Modify Authentication Process
Description
The adversary alters how the spacecraft validates authority so that future inputs are accepted on their terms. Modifications can target code (patching flight binaries, hot-patching functions in memory, hooking command handlers), data (changing key identifiers, policy tables, or counter initialization), or control flow (short-circuiting MAC checks, widening anti-replay windows, bypassing interlocks on specific opcodes). Common choke points include telecommand verification routines, bootloader or update verifiers, gateway processors that bridge payload and bus traffic, and maintenance dictionaries invoked in special modes. Subtle variants preserve outward behavior, producing normal-looking acknowledgments and counters, while internally accepting a broader set of origins, opcodes, or timetags. Others introduce conditional logic so the backdoor only activates under specific geometry or timing, masking during routine audit. Once resident, the modified process becomes the new trust oracle, enabling recurring execution for the attacker and, in some cases, denying legitimate control by causing authentic inputs to fail verification or to be deprioritized.
Mappings
EU regulation articles
Authentication architecture itself is an obligation; manufacturers must design auth processes that resist self-modification through hardware-rooted identity and signed/enforced code paths.
Integrity protection on programs (including authentication-validating code) is the manufacturer-side obligation that resists modifications to authentication logic; signed code, runtime integrity verification and secure-boot make hot-patching the auth layer fail integrity checks.
Modifying the spacecraft's authentication process — patching command verification routines, hooking handlers, widening anti-replay windows — directly attacks the IAM machinery 81(1) places under operator governance.
Authentication-process modification (primary: Art. 81(1)) cascades to 81(4) — credential lifecycle audit surfaces anomalous changes to authentication.
Art. 84(2)'s comply-with-Annex-VII-5.1 reference is domain-relevant to authentication-process modification but names no specific interdicting mechanism in the cited text.
85(3)(a)'s end-to-end authentication and 85(3)(b)'s telecommand encryption are the cryptographic disciplines this technique attacks; tamper-resistance of the verifier is part of the broader cryptographic concept under 85(1).
Patches to flight binaries, hot-patches in memory, and command-handler hooks are the integrity failures Art. 21(2)(e)'s secure development/maintenance and vulnerability-handling/disclosure obligation is meant to prevent and detect.
This technique modifies the running command-validation logic to become the trust oracle; Art. 21(2)(h) crypto is the subject being subverted, and the operative control is flight-code and memory integrity. Addresses (domain relevance).
EX-0003 subverts command authentication and authorization (short-circuited MAC checks, widened anti-replay windows, altered policy tables); NIS2 21(2)(i) access control policies govern the integrity of the authority-validation this technique attacks.
Modifications to authentication code (binary patches, hot-patches, service replacement) sit inside the secure-development envelope; the rules for code review, integrity verification and signed-build provenance are the controls that detect such modifications.
Change-management procedures govern modifications to flight or ground authentication services; they are the procedural envelope that detects and blocks unauthorized auth-process alteration.
Patch-management procedures ensure that authentication-related fixes are applied through controlled channels; out-of-band modifications to auth logic should fail patch-integrity checks.
ENISA controls
Configuration management with monitoring of security configurations identifies modifications to policy tables, key identifiers, and counter initialization.
A documented secure development lifecycle is relevant to code quality, but the generic secure-engineering-principles excerpt does not actively prevent the runtime authentication-process modification EX-0003 uses (hot-patching, handler hooking, MAC short-circuiting).
Documented change-management with configuration change control covers the modifications to flight binaries and verifier paths EX-0003 attempts.
Integrity-checking mechanisms on mission software and firmware detect modification of authentication code paths and gateway processors.
Cross-reference controls
- csf-2-0DE.CM-01Networks and network services are monitored to find potentially adverse eventsaddressesmoderate
Supported by two independent derivations that agree, neither of them SafeMode's invention. Through NIST 800-53: SafeMode's curated mapping records EX-0003 against CM-3 Configuration Change Control, and CSF 2.0's own crosswalk names that control as an informative reference for DE.CM-01. Through SPARTA: SPARTA's catalog maps EX-0003 to countermeasure CM0032 On-board Intrusion Detection & Prevention, and that countermeasure's own CSF references include DE.CM-01. Recorded as `addresses` rather than `mitigates` because a CSF subcategory states an outcome to be achieved while the underlying control states the mechanism that achieves it, which is the mechanism-versus-mandate ceiling in decisions entry 15.
- csf-2-0DE.CM-09Computing hardware and software, runtime environments, and their data are monitored to find potentially adverse eventsaddressesmoderate
Supported by two independent derivations that agree, neither of them SafeMode's invention. Through NIST 800-53: SafeMode's curated mapping records EX-0003 against CM-3 Configuration Change Control, and CSF 2.0's own crosswalk names that control as an informative reference for DE.CM-09. Through SPARTA: SPARTA's catalog maps EX-0003 to countermeasure CM0032 On-board Intrusion Detection & Prevention, and that countermeasure's own CSF references include DE.CM-09. Recorded as `addresses` rather than `mitigates` because a CSF subcategory states an outcome to be achieved while the underlying control states the mechanism that achieves it, which is the mechanism-versus-mandate ceiling in decisions entry 15. DE.CM-09 is one of CSF's broader outcomes, so this edge locates the technique within CSF's structure rather than naming a specific defence.
Supported by two independent derivations that agree, neither of them SafeMode's invention. Through NIST 800-53: SafeMode's curated mapping records EX-0003 against CM-3 Configuration Change Control; CM-5 Access Restrictions for Change, and CSF 2.0's own crosswalk names that control as an informative reference for PR.PS-01. Through SPARTA: SPARTA's catalog maps EX-0003 to countermeasure CM0030 Crypto Key Management, and that countermeasure's own CSF references include PR.PS-01. Recorded as `addresses` rather than `mitigates` because a CSF subcategory states an outcome to be achieved while the underlying control states the mechanism that achieves it, which is the mechanism-versus-mandate ceiling in decisions entry 15. PR.PS-01 is one of CSF's broader outcomes, so this edge locates the technique within CSF's structure rather than naming a specific defence.
Derived by composition, not from a source that names this pair. D3FEND publishes that Application-based Process Isolation counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Intra-process memory partitioning is implemented in flight software itself, so the control applies wherever that software runs. Recorded at moderate confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that Hardware-based Process Isolation counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Hardware memory protection is standard on flight processors (MMU or MPU partitioning), so the control applies on-board. Recorded at moderate confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that Host Reboot counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. A commanded reset is a normal spacecraft recovery action, so terminating running state by reboot applies on-board. Recorded at low confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that Host Shutdown counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Powering a component down is a normal spacecraft safing action, so the control applies to flight subsystems as well as ground hosts. Recorded at low confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that Kernel-based Process Isolation counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Kernel-level task isolation is what a partitioned real-time operating system provides on-board, so the control applies to flight software. Recorded at moderate confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that Process Suspension counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Suspending a task is available to flight executives as well as to ground operating systems. Recorded at moderate confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that Process Termination counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Terminating a task is available to flight executives as well as to ground operating systems. Recorded at moderate confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Derived by composition, not from a source that names this pair. D3FEND publishes that System Call Filtering counters T1556 Modify Authentication Process; SafeMode's curated mapping records EX-0003 as addressing that same adversary behaviour in the space domain. Restricting which system services a task may invoke applies to a partitioned flight executive as well as a ground kernel. Recorded at moderate confidence because the supporting chain is two documented edges rather than one source attesting the pair directly.
Mapped by SPARTA, not curated by SafeMode Space.
T1556 'Modify Authentication Process' is the exact-title-and-scope MITRE technique for tampering with authentication logic; SPARTA EX-0003 is the same activity. Cross-tactic moderate because T1556 sits in credential-access/persistence (used to compromise creds or persist) while SPARTA EX-0003 is execution (modifying auth as part of an exploit chain).
T0892 'Change Credential' addresses adversary modification of credentials and credential-related software/configuration; SPARTA EX-0003 'Modify Authentication Process' is the broader auth-mechanism modification at cross-tactic level. Cross-tactic moderate (T0892 sits in inhibit-response-function while SPARTA EX-0003 is execution); concept-adjacent but not perfectly aligned (T0892 is credential-change-specific while SPARTA EX-0003 includes broader auth-process modifications).
The technique attacks the authentication mechanism itself, by patching flight binaries, hooking command handlers, or changing key identifiers. A requirement that authentication be comprehensive raises the bar the adversary must subvert but does not prevent its subversion; software integrity, not this practice, is what interdicts.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
- nist-80053-rev5AC-17(2)Protection of Confidentiality and Integrity Using Encryptionrelates tomoderate
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, csf-2-0, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
AC-3 mitigates EX-0003 by enforcing authorization on access to authentication-handler code and config.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
AU-12 addresses logging governance whose enforcement makes auth-handler changes visible.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
CM-3 addresses change-control governance for any modification to authentication mechanisms.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
CM-5 (Access Restrictions for Change) mitigates EX-0003 by gating authentication-handler modifications behind change controls.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, csf-2-0, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, csf-2-0, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, csf-2-0, nist-ir-8441, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8323r1, csf-2-0, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8323r1, csf-2-0, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8323r1, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
- nist-80053-rev5SI-19(4)Removal, Masking, Encryption, Hashing, or Replacement of Direct Identifiersrelates tomoderate
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, nasa-bpg, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data, nist-ir-8401, nist-ir-8323r1, nist-ir-8441, nist-ir-8270, aerospace-tor-2023-02161
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
Referenced in: sparta-data
Mapped by SPARTA, not curated by SafeMode Space.
T2009.002 'Forge Digital Certificates' captures EX-0003's credential-management process compromise scope (gaining control of the credential-management system to issue forged credentials).
T2014.003 'OBSW modification' covers software backdoors that 'permit a future access on the resource' — directly aligned with EX-0003's hot-patching of command handlers, MAC checks, and authentication routines to widen acceptance.
SPARTA countermeasures
Mapped by SPARTA, not curated by SafeMode Space.
Mapped by SPARTA, not curated by SafeMode Space.
Mapped by SPARTA, not curated by SafeMode Space.
Mapped by SPARTA, not curated by SafeMode Space.
Mapped by SPARTA, not curated by SafeMode Space.
Cite as SafeMode Space, EX-0003 (SPARTA v3.2).