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Updated July 27, 2026
Trust, Security & Governance
MyAKH is designed around identity-bound authorization, explicit consent, fail-closed policy enforcement, cryptographic decision evidence, and data minimization.
Identity-Bound Authorization
MyAKH is not an identity-proofing provider. Trusted authentication and proofing providers may supply upstream signals. MyAKH resolves approved signals into a governed identity context used to evaluate whether an AI system is authorized to act.
Fail-Closed by Design
The Gatekeeper is designed to deny execution when required identity, consent, wallet, version, likeness, or governance conditions are absent or incompatible.
Examples include:
• missing biometric consent
• ambiguous identity
• incompatible model or embedding version
• insufficient likeness match
• policy or resource denial
• suspended or revoked wallet state
Decision Proof Objects
A governed decision can produce a canonicalized and cryptographically signed Decision Proof Object containing the identity, request, consent, assurance, policy, likeness, pipeline, block-context, and outcome evidence used in the decision.
DPOs can be retrieved and verified through audit replay.
Standards-Informed Architecture
MyAKH’s architecture incorporates concepts and metadata informed by:
• NIST SP 800-63-4 identity proofing, authentication, and federation guidance
• W3C decentralized identity and Verifiable Credential concepts
• Zero Trust security principles
• privacy-by-design and data-minimization practices
• enterprise audit and evidence-preservation requirements
References to standards describe architectural alignment goals and do not constitute certification, regulatory approval, or a representation that every customer deployment is automatically compliant.
Supporting Regulated Workflows
MyAKH is designed to support customer governance and evidence needs in regulated or audit-sensitive environments. Each customer remains responsible for evaluating its legal, security, privacy, retention, and industry-specific obligations.
Data Minimization
The system is designed to minimize unnecessary disclosure of raw personal or biometric material. Identity references, hashes, signed artifacts, consent evidence, and governed metadata may be used to support authorization and audit.
Production data handling will depend on customer configuration, deployment architecture, and applicable agreements.
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