Automata 2.0

Proof of Machinehood

Proof of Machinehood

TEE Coprocessors are a verifiable compute engine for Ethereum

Trusted Execution Environment (TEE) Coprocessors live on EigenLayer Mainnet with Multi-Prover AVS.

Trusted Execution Environment (TEE) Coprocessors live on EigenLayer Mainnet with Multi-Prover AVS.

Automata is now Automata 2.0

Automata is a modular attestation layer that establishes trust in computing machines by verifying their authenticity on-chain. TEE Coprocessors are one of the biggest unlocks for open innovation in EigenLayer’s AVS landscape. TEE AVS help rollups to achieve an Ethereum-aligned future - one that is open, modular, and verifiable.

  • EigenLayer AVS

  • Modular trust

  • TEE Coprocessor

  • TEE AVS

  • TEE Builder

  • Restaking primitives

  • Cryptoeconomic security

  • Proof of Machinehood

  • TEE Multi-Prover

Automata is now Automata 2.0

Automata is a modular attestation layer that establishes trust in computing machines by verifying their authenticity on-chain. TEE Coprocessors are one of the biggest unlocks for open innovation in EigenLayer’s AVS landscape. TEE AVS help rollups to achieve an Ethereum-aligned future - one that is open, modular, and verifiable.

  • EigenLayer AVS

  • Modular trust

  • TEE Coprocessor

  • TEE AVS

  • TEE Builder

  • Restaking primitives

  • Cryptoeconomic security

  • Proof of Machinehood

  • TEE Multi-Prover

Automata is now Automata 2.0

Automata is a modular attestation layer that establishes trust in computing machines by verifying their authenticity on-chain. TEE Coprocessors are one of the biggest unlocks for open innovation in EigenLayer’s AVS landscape. TEE AVS help rollups to achieve an Ethereum-aligned future - one that is open, modular, and verifiable.

  • EigenLayer AVS

  • Modular trust

  • TEE Coprocessor

  • TEE AVS

  • TEE Builder

  • Restaking primitives

  • Cryptoeconomic security

  • Proof of Machinehood

  • TEE Multi-Prover

Live

Verifiable computing in Web3

TEE Coprocessors

TEE Coprocessors

Coprocessors extend the capabilities of the primary chain by performing specialized compute.

TEE Coprocessors leverage hardware root-of-trust to bring verifiable compute to the blockchain. Novel constructions around TEE AVS on EigenLayer emerge when hardware attestations are placed on-chain.

With TEE Coprocessors, execution integrity is enforced by the secure enclave. Rapid deployment and relatively lower computational costs makes the technology compelling, and more importantly, viable.

Join the new paradigm




Modular trust

On-chain verifications signal trust.


Modular attestations improve the robustness, composability and developer experience for Web3. With Proof of Machinehood, a new path to perceive and allocate trust in decentralized cryptosystems becomes possible.

Cryptoeconomic security

Hardens integrity of TEE Coprocessors.

Economics bonds on EigenLayer deter liveness attacks and the theoretical risks associated with side-channel attacks. TEE committees with diverse vendors is an ironclad approach to ensure continued decentralization.

Restaked rollups

Inherits security from Ethereum restakers.

We are working closely with AltLayer to introduce native TEE rollups. Execution integrity is guaranteed by the TEE logic and secured by its hardware implementation, along with the cryptoeconomic correctness from Ethereum.

Enclave trust

Hardware-based TEEs

Hardware-based TEEs

Machine trust for a verifiable Web3

Machine trust for a verifiable Web3

TEE-based constructions on the blockchain may subsume that of a gamut of cryptographic primitives, but can also be layered with them to provide greater resilience and adaptability to open ecosystems. TEE AVS opens up the design space to build and manage more powerful applications based on secure hardware.

Modular Attestation Layer
Modular Attestation Layer
Modular Attestation Layer

Use cases

Beyond AVS on EigenLayer

Beyond AVS on EigenLayer

Verify machines on-chain

Verify machines on-chain

Verify machines on-chain

Modular attestation is not theoretical. Contribute to a open, adaptable Web3 with machine trust running on TEE Coprocessors.

Modular attestation is not theoretical. Contribute to a open, adaptable Web3 with machine trust running on TEE Coprocessors.

Modular attestation is not theoretical. Contribute to a open, adaptable Web3 with machine trust running on TEE Coprocessors.

Proof of Machinehood

PoM illustrates how machine attestations can be proved on-chain. Because verifications cannot be altered, compelling use cases become possible.

Private RPC relay

1RPC is a free RPC relay that shields users from metadata exposure. Its enclave infrastructure runs on the cloud and is backed by attestations ensuring hardware integrity.

TEE Multi-Prover

Implementing Intel SGX as an independent proof alongside existing methods maintains prover diversity and results in a more resilient, decentralized network.

TEE Builder

Running a block builder within Intel SGX secures transaction confidentiality and user privacy, ensuring sensitive details are safe from unauthorized access and exposure.

Future

The building goes on

The building goes on

Plug into our ecosystem

Plug into our ecosystem

Automata is collaborating and constantly evolving.

Automata is collaborating and constantly evolving.

We are backed by
  • GBV Capital
    IOSG Ventures
    KR1
We are listed on