The Foundation
of Machine Trust
Verification layer for
the agentic age
from silicon to chain
On-Demand Hardware Trust
We leverage isolated execution environments to ensure that sensitive computations remain confidential and tamper-proof. By bridging silicon-level security with decentralized networks, we create a root of trust that doesn't rely on intermediaries.
Intel Attestation & Monitoring
We automate onchain verification and collateral upkeep for Intel SGX/TDX via Automata's DCAP Dashboard. Our infrastructure secures workloads for industry leaders like Uniswap and Flashbots.
[Launch Dashboard]Unified Attestation SDKs
Access our modular library of Rust and Solidity SDKs designed to verify diverse hardware families. These provide a standardized interface to generate and verify attestation reports for Intel SGX/TDX, AMD SEV-SNP, and AWS Nitro.
[Build with SDKs]Hardware Trust Engineering
From securing multi-billion dollar rollups to architecting private AI workloads, Automata has architected specialized TEE solutions for Scroll, Linea, Puffer, and the World Foundation.
[Contact Us]Verifiable machine intelligence
Automata provides the technical substrate for autonomous agents. We anchor machine execution in onchain trust, allowing developers to verify agent identities, secure model interactions, and enforce execution logic through hardware-anchored proofs.
Machine-Verifiable Identity (ERC-8004)
We provide the infrastructure for agents to register and advertise proofs of trusted execution, ensuring their reputation is built on immutable hardware guarantees.
Intent & Logic Verification
Attest to an agent's intent and state before execution so that autonomous actions remain within authorized boundaries.
Independent Validation
Our comprehensive TEE attestation suite allows any smart contract to instantly verify an agent's hardware-backed integrity.
Automated Hardware Attestation
Onchain TEE verification is only as secure as its trust chain. Automata's DCAP Dashboard eliminates the operational burden of manual collateral upkeep, providing a single, auditable source of truth for Intel SGX and TDX.
Eliminate Verification Failures
Automated collateral updates ensure secure enclaves never fail verification due to expired certificates or outdated security patches.
Public Accountability
Establish a neutral, auditable source of truth for your hardware so users can independently verify that your system is running on genuine silicon.
Zero Operational Overhead
Reclaim engineering hours by offloading the constant monitoring of Intel's security status changes and certificate rotations.
Ecosystem Visibility
Track and manage hardware health across multiple networks from a single interface to ensure consistent security standards.
Multi-Vendor, Multi-Chain Verification
Trust should not be fragmented. Automata provides a unified suite of TEE Attestation SDKs that enable developers to verify the identity, state, and integrity of workloads across any environment.
Verifiable Workloads
We anchor TEE boot-measurements into a persistent onchain registry. This allows entire cloud workloads to prove liveness without the overhead of constant hardware re-verification.
Builder Toolkit
Resources / SDKs / Grants
Automata SGX SDK
Rust-native SDK that simplifies the development of secure applications running on Intel SGX.
Automata DCAP Attestation
Solidity library that integrates Onchain PCCS to verify Intel SGX and Intel TDX attestations onchain.
AMD SEV-SNP SDK
Supports the generation of AMD SEV-SNP attestation reports for confidential VMs.
Proof of Machinehood
Applications that demand verifiability from machines benefit from robust attestation frameworks.
Builder Grants
Accelerate TEE innovation with up to 50,000 USDC in funding for blockchain projects.