TVK CSA / EnteleAGENT

Quantum–Neural Cryptographic Security Architecture

Defensive research for AI agent identity, digital asset authorization, post-quantum cryptography and deterministic policy enforcement.

Research status: not a guarantee of deployed quantum-resistant signatures, production NeuroShield controls or independent certification. Intelligence is not authority.

Neural-inspired security evidence network, not actual operational security telemetry — Conceptual neural security research illustration. AI observers cannot approve transactions.

Architecture and independent trust boundaries

01 · IdentityEvidence-bound, independent security boundary

02 · Wallet intentEvidence-bound, independent security boundary

03 · Quantum readinessEvidence-bound, independent security boundary

04 · Security kernelEvidence-bound, independent security boundary

Quantum migration

Research and interoperability testing for NIST ML-KEM, ML-DSA and SLH-DSA. Classical on-chain signatures are not automatically quantum-resistant.

Bounded machine identity

Machine and fleet authority should be identity-bound, scoped, revocable and separated from model-generated instructions.

Independent signing

A machine controller or compromised endpoint cannot authorize financial transactions simply by possessing an application credential.

NeuroShield research

Specialized evidence nodes monitor identity, wallet intent and AI risk; deterministic policy, not AI output, determines eligibility.

EIP-7702 controls

Unexpected delegation, code hash, operator or signing epoch should fail closed, with explicit revocation and containment procedures.

Security evidence

Track controls as designed, implemented, verified or independently assessed based on test and deployment evidence.

Compromised endpoint and withdrawal-service containment

Independent intent validation, code delegation restrictions, isolated signing, rate limits and reconciliation are essential even when private keys have not been exposed.

01 · Untrusted serviceEvidence-bound, independent security boundary

02 · Bound intentEvidence-bound, independent security boundary

03 · Policy authorizationEvidence-bound, independent security boundary

04 · Isolated signerEvidence-bound, independent security boundary

Security stages: designed → implemented → verified → independently assessed. See NIST post-quantum cryptography for the underlying standards.

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Post-quantum cryptographic migration

Versioned inventory, protocol interoperability testing and secure key replacement are prerequisites for quantum-resilient systems. A wallet connected to an existing classical-signature blockchain does not automatically gain quantum-safe transaction signatures.

01 · InventoryEvidence-bound, independent security boundary

02 · Hybrid migrationEvidence-bound, independent security boundary

03 · VerificationEvidence-bound, independent security boundary

04 · Controlled releaseEvidence-bound, independent security boundary

SOVRA NeuroShield evidence graph

Neural-inspired sensors contribute signed observations, but cannot sign transactions or create permission. Model compromise cannot substitute for cryptographic user and policy approval.

01 · Identity evidenceEvidence-bound, independent security boundary

02 · Wallet evidenceEvidence-bound, independent security boundary

03 · AI-risk observerEvidence-bound, independent security boundary

04 · Independent policyEvidence-bound, independent security boundary

Security control evidence

Published architecture and diagrams are not proof of deployed controls. The machine-readable register records implementation verification as outstanding until supported by auditable evidence.

View the CSA control maturity register (JSON)