Copyright © 2013-2017 FIDO Alliance All Rights Reserved.
This documents defines the security requirements for FIDO Authenticators.
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THIS FIDO ALLIANCE REQUIREMENTS DOCUMENT IS PROVIDED “AS IS” AND WITHOUT ANY WARRANTY OF ANY KIND, INCLUDING, WITHOUT LIMITATION, ANY EXPRESS OR IMPLIED WARRANTY OF NON-INFRINGEMENT, MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.
L1 | L2 | L3 | L4 | L5 | |
---|---|---|---|---|---|
Security Requirements version (RV) | RV 1.1.0 | RV 1.1.0 | - | RV 1.0.0 | RV 1.0.0 |
Vendor Questionnaire version (QV) | QV 1.1.0 | QV 1.1.0 | - | QV 1.0.0 | QV 1.0.0 |
Test Procedures version (PV) | PV 1.1.0 | PV 1.1.0 | - | PV 1.0.0 | PV 1.0.0 |
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].
In summary:This section is non-normative.
This document is a combination of FIDO Alliance Security Requirements, Test Procedures, and Vendor Questionnaires. Each Requirement has the following elements:No. | Requirement | Security Measures | |
---|---|---|---|
[Requirement Number] | [Specification]; [Testing Style]; [Level] | ||
Requirement text.
Note Note text. Relation to Partner Program [Level] [Partner Program]: Relation to Partner Program text. Calibration Calibration text. [Level] Vendor Questionnaire
Vendor Questionnaire text.
[Level] Test Procedure
{Test Assurance Mode} Test Procedure text.
|
[Security Measures] |
All requirements apply to all Security Levels unless otherwise noted. Requirements marked with L3+, L4+, or L5+ are intended to be requirements that apply only to higher level Authenticators, not FIDO Authenticators certified to Level 1 or Level 2. They are present only for the reader’s reference.
Phrases starting with 'At L<n> ...' refine the requirement(s) stated above that apply in the scope of an L<n> certification.
Partner Programs are the independent FIDO Certification Programs with which FIDO relies on to offer joint FIDO Certification Programs to reduce the certification burden on Vendors. In this version, Partner Programs are relevant to certification levels 4 and 5. All vendors targetting L4 or L5 certification MUST provide a mapping to Partner Program requirements. This MUST be based on the following table [FIDO-SR-Mapping-Table] provided by FIDO.
This table is provided only as a guidance document for both vendors and labs to simplify evidence writing and evaluation tasks. Therefore, it is not intended to add or replace any of FIDO security requirements. This version of the table translates FIDO security requirements into Common Criteria (CC) Security Functional Requirements (SFR) and Security Assurance Requirements (SAR) and map these to the Java Card Open Configuration Protection Profile (PP) [JCPP], Security IC Platform PP [PP0084], FIPS 140-2 CM Validation [FIPS140-2] and FIDO U2F Authenticator PP [U2FPP]. Moreover, future work will cover additional Partner Programs endorsed by the security industry such as EMVCo and DSC PP and more.
This version of the FIDO Security Requirements only accepts CC Partner Programs. Vendors having a FIPS 140-2 Cryptographic Module Validation could refer to this mapping table for re-using their evidence documentation as inputs for CC Partner Program evaluation when applicable.
This section is non-normative.
DISCLAMER: The following examples are hypothetical realizations
with various assumptions and the attack scenario is limited to physical
probing of manipulative attacks.
Note that there might be other ways to attack the realization more easy
(e.g. observing/side-channel-attack or semi-invasive/fault-injection-attack).
Therefore a systematic evaluation of the real realization is needed in order to determine the real and correct rating.
Example Cases | Rating-Result in Points | Rating-Result according CC V3 | FIDO Level |
---|---|---|---|
Case 1: Basic CPU connected to RAM via simple PCB | 8 | No Rating | FIDO LEVEL 1-3 |
Case 2: Basic CPU connected to RAM via multilayer PCB with potting | 11 | No Rating | FIDO LEVEL 1-3 |
Case 3: CPU and RAM on the same die with absolutely no counter measures, internal integrity checks | 24 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 4: TrustZone or SGX or hypervisor with RAM encryption & integrity check connected to RAM via simple PCB | 23 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 5: Basic CPU connected to RAM via simple PCB self-destruct enclosure (not sure this is possible, but is fun to think about…) | 21 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 6: CPU with RAM encryption & integrity check connected to RAM via simple PCB | 23 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 7: Non-certified secure element | 24 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 8: CPU and RAM in a stacked die package | 24 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 9: CPU with PoP (package on package) connection to RAM | 22 | Enhanced-Basic = up to AVA_VAN.3 | FIDO LEVEL 4 |
Case 10: Standard TPM (CC EAL4+ moderate certified) | 27 | Moderate = up to AVA_VAN.4 | FIDO LEVEL 5 |
Case 11: CC certified secure element | 33 | High = up to AVA_VAN.5 | FIDO LEVEL 5 |
Reference for Rating in Points see [AttackPotentialSmartcards].
With RAM we mean memory in general (including FLASH, EEPROM,…) in case information is stored there.
Some requirements are prefaced by “(UAF)” or “(U2F)”. These are applicability statements indicating that the requirement applies only to the UAF or U2F protocol families.
For requirements that relate to normative requirements of the UAF or U2F specifications, a reference is included citing the relevant section of the specifications. These references are included in square brackets, for example “[U2FRawMsgs], [Section 5.1]” refers to the U2F Authenticator specification, section 5.1.
All of the requirements end with a reference to the security measures that are supported by the requirement in question. These references are included within parentheses, for example “(SM-2)”. The security measure references are described in the the FIDO Security Reference document [FIDOSecRef].
Each requirement is also tagged with the testing style.
The following testing styles are included in this document:
This section is normative.
The FIDO Authenticator (Authenticator, for short) is a set of hardware and software that implements the Authenticator portion of the FIDO UAF or FIDO U2F protocols. For the purpose of this requirements, the Authenticator is the set of hardware and software within the Authenticator boundary, as defined in the response to requirement 1.1.
We use the term Authenticator Application to refer to the entity that (a) is provided by the Authenticator vendor and (b) combines with the underlying operating environment (hardware and firmware) in a way that results in a FIDO Authenticator. This operating environment might be clearly separated from a high-level operating system (HLOS). In this case we call it "Restricted Operating Environment" (ROE). If such separation meets the requirements defined in [FIDORestrictedOperatingEnv], we call it Allowed Restricted Operating Environment (AROE).
At L1, the Restricted Operating Environment as used in the figure above might be identical with the HLOS plus underlying HW and doesn't need to be an Allowed Restricted Operating Environment (AROE).
At L2 and above the Restricted Operating Environment MUST be an Allowed Restricted Operating Environment according to [FIDORestrictedOperatingEnv], e.g. a Trusted Execution Environment or a Secure Element.
In these requirements, the term “FIDO Relevant” means “used to fulfill or support FIDO Security Goals or FIDO Authenticator Security Requirements”.
For the certification levels L1 and L2 the Authenticator doesn't need to restrict the private authentication key (Uauth.priv) to signing valid FIDO messages only (see requirement 2.1.15 being labeled L3+). As a consequence, the generation of the to-be-signed object could be performed outside of the Authenticator.
No. | Requirement | Security Measures | |
---|---|---|---|
1.1 | UAF + U2F; DaD; L1+ | ||
The vendor SHALL document an explicit Authenticator boundary. The Authenticator’s
boundary SHALL include any hardware that performs or software that implements
functionality used to fulfill FIDO Authenticator Security Requirements,
or FIDO Relevant user verification, key generation, secure transaction
confirmation display, or signature generation. If the Authenticator includes
a software component, the boundary SHALL contain the processor that executes this software.
If Transaction Confirmation Display is supported and the Metadata Statement related to this Authenticator claims Transaction Confirmation Display support with
tcDisplay including the flag TRANSACTION_CONFIRMATION_DISPLAY_PRIVILEGED_SOFTWARE (0x0002), then the Transaction Confirmation Display MAY be implemented outside of an AROE - even when the Authenticator aims for a certification at L2+.
However, in such case the vendor SHALL document where and how Transaction Confirmation Display is implemented. The Authenticator boundary as defined by FIDO is comprised of the hardware and software where the Authenticator runs. The Authenticator Application by definition, is always inside the authenticator boundary. The vendor MUST describe the operational environment for the Authenticator Application, including any specific hardware or operating system requirements to completely define this boundary. The Authenticator always comprises hardware and software and the vendor SHALL describe the boundary. An Authenticator typically belongs to one of the 4 categories:
For Authenticators falling under #1-3 above, the Authenticator is qualified for L1 Authenticator Certification only, and SHOULD refer to the L1 portions of this Requirements document. For Authenticators meeting #4, the Authenticator is qualified for L1 or above. It is up to the vendor to review the requirements in this document to determine the Level of Authenticator Certification they wish to complete. Note The documentation provided by the vendor SHOULD cover software attack protection and, if required, hardware attack protection. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, the Authenticator vendor SHALL declare and describe to which of the above mentioned categories the
Authenticator Application belongs.
At L1, the vendor SHALL also describe what portions of functionality the Authenticator uses from any underlying operating environment that belongs to the Authenticator but that is not included in the Authenticator Application. L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-9, SM-26) | ||
1.2 | UAF + U2F; DaD; L1+ | ||
The vendor SHALL document all FIDO Relevant security and cryptographic
functions implemented within the Authenticator, both those on the
“Allowed Cryptography List” [FIDOAllowedCrypto] and those not on this list.
Note Some algorithms may only be allowed for certain Security Certification Levels. For example, not all cryptographic algorithms that are acceptable for L1 may be acceptable for L3. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, the vendor SHALL mark the FIDO Relevant security and cryptographic functions implemented in the Authenticator but implemented outside the Authenticator Application (i.e. in the underlying OS or HW). L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-9, SM-16, SM-26) | ||
1.3 | UAF + U2F; DaD; L1+ | ||
The vendor SHALL document where Authenticator User Private Keys (Uauth.priv)
are stored, the structure of all KeyIDs and Key Handles used by the Authenticator,
and explain how these private keys are related to the KeyIDs and Key Handles used by the Authenticator.
Relation to Partner Program L4 Common Criteria: Development documentation MUST be provided This requirement is addressed by Class ADV (see [CC3V3-1R5]). L5 Common Criteria: Development documentation MUST be provided This requirement is addressed by Class ADV (see [CC3V3-1R5]). Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, the private keys, KeyIDs etc. that are generated outside the Authenticator Application SHALL be documented, but their internal structure does not need to be explained in detail. L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-6, SM-26) | ||
1.4 | UAF; DaD; L1+ | ||
The vendor SHALL document an Authenticator as a first-factor Authenticator
or a second-factor Authenticator. [UAFAuthnrCommands], [Section 6.3.4] and [FIDOGlossary]
entries "Authenticator, 1stF / First Factor" and "Authenticator, 2ndF / Second Factor".
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-26) | ||
1.5 | UAF; TVFR; L1+ | ||
If the Authenticator is a second-factor Authenticator, then the Authenticator
SHALL not store user names inside a Raw Key Handle [UAFAuthnrCommands], [Section 5.1].
A cryptographically wrapped Raw Key Handle is called Key Handle.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, Provide the Security Secretariat with a description of how the requirement above is met.
L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-23) | ||
1.6 | UAF; TVFR; L1+ | ||
Supporting Transaction Confirmation is OPTIONAL for Authenticators.
If the Authenticator supports Transaction Confirmation Display, then it SHALL hash the Transaction Content using an Allowed Hashing Cryptographic Function. [UAFAuthnrCommands], [Section 6.3.4] Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-16) | ||
1.7 | UAF; TVFR; L1+ | ||
If the Authenticator uses the KHAccessToken method of binding keys to apps,
then when responding to a “Register”, “Sign”, or “Deregister” command which
includes the AppID, the Authenticator SHALL use an Allowed Hashing or Data
Authentication Cryptographic Function to mix the ASM-provided KHAccessToken and AppID.
If the Authenticator uses an alternative method of binding keys to apps, the vendor SHALL describe why this method provides equivalent security. Equivalent security means, (1) it prevents other apps (not originating from the same RP) from using the key and (2) in the case of bound Authenticators, it prevents other FIDO Clients of triggering the use of that key, and (3) it relies on the underlying HLOS platform to work as expected. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-16) | ||
1.8 | UAF; TVFR; L1+ | ||
If the Authenticator uses the KHAccessToken method of binding keys to apps,
then the Authenticator SHALL not process a “Deregister” command prior to
validating the KHAccessToken. [UAFAuthnrCommands], [Section 6.4.4]
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-13) | ||
1.9 | UAF; TVFR; L1+ | ||
Supporting Transaction Confirmation is OPTIONAL for Authenticators.
If the Authenticator supports Transaction Confirmation Display, then it SHALL display the transaction content supplied in the “Sign” command. [UAFAuthnrCommands], [Section 6.3.4] and [FIDOGlossary].
If the Metadata Statement related to this Authenticator claims Transaction Confirmation Display support with
If Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, describe how this requirement can be verified through documentation review. Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-10) | ||
1.10 | UAF + U2F; GaVR-3; L1+ | ||
Authenticators SHALL validate all data input to the Authenticator to defend
against buffer overruns, stack overflows, integer under/overflow or other such
invalid input-based attack vectors.
Relation to Partner Program Calibration L1: At L1, the Authenticator Application needs to verify only the inputs to the Authenticator Application before they are processed further by the underlying operating environment. L2: At L2, this requirement SHOULD be met for all inputs to the AROE itself and for apps running in the AROE that can affect the security of the authenticator. Note For example, if the AROE has a kernel and user mode apps, one of which implements the authenticator, then this requirement applies to the kernel and at least to the user mode app implementing the authenticator. L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale that the Authenticator validates all data input to the Authenticator.
Provide a documentation review procedure to confirm that the Authenticator’s design is consistent with
the provided rationale. Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement
The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement
The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-28) | ||
1.11 | UAF; DaD; L3+ | ||
If the Authenticator has a Transaction Confirmation Display,
the AppID SHALL be displayed to the user when a “Register”, “Sign”, or “Deregister” command is received.
Displaying the AppID SHALL meet the same security characteristics that apply to the Transaction Confirmation Display (see requirement 1.9). Relation to Partner Program Calibration No calibration required. L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-10) |
No. | Requirement | Security Measures | |
---|---|---|---|
2.1.1 | UAF + U2F; DaD; L1+ | ||
The vendor SHALL document all Authenticator Security Parameters (ASPs).
Data parameters used by or stored within the Authenticator which are FIDO Relevant are called
Authenticator Security Parameter.
These SHALL, at minimum, include all FIDO user verification reference data,
FIDO biometric data, Key Handle Access Tokens, User Verification Tokens,
signature or registration operation counters, FIDO Relevant cryptographic
keys, and FIDO relevant Allowed Random Number Generator state
data. Biometric data is defined as raw captures off the sensor, stored
templates, candidate match templates, and any intermediate forms of biometric data.
Biometric data not used with FIDO is excluded.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-2, SM-6, SM-13, SM-15, SM-16, SM-26) | ||
2.1.2 | UAF + U2F; DaD; L1+ | ||
For each Authenticator Security Parameter, the vendor SHALL document the protections
that are implemented for this parameter in order to support the FIDO Authenticator
Security Goals or FIDO Authenticator Security Requirements, the location where this
parameter is stored, how the parameter is protected in each storage location, how
and when the parameter is input or output from the Authenticator, in what form the
parameter is input or output, and when (if ever) the parameter is destroyed. Those
Authenticator Security Parameters whose confidentiality MUST be protected in order
to support the FIDO Security Goals or FIDO Authenticator Security Requirements
SHALL be documented as “Secret Authenticator Security Parameters”; these SHALL, at
minimum, include any of the following that are FIDO Relevant: secret and
private keys, Allowed Random Number Generators’ state data,
FIDO user verification reference data, and FIDO biometric data.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, the vendor SHALL describe the reliance of the Authenticator Application on the underlying operating environmentfor those Authenticator Security Parameters which are not fully maintained in the Authenticator Application. L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-2, SM-6, SM-13, SM-15, SM-16, SM-26) | ||
2.1.3 | UAF + U2F; DaD; L1+ | ||
For each Authenticator Security Parameter that is a cryptographic key that is
generated, used, or stored within the Authenticator, the vendor SHALL document
how this key is generated, whether the key is unique to a particular Authenticator
or shared between multiple Authenticators, and the key’s claimed cryptographic
strength. This claimed cryptographic strength SHALL not be larger than the maximal
allowed claimed cryptographic strength for the underlying algorithm, as specified
in the “Allowed Cryptography List” [FIDOAllowedCrypto]. If the key is used with an algorithm not listed
on the “Allowed Cryptography List” [FIDOAllowedCrypto], then the claimed cryptographic strength for
this key SHALL be zero.
Note This requirement interacts with requirement 5.4 as the cryptographic strength of a key might get degraded - depending on potential side channel attacks - slightly each time the key is used. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, the vendor SHALL describe the reliance of the Authenticator Application on the underlying operating environmentfor those Authenticator Security Parameters (where stored, how protected, ...) which are not fully maintained in the Authenticator Application. If a cryptographic key is generated using an RNG with an unknown cryptographic strength, the cryptographic strength of that key is unknown. L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-2, SM-6, SM-13, SM-16, SM-26) | ||
2.1.4 | UAF + U2F; DaD; L1+ | ||
The vendor SHALL document the Authenticator’s Overall Claimed Cryptographic Strength;
the Overall Authenticator Claimed Cryptographic Strength SHALL be less than or equal
to the claimed cryptographic strength of all the Authenticator Security Parameters
that are cryptographic keys.
Relation to Partner Program Calibration L1: At L1, if the security strength for the RNG is not known, an unknown Overall Claimed Cryptographic Strength SHALL be assumed - which is allowed at L1. L2: At L2, the Authenticator’s Overall Claimed Cryptographic Strength SHALL at least be greater than or equal to 100 bits and it SHOULD be greater than or equal to 112 bits. L4: At L4, the Authenticator’s Overall Claimed Cryptographic Strength SHALL at least be greater than or equal to 100 bits and it SHOULD be greater than or equal to 112 bits. L5: At L5, the Authenticator’s Overall Claimed Cryptographic Strength SHALL at least be greater than or equal to 100 bits and it SHOULD be greater than or equal to 112 bits. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
L5 Test Procedure
The Tester SHALL verify the provided rationale and documentation meets the requirement.
|
(SM-1, SM-16, SM-26) | ||
2.1.5 | UAF + U2F; GaVR-3; L1+ | ||
All Authenticator Security Parameters within the Authenticator SHALL be
protected against modification and substitution.
Relation to Partner Program Calibration L1: At L1, the Authenticator Application SHALL follow best security practices specific to the underlying operating environment for protecting the Authenticator Security Parameters against being modified or substituted by (1) the user and (2) other applications. Due to the nature of L1 it is acceptable for the Authenticator Application to rely on the underlying operating environment for protecting the Authenticator Security Parameters against other applications running in the same operating environment.
L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE.
L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale that all Authenticator Security Parameters within the Authenticator are
protected against modification and substitution.
Provide a documentation review procedure to confirm that the Authenticator’s design is consistent
with the provided rationale. Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement
The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement
The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-1, SM-6, SM-13, SM-15, SM-16) | ||
2.1.6 | UAF + U2F; GaVR-3; L1+ | ||
All Secret Authenticator Security Parameters within the Authenticator SHALL be
protected against unauthorized disclosure.
Relation to Partner Program Calibration L1: At L1, the Authenticator Application SHALL follow best security practices specific to the underlying operating environment for protecting the Authenticator Security Parameters against being modified or substituted by (1) the user and (2) other applications. At L1, the Authenticator Application (either by implementing appropriate protection mechanisms directly in the Authenticator Application or by leveraging the underlying operating environment for implementing those) SHALL protect the Secret Authenticator Security Parameters from being disclosed to other application running in the same operating environment. If the Authenticator Application cannot leverage mechanisms of the underlying operating environment for that, it SHALL at least store such parameters in encrypted form such that the decryption key is not available to the other applications running in the same operating environment. For example, by using a user provided secret to be entered or a key derived from some biometric at startup of the Authenticator Application using a best practice key derivation function (for converting a low entropy password into a cryptographic key, e.g. according to [SP800-132]). L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE. L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale that all Secret Authenticator Security Parameters within the
Authenticator are protected against unauthorized disclosure.
Provide a documentation review procedure to confirm that the Authenticator’s design is consistent
with the provided rationale. Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement
The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement
The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-1, SM-13, SM-16) | ||
2.1.7 | UAF + U2F; TVFR; L1+ | ||
The Authenticator SHALL use an Allowed Data Authentication, Signature, or
Key Protection Cryptographic Function to protect any externally-stored
Authenticator Security Parameters against modification or the replay of
stale (but possibly previously authenticated) data.
Note In this requirement, externally-stored refers to parameters stored outside of the Authenticator boundary. For example, cloud storage services. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-6, SM-13, SM-15, SM-16, SM-25) | ||
2.1.8 | UAF + U2F; TVFR; L1+ | ||
The Authenticator SHALL protect any externally-stored Secret Authenticator Security
Parameters using an Allowed Key Protection Cryptographic Function.
[UAFAuthnrCommands], [Sections 5.1, 6.3.4] for RawKeyHandles.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-6, SM-13, SM-15, SM-16, SM-25) | ||
2.1.9 | UAF + U2F; TVFR; L1+ | ||
Any key used with an Allowed Key Protection Cryptographic Function to protect
an externally-stored secret or private key which is an Authenticator Security
Parameter SHALL have a claimed cryptographic strength greater than or equal to
the claimed cryptographic strength of the key being wrapped.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, externally-stored means stored outside the Authenticator boundary. In the case of L1 this Authenticator boundary includes the underlying operating environment. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-6, SM-16, SM-25) | ||
2.1.10 | UAF + U2F; TVFR; L1+ | ||
Authenticators might offload the persistent storage of key material to components
outside the Authenticator boundary if they cryptographically wrap it appropriately.
Such structure containing cryptographically wrapped key material or
information related to keys is called Key Handle containing a key.
If the Authenticator uses such Key Handle approach, the Authenticator SHALL verify that any Key Handle containing a key provided to the Authenticator was generated by that Authenticator using an Allowed Data Authentication or Signature Cryptographic Function; if not, then no signature using this key SHALL be generated. [U2FRawMsgs], [Section 5.1] and [UAFAuthnrCommands], [Annex A Security Guidelines, entry Wrap.sym]. Relation to Partner Program Calibration L1: At L1, this Authenticator boundary includes the underlying operating environment. L2: No calibration required. L4: No calibration required. L5: No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-2, SM-16, SM-25, SM-27) | ||
2.1.11 | UAF; TVFR; L1+ | ||
If the Authenticator supports the KHAccessToken [UAFAuthnrCommands]
method of binding keys to apps,
then the Authenticator SHALL verify that the supplied KHAccessToken is associated with
the referenced Key Handle prior to using that Key Handle to generate a signature;
if not, then no signature associated with this Key Handle SHALL be generated.
[UAFAuthnrCommands], [Section 6.3.4].
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-13) | ||
2.1.12 | UAF + U2F; TVFR; L1+ | ||
If the Authenticator supports the Key Handle approach, then
the Authenticator SHALL verify that any Key Handle containing a key provided
to the Authenticator is associated with the application parameter (U2F) or AppID (UAF)
by using an Allowed Data
Authentication or Signature Cryptographic Function; if not, then no signature
using this key SHALL be generated.
[U2FRawMsgs], [Section 5.1] and [UAFAuthnrCommands], [Section 6.3.4].
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-2, SM-16, SM-25, SM-27) | ||
2.1.13 | UAF + U2F; GaVR-1; L1+ | ||
The Authenticator SHALL generate an independent
User Authentication Key for each registration [UAFAuthnrCommands], [Section 6.2.4].
Note Any User Authentication Key (Uauth) SHALL only be used for authenticating one user account to one particular Relying Party. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-2, SM-27) | ||
2.1.14 | UAF + U2F; TVFR; L2+ | ||
The Authenticator SHALL support Full Basic attestation (or an attestation method with
equal or better security) or ECDAA attestation.
The Attestation Private Key SHALL only be used to sign well-formed FIDO attestation objects. Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-3) | ||
2.1.15 | UAF + U2F; TVFR; L3+ | ||
All Authenticator User Private Keys (Uauth.priv) SHALL only be usable for generating
well-formed FIDO signature assertions. [U2FImplCons], [Section 2.7]
and [UAFAuthnrCommands], [Section 5.2].
Relation to Partner Program Calibration No calibration required. L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1) | ||
2.1.16 | UAF + U2F; TVFR; L1+ | ||
In the event that an Authenticator Security Parameter is destroyed, all plaintext
instances of that parameter within the Authenticator SHALL be overwritten by data
that is not dependent on the value of the parameter, e.g., overwriting the parameter
with all 0s or some other fixed bit pattern. Authenticator Security Parameters that
are cryptographically protected using an Allowed Confidentiality or Key Protection
Cryptographic Function SHALL either be treated as plaintext (as above), or the
key used to protect these Authenticator Security Parameters SHALL be destroyed.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-24) | ||
2.1.17 | UAF + U2F; TVFR; L2+ | ||
Authenticators might support a function allowing the user resetting the Authenticator to the original (factory) state,
i.e. deleting all user specific information.
This process is called factory reset in this document.
In the event of a factory reset, the Authenticator SHALL destroy all User-specific Secret Authenticator Security Parameters other than any Allowed Random Number Generator’s state. Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-18, SM-19) | ||
2.1.18 | UAF + U2F; TVFR; L1+ | ||
Any time the Authenticator generates an Authenticator Security Parameter which is
a key for use with an algorithm specified in the “Allowed Cryptography List” [FIDOAllowedCrypto],
the Authenticator SHALL generate keys as required by the standard referenced
in the “Allowed Cryptography List” [FIDOAllowedCrypto] for that algorithm.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-16, SM-21) | ||
2.1.19 | UAF + U2F; GaVR-1; L1+ | ||
Any wrapped FIDO biometric data and FIDO user verification reference data that
is output from the Authenticator SHALL only be able to be unwrapped by the
Authenticator that produced this data.
Note Cryptographic Collision would be an exception. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that
the Authenticator’s design is consistent with the provided rationale.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-27) | ||
2.1.20 | UAF + U2F; GaVR-1; L1+ | ||
Any wrapped Authenticator User Private Key (UAuth.priv) that is output from
the Authenticator SHALL only be able to be unwrapped by the Authenticator
that produced this data.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that
the Authenticator’s design is consistent with the provided rationale.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-6, SM-26) |
No. | Requirement | Security Measures | |||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
2.2.1 | UAF + U2F; TVFR; L1+ | ||||||||||||
An Allowed Random Number Generator or Allowed Key Derivation Function SHALL be used for all key generation resulting in
an Authenticator Security Parameter and for any random input
for FIDO Relevant signature generation.
Relation to Partner Program Calibration L1: At L1, the Authenticator Application SHOULD use the OSes RNG if it is an Allowed RNG according to [FIDOAllowedCrypto] and add entropy as described in [FIDOAllowedCrypto], section "Random Number Generator". Otherwise the Authenticator Application SHALL implement its own Allowed RNG using the OSes RNG and potentially other sources for seeding entropy. L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE. L4: No calibration required. L5: No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-16) | ||||||||||||
2.2.2 | UAF + U2F; DaD; L1+ | ||||||||||||
The security strength (see the relevant Allowed Deterministic Random Number Generator specification
document cited in the “Allowed Cryptography List” [FIDOAllowedCrypto]) of any Authenticator’s Allowed Deterministic
Random Number Generator SHALL be at least as large as the largest claimed cryptographic strength
of any key generated or used.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-26) | ||||||||||||
2.2.3 | UAF + U2F; TVFR; L1+ | ||||||||||||
If the Authenticator adds Authenticator generated nonces
and the nonces are produced randomly, then an Allowed Random Number Generator
SHALL be used for nonce generation.
Authenticators with unrestricted keys (i.e. Metadata Statement isKeyRestricted: false) don't exclusively control the to-be-signed message and hence have no need to generate a nonce. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-16) | ||||||||||||
2.2.4 | UAF; TVFR; L3+ | ||||||||||||
The Authenticator generated nonce SHALL be of sufficient length to guarantee that the probability
of collision between produced Authenticator nonces for a particular User Authentication Key
is less than 2^-32 after the maximum number of signatures allowed to be generated using
that key.
If the Authenticator generated nonce value added is 16 bytes or longer, then this requirement can be considered to have been fulfilled without a separate argument. Note This interacts with requirement 5.4, describing the maximum possible number of signatures.
Relation to Partner Program Calibration No calibration required. L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-8, SM-22) | ||||||||||||
2.2.5 | UAF + U2F; L4+ | ||||||||||||
If the Authenticator implements a Deterministic Random Number Generator, then an Allowed Physical True Random Number Generator SHALL always be used for seeding (seed, re-seed, seed update). Note Random Numbers means non-reproducible random numbers. In the instance that reproducible values are desired, using a Key Derivation Function (KDF) is dealt with elsewhere in this requirement set. Relation to Partner Program Calibration No calibration required. L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-16) |
Support of Signature counters is OPTIONAL.
Authenticators with unrestricted keys (i.e. Metadata Statement field isKeyRestricted: false) cannot support these counters.
Authenticators with restricted keys (i.e. Metadata Statement field isKeyRestricted: true), SHALL set the signature counter value in the assertions to "0" to indicate that they are not supported.
An Authenticator using (1) restricted keys (i.e. Metadata Statement field isKeyRestricted: true) and (2) including values other than "0" for the counter "claims" to support the counter.
If the Authenticator claims supporting signature counter(s), it MAY implement a single signature counter for all keys or one signature counter per key.
No. | Requirement | Security Measures | |
---|---|---|---|
2.3.1 | UAF + U2F; DaD; L1+ | ||
The vendor SHALL document whether the Authenticator supports Signature
Counters and if they are supported, the vendor SHALL document whether one
Signature Counter per authentication key is implemented or one (global) Signature Counter
for all authentication keys (i.e. at least one counter covering multiple keys).
Relation to Partner Program Calibration L1: At L1, Authenticators not running in an Allowed Restricted Operating Environment (AROE) [FIDORestrictedOperatingEnv], SHALL support signature counter(s). L2: No calibration required. L4: No calibration required. L5: No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-15) | ||
2.3.2 | UAF + U2F; GaVR-2; L1+ | ||
If the Authenticator claims supporting signature counter(s), then the Authenticator
SHALL ensure that the signature counter value contained in FIDO signature assertions
related to one specific authentication key either
[U2FImplCons], [Section 2.6] and [UAFAuthnrCommands] [Section 6.3.4]. If one signature counter per authentication key is implemented (recommended option), it SHALL be incremented by 1 per signature operation. If a global signature counter is implemented, it SHOULD be incremented by a positive random number per signature operation (see [UAFAuthnrCommands] [Section A Security Guidelines, entry SignCounter]). Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-15) |
No. | Requirement | Security Measures | |
---|---|---|---|
3.1 | UAF + U2F; TVFR; L1+ | ||
If the Authenticator is not marked as a Silent Authenticator, the Authenticator SHALL provide a mechanism to establish if the user authorizes a
given action. (For a U2F, this is the “Test for User Presence”. Generically,
the term “User Verification” may also refer to this “Test for User Presence”.)
Note This requirement prevents remote attacks. The user has to confirm an action by pressing a button or providing some other (physical) gesture. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-5) | ||
3.2 | UAF + U2F; GaVR-2; L1+ | ||
The Authenticator SHALL not generate User Authentication Keys or produce signatures using
such keys without first establishing that a user has requested this operation by
verifying the user. [UAFAuthnrCommands], [section 6.2.4, 6.3.4]
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-5) | ||
3.3 | |||
3.3 was removed as a U2F L1+ Security Requirement as part of DV 1.1.0. See Requirement 3.4. Requirement text within DV 1.0.2 read as follows:
|
|||
3.4 | UAF + U2F; GaVR-1; L1+ | ||
This requirement relates to "UserVerificationCaching" as specified in [UAFRegistry] for more details. If not declared otherwise in the Metadata Statement: Once the Authenticator’s user verification / user presence check is successful, the user SHALL be deemed “verified” for no more than 10 seconds, or until the next operation which requires user verification, whichever comes first. Any provided User Verification Token SHALL not be valid after this time period. [UAFAuthnrCommands], [Appendix A Security Guidelines]If declared otherwise in the Metadata Statement:
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-5) | ||
3.5 | UAF; GaVR-1; L1+ | ||
The Authenticator SHALL not reveal the stored username(s) prior to verifying the user.
[UAFAuthnrCommands], [Section 6.3.4]
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-5, SM-10) | ||
3.6 | UAF; GaVR-1; L1+ | ||
The Authenticator SHALL not output unencrypted AppIDs or KeyIDs that are associated
with a Key Handle prior to verifying the user.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-5, SM-23) | ||
3.7 | UAF + U2F; L3+ | ||
If the Authenticator accepts input directly from the user or provides outputs directly
to the user, then this communication SHALL be protected from data injection, disclosure,
modification or substitution through use of a Trusted Path. This Trusted Path SHALL allow
a user to communicate directly with the Authenticator, SHALL only be able to be activated
by the Authenticator or the user, and cannot be imitated by untrusted software.
Note Only silent authenticators [FIDOGlossary] do not have a need for accepting any input directly from the user or providing output directly to the user. A Trusted Path is the means by which a user and a security functionality of the Authenticator can communicate with the necessary confidence. In other words, a Trusted Path allows users to perform functions through an assured direct interaction with the security functionality of the Authenticator. For instance, plaintext ASPs may be entered into or output from the Authenticator in an encrypted form (e.g. display text digitally signed). This means that if the Authenticator has a Transaction Confirmation Display, it SHALL be protected from a display overlay attack. Relation to Partner Program Calibration L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-5, SM-10, SM-29) | ||
3.8 | UAF + U2F; GaVR-3; L1+ | ||
The Authenticator SHALL protect against injection or replay of
FIDO user verification data (e.g. user presence status, PIN, or biometric data).
Relation to Partner Program Calibration L1: At L1, the Authenticator Application SHALL follow best security practices specific to the underlying operating environment for protecting against injection or replay of FIDO user verification data. This especially means that the Authenticator Application SHALL not provide any API for injecting FIDO user verification data. L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE. L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-5, SM-27) | ||
3.9 | UAF + U2F; GaVR-3; L1+ | ||
Authenticators implementing user verification methods other than user presence check [FIDOGlossary],
SHALL rate-limit user verification attempts in order to prevent
brute force attacks. [FIDOMetadataStatement], sections 3.1, 3.2, 3.3
and [UAFAuthnrCommands], Appendix A Security Guidelines, entry "Matcher".
After the 5th (and subsequent) failed user verification attempts, the Authenticator SHALL enforce a delay of (at least) 30 seconds before accepting further user verification attempts. Counting failed attempts separately per user verification method is acceptable for no more than three different user verification methods (e.g. one counter for fingerprint, second counter for iris, third counter for PIN). The retry counter(s) SHALL be reset if and only if the user verification succeeds with some of the supported alternative user verification methods. This means that an Authenticator supporting only a single user verification method could only reset the retry counter if that user verification method succeeds. Note
Relation to Partner Program Calibration L1: No calibration required. L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE. L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). Note This implies that an attack potential calculation should be undertaken to determine what the actual rate limit should be to meet the requirement at the level. It is likely to be more restrictive for the end user than the rate described in the requirement text. L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). Note This implies that an attack potential calculation should be undertaken to determine what the actual rate limit should be to meet the requirement at the level. It is likely to be more restrictive for the end user than the rate described in the requirement text. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-1, SM-5, SM-27) | ||
3.10 | UAF + U2F; GaVR-3; L3+ | ||
If the authenticator supports biometric user verification (e.g. fingerprint, face recognition, etc.), then the authenticator biometric component SHALL be certified according to [FIDOBiometricsRequirements]. The Level Calibration, correspondence to Partner Programs, Vendor Questionnaires, and Test Procedures for this requirement are all specified in [FIDOBiometricsRequirements]. Relation to Partner Program L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. L5 Test Procedure The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-1, SM-5, SM-27) |
No. | Requirement | Security Measures | |
---|---|---|---|
4.1 | UAF + U2F; GaVR-1; L1+ | ||
An Authenticator SHALL not have any Correlation Handle that is visible
across multiple Relying Parties.
If the authenticator uses a shared attestation key (e.g. Full Basic Attestation), the minimum number of Authenticators sharing this key MUST be at least 100000. Note The goal of this requirement is that, for privacy reasons, the Authenticator MUST NOT leak information about the user across multiple Relying Parties by sharing a Correlation Handle. This requirement specifically applies to KeyIDs, KeyHandles etc. Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-23) | ||
4.2 | UAF + U2F; GaVR-1; L1+ | ||
An Authenticator SHALL not provide information to one Relying Party that can be used to uniquely
identify that Authenticator instance to a different Relying Party.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-23) | ||
4.3 | UAF; GaVR-1; L1+ | ||
An external party with two (AAID, KeyID) tuples produced using the Authenticator SHALL not
be able to establish that they were produced using the same Authenticator.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-23) | ||
4.4 | UAF; GaVR-1; L1+ | ||
The Authenticator’s response to a “Deregister” command SHALL not reveal whether
the provided KeyID was registered.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-23) |
No. | Requirement | Security Measures | |
---|---|---|---|
5.1 | UAF + U2F; DaD; L2+ | ||
The vendor SHALL document the physical security and side channel attack protections used by the Authenticator.
Relation to Partner Program L4 Common Criteria: Development documentation MUST be provided. This requirement is addressed by Class ADV (see [CC3V3-1R5]). L5 Common Criteria: Development documentation MUST be provided. This requirement is addressed by Class ADV (see [CC3V3-1R5]). Calibration No calibration required. L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-20, SM-24, SM-26, SM-29) | ||
5.2 | N/A | ||
5.2 was removed as a UAF + U2F L4+ Security Requirement as part of DV 1.1.0. See Requirement 5.3. Requirement text within DV 1.0.2 read as follows:
Note At L4, such evidence SHALL be visible to the user (and not necessarily to the RP). As a consequence, a level of cooperation from the user is expected to protect the RP. |
N/A | ||
5.3 | UAF + U2F; L3+ | ||
The Authenticator shall resist physical tampering that allows the attacker to violate
FIDO Security Goals or FIDO Authenticator Security Requirements.
Note The keys can be zeroed in response to an attack so the Authenticator is no longer usable. This is the way the relying party can be informed of the attack. If the Authenticator includes a biometric user verification feature, the calibration as defined below must address that feature to the same level of vulnerability assessment. Note Resistance to physical tampering obviates the need for physical tamper evidence. Relation to Partner Program Calibration L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure |
(SM-20, SM-24, SM-26) | ||
5.4 | UAF + U2F; TVFR; L2+ | ||
Each secret or private key that is an Authenticator Security Parameter SHALL have a
key use limit establishing the maximal number of times that particular key can be used
within a particular Authenticator.
Note Key refresh needs to be initiated by the RP for ideal user experience. In the current protocol, there is no provision for the Authenticator to initiate key refresh. This requirement interacts with requirements 2.3, 2.25, 5.5, 5.6. This is a requirement that provides flexibility in satisfying other requirements. The idea is that key use limit SHOULD be established such that the other requirements cited here are fulfilled (providing the vendor the ability to restrict the number of possible key uses rather than using longer nonces or better side-channel countermeasures), and additionally provides the option for the vendor to defend the Authenticator against attacks that are not yet known. Both cryptographic and side-channel attacks on the Authenticator can be enabled by having access to information associated with distinct cryptographic operations under the same key, so the vendor MAY elect to impose a conservative key use limit in order to defend against such attacks, especially for attacks that are not yet known and thus cannot easily be otherwise defended against. Any limit that allows the Authenticator to fulfill the other related requirements is sufficient for compliance to the requirement set. Some examples follow: If a vendor doesn't require any particular key use limit to satisfy additional requirements, and they are not concerned with the possibility of unknown cryptographic attack, then this limit can be simply the maximal possible uses of this key, given the hardware constraints of the Authenticator (i.e., the rate of key use that the hardware can support multiplied by the total expected lifetime of the Authenticator). In this instance, the Authenticator need not retain the number of uses of each key. For example, if a device can perform one key use per second and has an expected lifetime of 5 years, then a reported key use limit of roughly (5*365+1)*86400 (less than 2^28) would be sufficient. If the vendor does wish to limit the number of possible key uses, but does not wish to store state associated with this data, then the vendor can limit the average key use rate such that the total number of uses of a given key throughout the expected lifetime of the Authenticator is sufficiently low. For an example, if an Authenticator vendor wishes to limit the total number of key uses of a user key to 10,000,000 (less than 2^24) and the Authenticator has a expected lifetime of 5 years, then the Authenticator MUST enforce a long term average key use rate of roughly 1 key use every 158 seconds. If a vendor does not wish to arbitrarily limit the rate at which keys can be used, but does wish to restrict the number of possible key uses, then they can store a count of the number of times a particular key has been used, and then disable use of the key at the limit. Some keys (e.g., the User Private Key, or the Attestation key) cannot be painlessly replaced within the FIDO protocol (this requires re-enrolling, or replacing the Authenticator, respectively), so a suitably large limit SHOULD be chosen to prevent usability problems. FIDO Authenticators typically require a user verification before using a private key. Such manual interaction requires a minimum amount of time. Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review.
Please provide explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-24, SM-26) | ||
5.5 | UAF + U2F; L4+ | ||
The Authenticator SHALL not leak Secret Authenticator Security Parameter data
(e.g. due to power, near field, or radio leakage) at a rate that would allow an
attacker to weaken the key below the claimed cryptographic strength of the key, even
after an attacker has observed all allowed key uses.
Note This interacts with requirement 5.4. Relation to Partner Program Calibration L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-20) | ||
5.6 | UAF + U2F; GaVR-3; L3+ | ||
The variations in the amount of time required to perform a cryptographic algorithm
SHALL not allow remote attackers to reduce the security of Authenticator Security
Parameters which are secret or private keys below their claimed cryptographic strength.
Note This requirement is mandatory for L3+ but it remains relevant for L2 as a developer guideline. It refers to all Secret Authenticator Security Parameters, and not just the authentication and attestation keys. This means it includes keys used to wrap these parameters, including keys that might be used to wrap biometric reference data. The defense against remote timing attacks requires securing the cryptographic operation implementations and/or hardening the Allowed Restricted Operating Environment (AROE, see [FIDORestrictedOperatingEnv]) cache implementation:Securing cryptographic operations: Concerning symmetric-key algorithms, It is recommended to use Hardware-based cryptographic algorithms replacing the software-based implementation and thus eliminating the side-channel information leaked from the execution of cryptographic operations. Otherwise, the software implementation MUST consider randomization of the control flow so that there is no fixed relation between the execution path and the cache set. Or, MUST enable using the same amount of cache independently from the keys used. AROE cache enhanced implementations: It is recommended to secure the cache memory implementation in order to restrict the impact from the Rich OS on the AROE cache memory. This could be done by programming memory allocations so that the Rich OS memory will never be mapped to the AROE cache memory. The implementation can also consider flushing sensitive secure cache to memory to eliminate the information on the table access. For more details on how to implement adequate counter-measures please review the following research papers:
Note This interacts with requirement 5.4. Relation to Partner Program Calibration L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-20, SM-29) | ||
5.7 | UAF + U2F; L4+ | ||
The length of time required to perform a cryptographic algorithm using a
Secret Authenticator Security Parameter SHALL not be dependent on the value of
that secret or private key.
Note No time variations are allowed in this requirement, in comparison to requirement 5.6, in which some time variations are allowed. Relation to Partner Program Calibration No calibration required. L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-20, SM-29) | ||
5.8 | UAF + U2F; GaVR-2; L2+ | ||
All physical and logical debug interfaces to the Authenticator which enable violation
of FIDO Authenticator Security Goals or FIDO Authenticator Security Requirements SHALL
be disabled and unusable in fielded Authenticators.
Relation to Partner Program L4 Common Criteria: A Security Target, Development, Tests and Preparative Procedure Guidance documentation MUST be provided. This requirement is addressed by FPT_TST.1, AGD_PRE, Class ADV and ATE. L5 Common Criteria: A Security Target, Development, Tests and Preparative Procedure Guidance documentation MUST be provided. This requirement is addressed by FPT_TST.1, AGD_PRE, Class ADV and ATE. Calibration No calibration required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-23, SM-26) | ||
5.9 | UAF + U2F; L4+ | ||
The Authenticator SHALL be resistant to induced fault attacks.
Note This requirement is mandatory for L4+ but it is still relevant for L2+ as a developer guideline. The developer SHALL take into account SW-based fault induction side channel attack and implement relevant countermeasures such as enabling memory error detection. Relation to Partner Program Calibration L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-28, SM-21) |
For compliance with L1, Surrogate Basic Attestation [UAFProtocol] in the case of UAF / self-signed attestation certificates in the case of U2F is acceptable.
No. | Requirement | Security Measures | |
---|---|---|---|
6.1 | UAF + U2F; TVFR; L2+ | ||
The vendor SHALL use attestation certificates / ECDAA Issuer public keys [FIDOEcdaaAlgorithm] dedicated
to a single Authenticator model.
Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-3) | ||
6.2 | UAF + U2F; TVFR; L1+ | ||
Each Authenticator being declared as the same model (i.e. having the same AAID, AAGUID or having at
least one common attestationCertificateKeyIdentifier in the MetadataStatement), SHALL fulfill at
least the security characteristics stated for that Authenticator model.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-3) | ||
6.3 | UAF + U2F; GaVR-1; L1+ | ||
The Authenticator SHALL accurately describe itself in its provided metadata, or
alternately describe an Authenticator of lesser security. The vendor SHALL provide all
mandatory Metadata Statement fields see [FIDOMetadataRequirements].
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
At L1, this requirement MUST be demonstrated to the Test Proctor during Interoperability Testing. Documentation is not required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-3) | ||
6.4 | UAF + U2F; DaD; L2+ | ||
The vendor SHALL document whether the attestation root certificate is
shared across multiple Authenticator models.
In such case, the attestation certificate MUST contain an extension indicating the Authenticator model (e.g. AAID or AAGUID). Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-3) | ||
6.5 | UAF + FIDO2; DaD; L2+ | ||
The vendor SHALL document whether the attestation certificate includes the
Authenticator model (e.g. AAID or AAGUID).
L2 Vendor Questionnaire
Provide the tester with documentation that specifies how the requirement above is met.
Relation to Partner Program L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-3) |
At L1 we allow the Authenticator Application to run in any operating environment. For the levels L2-L5, the Authenticator Application needs to run in an Allowed Restricted Operating Environment [FIDORestrictedOperatingEnv].
No. | Requirement | Security Measures | |
---|---|---|---|
7.1 | UAF + U2F; GaVR-1; L2+ | ||
The Authenticator Application SHALL run in an
Allowed Restricted Operating Environment (AROE)[FIDORestrictedOperatingEnv].
Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1) | ||
7.2 | UAF + U2F; GaVR-3; L2+ | ||
The operating environment SHALL be configured so that all operating environment security functions
used by the Authenticator are active and available for use to support the
FIDO Authenticator Security Goals or FIDO Authenticator Security Requirements.
Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1) | ||
7.3 | UAF + U2F; GaVR-3; L2+ | ||
The operating environment SHALL prevent non-Authenticator processes from reading,
writing and modifying running or stored Authenticator Application and its associated memory.
Relation to Partner Program Calibration L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE. L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1) | ||
7.4 | UAF + U2F; GaVR-3; L2+ | ||
The operating environment SHALL not be able to be modified
in a way that undermines the security of the Authenticator.
Relation to Partner Program Calibration L2: At L2, the requirement SHALL be fulfilled by mechanisms functioning entirely inside the AROE. L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1) | ||
7.5 | UAF + U2F; GaVR-1; L2+ | ||
The security configuration of the operating environment SHALL be fully under
control of the Authenticator vendor or its delegates such that the security
configuration present at commercial shipment cannot be changed except for
in-the-field updates that are also fully under control of the Authenticator
device vendor or its delegates.
Note In some environments (e.g. PC), the user (i.e. anyone other than the Authenticator vendor or its delegates) might change the security configuration of the Authenticator. However, it is the responsibility of the Authenticator to detect potential changes in the Authenticator security configuration and provide the appropriate RP response through a FIDO assertion if the changed configuration still meets the expected security characteristics according to the Metadata Statement (or stop working and either protect the security parameters at the prior level or securely destroy them if it doesn't). The Authenticator certification MUST include all security configuration items available to the user. Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-28) | ||
7.6 | UAF + U2F; GaVR-1; L2+ | ||
The security characteristics of the Authenticator SHALL not be modifiable
by anyone other than the Authenticator device vendor or its delegates.
Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-1, SM-28) |
No. | Requirement | Security Measures | |
---|---|---|---|
8.1 | UAF + U2F; GaVR-2; L2+ | ||
An Authenticator SHALL either (a) be resistant to induced fault analysis
(requirement 5.9) or (b) after powering up, an Authenticator SHALL run
a known answer self-test for any deterministic cryptographic function
prior to using that function, or (c) the Authenticator SHALL verify
the validity of its software and Firmware using
an Allowed Signature Algorithm. If the most recent known answer self-test
did not pass, the corresponding cryptographic function SHALL not be used.
Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-21, SM-24) | ||
8.2 | UAF + U2F; TVFR; L1+ | ||
If the Authenticator mediates the update of its software, then the Authenticator
SHALL use an Allowed Data Authentication or Signature Cryptographic Function to
verify that the software being loaded has not been tampered with. If the loaded
software does not pass, then the Authenticator SHALL not update the software.
Relation to Partner Program Calibration No calibration required. L1 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-16, SM-26, SM-24) | ||
8.3 | UAF + U2F; TVFR; L2+ | ||
An Authenticator SHALL either (a) be resistant to induced fault analysis (requirement 5.7)
or (b) the Authenticator SHALL verify that any generated Authenticator Security Parameters
which are public / private keys have the correct mathematical relationships prior to
outputting the public key or using the private key for signature generation, or (c)
the Authenticator SHALL verify the validity of its software and Firmware using
an Allowed Signature Algorithm.
Relation to Partner Program Calibration No calibration required. L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
Provide a rationale for how the requirement above is met.
Provide a documentation review procedure to confirm that the Authenticator’s
design is consistent with the provided rationale. Please provide explicit design
document references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
|
(SM-21) | ||
8.4 | UAF + U2F; L3+ | ||
An Authenticator SHALL either be resistant to induced fault analysis (requirement 5.7)
or the Authenticator SHALL verify that any produced signature is valid prior to outputting the signature.
Relation to Partner Program Calibration L4: At L4, the protection SHALL be strong enough to be protected against enhanced-basic effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.3 or higher vulnerability analysis (see [CEMV3-1R5]). L5: At L5, the protection SHALL be strong enough to be protected against moderate or high effort software and hardware attacks [AttackPotentialSmartcards]. The vulnerability assessment methodology is defined by AVA_VAN.4 or higher vulnerability analysis (see [CEMV3-1R5]). L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct vulnerability analysis and penetration testing to meet the calibration requirements. |
(SM-21) |
At L1, the creation of the final Authenticator Application is considered the Authenticator manufacturing.
No. | Requirement | Security Measures | |
---|---|---|---|
9.1 | UAF + U2F; TVFR; L1+ | ||
If Authenticator Security Parameters which are cryptographic keys are generated during
manufacturing, then these keys SHALL be generated as required by the standard referenced
in the “Allowed Cryptography List” [FIDOAllowedCrypto] for that algorithm using an Allowed Random Number Generator.
Relation to Partner Program Calibration L1: At L1, the creation of the final Authenticator Application is considered the Authenticator manufacturing. L2: No calibration required. L4: No calibration required. L5: No calibration required. L1 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Is this requirement applicable to the Authenticator? If No, then describe why.
If Yes, describe how this requirement can be verified through documentation review. Please provide
explicit design documentation references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. |
(SM-28) | ||
9.2 | UAF + U2F; TVFR; L2+ | ||
Access to the private component of any Authenticator's attestation key SHALL be restricted
to security-qualified authorized factory personnel.
Relation to Partner Program Calibration L2: At L2, security protection controls (physical, procedural, personnel, and other security measures) on the production environment MUST be adequate to provide the confidentiality and integrity of the design and implementation of the Authenticator that is necessary to ensure that secure operation of the Authenticator is not compromised. Note For example, production machines SHALL NOT be directly connected to unprotected networks (e.g. the Internet). Only security-qualified authorized factory personnel SHALL have access to all means of processing the handling of attestation key life cycle (generation, provisioning, and verification). Security measures for protecting the life cycle management of the key generation and key provisioning SHALL be provided in the Vendor Questionnaire. Note Security-qualified authorized factory personnel should be limited to a small number of people. It should not be every worker in the factory and it should not be all the development engineers. L4: At L4, ALC_DVS.1 MUST be applied. L5: At L5, ALC_DVS.2 MUST be applied. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design documentation references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. |
(SM-28) | ||
9.3 | UAF + U2F; TVFR; L2+ | ||
The equipment used to generate, store and provision Authenticator Security Parameters SHALL be secured to prevent modification of all provisioned Authenticator Security Parameters and secured to prevent capture of provisioned Secret Authenticator Security Parameters. The equipment used by the authenticator vendor to generate, store and provision other keys whose compromise would affect the security of the Authenticator and the ability to identify it based on certificates in the FIDO Metadata Service [FIDOMetadataService] SHALL also be secured.
Relation to Partner Program Calibration L2: At L2, all Authenticator Security Parameters must be protected by some form of integrity protection and all Secret Authenticate Security Parameters must never be exposed in the clear. Use of Allowed Cryptographic Algorithms [FIDOAllowedCrypto] is preferred, but not required for these protections (if the lack of security is compensated by physical controls). Note For example, attestation secret keys provisioned over a serial cable between the Authenticator device and the equipment used to store and inject keys should be encrypted and integrity protected to prevent factory personnel from snooping the cable or carrying out a man-in-the-middle attack on the cable. L4: At L4, ALC_DVS.1 (see [CC3V3-1R5]) MUST be applied. L5: At L5, ALC_DVS.2 (see [CC3V3-1R5]) MUST be applied. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design documentation references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
TProvide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct a development site audit to validate the security measures defined in the life-cycle support documents |
(SM-28) | ||
9.4 | UAF + U2F; TVFR; L1+ | ||
A revision control system SHALL be implemented for the Authenticator and all of its
components, and for all associated Authenticator documentation. This revision control
system SHALL, at minimum, track changes to all software or hardware specifications,
implementation files, and all tool chains used in the production of the final
Authenticator.
Relation to Partner Program Calibration L1: At L1, the use of a revision control system SHALL only be proven for the Authenticator Application. L2: No calibration required. L4: No calibration required. L5: No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design documentation references.
L4 Vendor Questionnaire
TProvide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. |
(SM-28) | ||
9.5 | UAF + U2F; TVFR; L1+ | ||
Each version of each configuration item that comprises the Authenticator and
associated documentation SHALL be assigned a unique identification.
Note "Configuration item" stands for all the objects managed by the configuration management system during the product development. These may be either parts of the product (e.g. source code) or objects related to the development of the product like guidance documents, development tools, tests results, etc.) Relation to Partner Program Calibration L1: At L1, the configuration items comprising the Authenticator Application are relevant. L2: No calibration required. L4: No calibration required. L5: No calibration required. L1 Vendor Questionnaire
Provide the Security Secretariat with a rationale of how the requirement above is met.
L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design documentation references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L4 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. |
(SM-28) | ||
9.6 | UAF + U2F; TVFR; L2+ | ||
There SHALL be management and control over all personnel that can enter the physical part of the factory where attestation key material is configured into the authenticators.
Note This refers to all factory workers possibly including those that have little or nothing to do with the manufacturing line itself, such as cleaning and repair staff. The point of this requirement is to defend against counterfeit devices being run through the manufacturing line to receive real attestation keys. For example, loading dock staff working at 2 AM might conspire to manufacture counterfeit devices. Relation to Partner Program Calibration L2: At L2, standard per-person badge access systems or standard brass keys and door locks are acceptable. Any personnel without a key or badge MUST be escorted by one with a key or badge. L4: At L4, ALC_DVS.1 (see [CC3V3-1R5]) must be applied. L5: At L5, ALC_DVS.2 (see [CC3V3-1R5]) must be applied. L2 Vendor Questionnaire
Describe how this requirement can be verified through documentation review. Please provide
explicit design documentation references.
L4 Vendor Questionnaire
Provide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Vendor Questionnaire
TProvide the tester with a rationale for how the implementation meets the requirements, including the following supporting documents:
L5 Test Procedure The Tester SHALL verify the provided rationale and documentation meets the requirement. The Tester SHALL execute a sample of tests from the tests documentation provided to verify the developer test results. The Tester SHALL conduct a development site audit to validate the security measures defined in the life-cycle support documents |
(SM-28) |