Macro close-up of a physical microchip enclave, dark technical 3d render, high-contrast electric cyan edge lighting, obsidian tones, sharp focus
Macro close-up of a physical microchip enclave, dark technical 3d render, high-contrast electric cyan edge lighting, obsidian tones, sharp focus
Read Technical Docs
Hardware-Level Security

The TrustEE Abstraction Stack

Deploy verifiable onchain AI agents without bare-metal overhead. TrustEE translates complex hardware enclaves into clean, developer-ready cryptographic proofs.

Abstract 3D render of three interlocking geometric obsidian nodes, glowing electric cyan core, high-contrast low-key lighting, technical diagram overlay
Abstract 3D render of three interlocking geometric obsidian nodes, glowing electric cyan core, high-contrast low-key lighting, technical diagram overlay
Close-up of server racks in a dark cold data center, sharp neon cyan edge-lights piercing deep shadows, abstract glowing data streams
Close-up of server racks in a dark cold data center, sharp neon cyan edge-lights piercing deep shadows, abstract glowing data streams
Engineered Certainty

Multi-Enclave Architecture

Hardware Abstraction

Unified Enclave Interface

Our middleware abstracts Intel SGX, AMD SEV, and AWS Nitro into a single API. Build your model once and deploy across diverse secure hardware environments.

Onchain Consensus

State Attestation Contracts

Onchain verification contracts translate hardware-level attestation directly into smart contract states, enabling trustless execution verification on any EVM chain.

Execution Flow

Three Steps to Verifiable AI

01
02
03

Model Packaging

Attestation Generation

Onchain Verification

Compile your multimodal language model or agent logic into a secure, hardware-isolated WebAssembly or Docker enclave container.

TrustEE generates zero-latency cryptographic proofs directly at the hardware execution level during every model run.

Submit the generated proof to our lightweight verification smart contracts to trigger automated trustless state transitions.

Abstract geometric cluster of secure data blocks, dark technical 3d render, high-contrast electric cyan edge lighting, obsidian tones, sharp macro focus
Abstract geometric cluster of secure data blocks, dark technical 3d render, high-contrast electric cyan edge lighting, obsidian tones, sharp macro focus
Access Developer Portal
Technical Details

System Architecture FAQ

Have deeper integration questions? Our developer channel is active 24/7.

What is the performance overhead?

Which hardware is supported?

How is the proof verified onchain?

By optimizing the TrustEE abstraction layer, we reduce TEE execution latency to under 5 milliseconds, making it viable for high-frequency DeFi agents.

We support Intel SGX, AMD SEV-SNP, and AWS Nitro Enclaves. The middleware automatically selects the optimal environment based on workload requirements.

TrustEE translates hardware attestation reports into succinct cryptographic proofs that are verified via gas-optimized Solidity contracts.