

      -  Updated Scope of Protection Levels according to WG discussion
         during IETF-108 [HB]

      -  Obfuscation recommendation only for Subject and Message-Id and
         distinguish between Encrypted and Unencrypted Messages [HB]

      -  Removed (commented out) Header Field Flow Figure (it appeared
         to be confusing as is was) [HB]

   *  draft-ietf-lamps-header-protection-00

      -  Initial version (text partially taken over from
         [I-D.ietf-lamps-header-protection-requirements]

Appendix G. H.  Open Issues

   [[ RFC Editor: This section should be empty and is to be removed
   before publication. ]]

   *  Ensure "protected header" (Ex-Memory-Hole) option is (fully)
      compliant with the MIME standard, in particular also [RFC2046],
      Section 5.1.  (Multipart Media Type) Appendix D.1.1.1.

   *  Test Vectors!  We can point to the relevant test vector in the
      main text by reference.  We should also include in the test
      vectors an encrypted message that references another message, so
      we can observe the effect of the HCP on threading.

   *  Should Outer Message Header Section (as received) be preserved for
      the user?  (Section 4.1.4.5)

   *  Decide on whether or not merge requirements from
      [I-D.ietf-lamps-header-protection-requirements] into this
      document.

   *  Decide what parts of [I-D.autocrypt-lamps-protected-headers] to
      merge into this
      document.

   *  Enhance Introduction Section 1 and Problem Statement (Section 2).

   *  Decide on whether or not specification for more legacy HP
      requirements should be added to this document (Section 3.1.2).

   *  Verify simple backward compatibility case (Receiving Side MIME-
      Conformant) is working; once solution is stable and update
      paragraphs in Section 4.1, Section 3.1.2.1 and Section 4.2.1
      accordingly.

   *  Verify ability to distinguish between Messages with Header
      Protection as specified in this document and legacy clients and
      update Section 3.1 accordingly.

   *  Improve definitions of Protection Levels and enhance list of
      Protection Levels (Section 3.2, Section 4).

   *  Privacy Considerations Section 7

   *  Security Considerations Section 6

Authors' Addresses

   Daniel Kahn Gillmor
   American Civil Liberties Union
   125 Broad St.
   New York, NY,  10004
   United States of America

   Email: dkg@fifthhorseman.net

   Bernie Hoeneisen
   pEp Foundation
   Oberer Graben 4
   CH- CH-8400 Winterthur
   Switzerland

   Email: bernie.hoeneisen@pep.foundation
   URI:   https://pep.foundation/

   Alexey Melnikov
   Isode Ltd
   14 Castle Mews
   Hampton, Middlesex
   TW12 2NP
   United Kingdom

   Email: alexey.melnikov@isode.com