Enterprise-Grade Compliance for the Mesh-Native App Ecosystem
MeshNativeExchange enforces NIST 800-63B, SOC 2, HIPAA, and GDPR through unified identity, policy, privacy, and observability fabrics — ensuring every app, developer, and data flow meets enterprise compliance standards.
Developer Identity
NIST 800-63B
- Hardware-backed keypairs (TPM, Secure Enclave, Keystore)
- Multi-factor authentication: biometrics, passkeys, FIDO2
- Developer identity bound to app signing keys
- Key rotation and revocation with continuous validation
- Short-lived session tokens with anomaly auto-revocation
App Integrity & Permissions
SOC 2
- Permission Manifest required for every app
- Access control enforcement via Policy Fabric
- Immutable audit logs for all changes
- Versioned releases with rollback capability
- Approval workflows before execution
PHI-Safe Distribution
HIPAA
- HIPAA compliance mode declared in Permission Manifest
- Local-first inference for PHI-related apps
- Encrypted app-to-mesh communication channels
- PHI access events logged in Observability Fabric
- Strict audit trails for all PHI interactions
Privacy & Data Rights
GDPR
- Data purpose, retention, and consent declared per app
- Consent prompts before sensitive data access
- Right to delete: local wipe + cached derivative invalidation
- Right to export: JSON / CSV data export API
- Data minimization: only declared data may be collected
Unified DOSFI Fabric Integration
All compliance capabilities are integrated across four DOSFI fabrics. No app, developer, or data flow operates outside this boundary — identity, policy, privacy, and observability are enforced as a single, unified layer.
Identity Fabric
Hardware-backed developer identity, MFA enforcement, key binding, and continuous session validation.
- TPM / Secure Enclave keypairs
- FIDO2 & passkey authentication
- Key rotation & revocation
- Anomaly-based auto-revocation
Policy Fabric
RBAC/ABAC enforcement, permission manifest validation, and pre-execution policy gating.
- Permission manifest required
- RBAC + ABAC rules
- Approval workflows
- Versioned releases with rollback
Privacy & Data Fabric
Local-first PHI inference, encrypted mesh channels, data minimization, and consent enforcement.
- HIPAA mode for PHI apps
- Local-first inference
- TLS + app-level encryption
- Right to delete & export
Observability Fabric
Immutable audit logs, PHI access trails, continuous monitoring, and compliance reporting.
- Append-only audit ledger
- PHI access trails
- Malicious behavior detection
- Mesh-wide compliance auditing
Seven Compliance Pillars
Each pillar maps to a recognized compliance framework and is enforced continuously through the DOSFI fabric architecture.
Developer Identity & Verification
NIST 800-63BStrong developer identity verification using hardware-backed keypairs. Multi-factor authentication enforced across all developer accounts. Identity is cryptographically bound to app signing keys with enforced rotation and revocation.
- Hardware-backed keypairs via TPM, Secure Enclave, or Android Keystore
- MFA required: biometrics, passkeys, and FIDO2 hardware tokens
- Developer identity bound to app signing keys — no unsigned apps
- Key rotation enforced on schedule; revocation propagates mesh-wide
- Short-lived session tokens with continuous validation
- Automatic revocation on anomaly detection
App Integrity, Permissions & Policy Enforcement
SOC 2Every app must publish a Permission Manifest declaring data access, routing, inference, privacy, and PHI requirements. RBAC/ABAC rules are enforced through the Policy Fabric before apps can be installed or executed.
- Permission Manifest declares: data access, routing, inference, privacy, PHI usage
- Access control rules enforced via Policy Fabric
- Immutable audit logs for: app publishing, permission changes, identity changes, consent events, app updates
- Versioned app releases with rollback capability
- Approval workflows before any app reaches distribution
Privacy & PHI-Safe App Distribution
HIPAAApps handling Protected Health Information must declare HIPAA compliance mode. Local-first inference is enforced for PHI-related apps — PHI never leaves the device unless explicitly permitted.
- HIPAA compliance mode declared in Permission Manifest
- Local-first inference enforced for PHI-related apps
- PHI never leaves the device unless explicitly permitted
- Encrypted app-to-mesh communication: TLS + app-level encryption
- PHI access events logged in Observability Fabric with strict audit trails
User Consent, Data Rights & Privacy-by-Design
GDPRApps must define data purpose, retention, consent requirements, and deletion requirements. Consent prompts are enforced before apps can access sensitive data or mesh-native capabilities.
- Apps define: data purpose, data retention, consent requirements, deletion requirements
- Consent prompts enforced before sensitive data or mesh-native access
- Right to delete: user can wipe app data locally and invalidate cached derivatives
- Right to export: user can export app-related data in JSON or CSV
- Data minimization: apps may only collect data explicitly declared in their Permission Manifest
Marketplace Trust & Security Controls
MarketplaceDeveloper reputation scoring based on compliance, security, and audit history. Apps must pass automated security scans before publishing. Continuous monitoring detects malicious behavior, anomalous routing, or unauthorized data access.
- Developer reputation scoring: compliance, security, and audit history
- Automated security scans required before publishing
- Continuous monitoring for malicious behavior and anomalous routing
- Unauthorized data access detection across the mesh
- Mesh-wide policy compliance enforced before distribution or updates
Integration with DOSFI & MeshInfer.AI
Fabric UnityAll apps inherit identity, privacy, routing, and audit controls from DOSFI. All inference requests pass through MeshInfer.AI's policy enforcement layer. All app permissions are validated against DOSFI's Policy Fabric before execution.
- All apps inherit identity, privacy, routing, and audit controls from DOSFI
- All inference requests pass through MeshInfer.AI policy enforcement
- App permissions validated against DOSFI Policy Fabric before execution
- All app data flows logged in the Observability Fabric for compliance auditing
- Unified fabric architecture — no app operates outside the compliance boundary
Framework-Specific Documentation
Explore each compliance framework in detail — including controls, enforcement mechanisms, and audit trail architecture.
NIST 800-63B Compliance
Developer identity verification & authentication
SOC 2 Compliance
App integrity, permissions & audit controls
HIPAA Compliance
PHI-safe app distribution & local-first inference
GDPR Compliance
User consent, data rights & privacy-by-design
Mesh-Native App Ecosystem
The compliant app distribution platform
Transport Layer Verification
Unified transport across DOSFI, Exchange & MeshInfer
DOSFI Sovereignty — Closed Core / Open Surface
DOSFI Core is sovereign and closed. All educational content on this page is generated exclusively from open-surface materials — SDKs, ABIs, documentation, tutorials, examples, and conceptual explanations. Internal details of the DOSFI Runtime, Scheduler, Router, Readiness Engine, Privacy Model, Power/Thermal Model, Vital internals, DIU internals, MNE internals, and Mesh-Native App runtime internals are not revealed, described, or inferred.
No proprietary algorithms, system code, or architectural diagrams capable of enabling replication of the DOSFI Core are published. When internal logic is referenced, only high-level conceptual explanations are provided. DOSFI's sovereignty, mission-lock, and non-replicable architecture are preserved at all times.