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👋
Automata 2.0
Modular Attestation
Proof of Machinehood
🤖
Approach
Optimistic Attestation
Zero Knowledge Proof
Modular Trust
🔶
Attestation Stack
Introduction
⚛
Protocol
App-Specific Rollup
Testnet
Bridge

Explorer
Specification

📦
Attestation Module
Machine Attestation

Device Attestation

WebAuthn Attestation

Software Build Attestation

🏁
Product
1RPC
Carrier
L2Faucet

🔍
Research
Account Abstraction
Decentralized Randomness
Maximal Extractable Value
Reproducible Build
⚙
Use Case
Proof of Machinehood

Private RPC Relay
Verifiable Random Function

Private Block Building

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MODULAR ATTESTATION


Proof of Machinehood is an attestation-based approach to creating an unbroken
chain of trust within Web3.
AUTOMATA IS 2.0

Automata 2.0 is a modular attestation layer that extends machine-level trust to
Ethereum, and analogously, Web3. Based on hardware silicon, the
application-specific rollup enables on-chain verification for out-of-protocol
computation.
Ethereum is the base settlement layer for Automata 2.0's attestation layer. It
functions as a global verifier that anchors a global, decentralized network of
attestations taking place across both hardware and software components. There
are a number of emerging uses cases, including the provisioning of fairness and
privacy to the RPC relay, bundled transactions through account abstraction,
block building within encrypted enclaves, and more.
Automata 2.0's modular setup allows the attestation layer to work natively with
any pre-existing rollup stack. These layers come together to introduce a novel
Attestation Stack with highly configurable components. AltLayer, a leading
Rollups-as-a-Service provider, supports Automata’s modular framework with its
one-click rollup deployment.
The Attestation Stack
PROOF OF MACHINEHOOD

Proof of Machinehood brings hardware attestations on-chain and makes it possible
to establish the authenticity, computational capability, and inherent value of
machines. Its current architecture is based approach utilizes optimistic rollups
and zero-knowledge proofs as its technological backbone.
The rollout of Automata 2.0's testnet is also accompanied by a Proof of
Machinehood demo:
Proof of Machinehood - Built by Automata Network
Proof of Machinehood - Built by Automata Network
Hardware attestation establishes a trust base in the machine itself, without the
need for excessive computation or capital. This is reinforced by the trust
provided by manufacturer's validation.
1.
The machine can sign the data it produces, and share the signed data on-chain
2.
The machine can further attest the code that it runs, increasing the level of
trust for the code

A TECHNICAL DIVE:

Optimistic Attestation
For scalability and data availability
Zero Knowledge Proof
For privacy and verifiability
Modular Trust
For usability and composability
THE ATTESTATION STACK

The Attestation Stack represents the entire tech stack that the modular
attestation layer is built on.
Attestation Layer

Execution Layer

Settlement Layer



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Automata is 2.0
Proof of Machinehood
A technical dive:
The Attestation Stack


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👋
Automata 2.0
Modular Attestation
Proof of Machinehood
🤖
Approach
Optimistic Attestation
Zero Knowledge Proof
Modular Trust
🔶
Attestation Stack
Introduction
⚛
Protocol
App-Specific Rollup
Testnet
Bridge

Explorer
Specification

📦
Attestation Module
Machine Attestation

Device Attestation

WebAuthn Attestation

Software Build Attestation

🏁
Product
1RPC
Carrier
L2Faucet

🔍
Research
Account Abstraction
Decentralized Randomness
Maximal Extractable Value
Reproducible Build
⚙
Use Case
Proof of Machinehood

Private RPC Relay
Verifiable Random Function

Private Block Building

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