Hardware-enforced policy engines for autonomous systems. Your AI agent operates freely within cryptographically verified boundaries.
Every enforcement layer runs inside an AWS Nitro Enclave. Not a software check — cryptographic proof.
Define rate limits, value caps, and sanctions lists. Enforced inside a Nitro Enclave — your agent literally cannot exceed them.
Emergency halt that operates at the signing layer. EU AI Act Article 14 compliant. Cannot be bypassed by the AI.
Every action generates a Verifiable Policy Proof. Cryptographic evidence that your agent operated within bounds.
From trading bots to protocol agents — any autonomous system that needs provable guardrails.
Autonomous trading agents that sign transactions within hardware-enforced risk limits. Rate limits, position sizing, and sanctions screening — all verified.
AI agents managing DeFi positions with configurable guardrails. Daily limits, counterparty restrictions, and emergency halt.
Liquidation bots, MEV searchers, and keeper networks with deterministic 42µs signing and provable compliance.
Policy enforcement happens inside the Nitro Enclave, before any signature is produced. Proof is generated with every action.
EU AI Act Article 14
Human oversight with hardware kill switch
SEC 15c3-5
Pre-trade risk controls at signing layer
MiCA
Cryptographic audit trail for all agent actions
SOC 2 Type II
Examination Scheduled Q3 2026
Software guardrails are advisory. Hardware enforcement is physics.
| Feature | Software | ZeroCopy Hardware |
|---|---|---|
| Agent can bypass | Yes | No — keys in enclave |
| Latency | 100–500ms | 42µs |
| Proof of compliance | Logs (mutable) | VPP (cryptographic) |
| Kill switch | Process-level | Hardware-level |
| Attestation | None | AWS Nitro |
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