Security & Trust Layer
Zero-Trust Architecture
The institutional security layer of TrustInX. Architecture, verification, audit and identity are security-by-design — enforced at every layer, not bolted on. AI provides intelligence; the policy and control plane remains authoritative.
Zero Trust Architecture
Never trust, always verify. Access, API, service, database, event, telemetry, AI and storage layers each enforce the tenant boundary — no implicit trust at any hop (Product Spec, Security Principles).
Runtime Verification
Controls are validated continuously at runtime, and every action is verified against its intended outcome before it is trusted (Product Spec, Governed Autonomy & Verification).
Cryptographic Audit
Every decision and action lands in an immutable, cryptographically sealed audit trail with chain-of-custody — ready for enterprise and regulatory review (Product Spec, Evidence & Auditability).
Hardware Identity
Strong, hardware-backed identity and device trust bound to enterprise identity standards — SAML 2.0, OpenID Connect and OAuth 2.0, across Entra ID, Okta, Google Workspace, Active Directory and LDAP (Product Spec, Identity Integration).
Session Integrity
Session cookies, MFA state and tenant-aware routing on every protected path.
Privilege Gating
Security-sensitive actions sit behind explicit session and MFA checks.
Trust Metrics
Visibility into overall trust index and security drift.
Security-by-Design Principles
Zero trust and least privilege on every integration path.
Strong tenant isolation at authentication, API, service, database, event, telemetry and AI layers.
Explicit authorization — AI never bypasses tenant or policy boundaries.
Immutable audit of every decision and action.