"A computer can never be held accountable, therefore a computer must never make a management decision." — IBM Presentation, 1979

The IBM statement of 1979 defined the fundamental limitation of the Web2 era. In the age of legacy law, trust required a human neck to wring. As we move into the Agency Age, we solve this paradox not with legislation, but with Physics.

By binding code to capital inside a Trusted Execution Environment (TEE), we create a digital entity that can suffer loss. Trust requires consequence. We engineer accountability by anchoring silicon intelligence to physical collateral.

AeP is the first protocol to anchor agentic economic consequence to NVIDIA Confidential Computing. By verifying hardware attestation from H100/H200/B200 GPUs, we ensure that high-compute AI agents operate within hardware-enforced risk boundaries.

We implement a forward-secure migration path to NIST-standardized post-quantum algorithms (ML-KEM and ML-DSA). AeP-bonded assets are protected against "Harvest-Now-Decrypt-Later" (HNDL) attacks, ensuring sovereign-grade security for the next 50 years.

We have standardized the Sovereign Manifest—a protocol-agnostic specification for declaring agentic risk, liability limits, and hardware requirements. This allows hyperscalers and enterprises to deploy agents with mathematically guaranteed compliance.

AeP leverages hardware-attested isolation (Intel SGX/TDX) to enforce a "Sovereign Circuit Breaker." If an agent violates its risk-envelope, the hardware itself terminates the transaction—enforcing a 0.01% counterparty risk premium.

We measure the "heat" of agentic behavior through deterministic entropy calculations. AeP dynamically calculates bonding requirements ($\Psi$), ensuring capital efficiency while eliminating the need for adversarial monitoring.

AeP is architected to scale the "Agentic GDP." Our simulations project a 24.2% increase in global money velocity by automating monetary policy for machine-native financial infrastructure.

AeP maintains a tiered governance model to ensure protocol integrity and academic rigor.

• Open Source: The protocol source code is public under GNU Affero General Public License v3.0 (AGPL-3.0).
• Institutional Audit: Academic verification is currently restricted to the George Mason University SECSAT Lab under private sovereign audit terms.
• Commercial: Proprietary enclave access and production-scale usage require an Enterprise Pass.

"We anchor digital intelligence to silicon, not government stability. Trust the math. Verify the hardware."

Website • Whitepaper • Licensing