Automata Docs
  • Understanding Automata
    • What is Automata?
      • TEE Coprocessor
      • Proof of Machinehood
        • Optimistic Attestation
        • Zero Knowledge Proof
        • Modular Trust
    • Key terms
  • TEE Overview
    • TEE Prover
    • Multi-Prover AVS (EigenLayer)
      • Operator guide
        • Installation
        • Deposit strategies
        • Opt in to run AVS
        • FAQ
    • TEE Compile
      • Getting Started
      • Vendorizing
      • Attestation Report
    • TEE Builder
      • Block Builder Architecture
      • Stateless Executor
    • Verifiable Random Function
      • Why Automata VRF
      • How does Automata VRF work
      • Attestation
  • Build with PoM
    • Introduction
      • Smart contract libraries
      • Attestations on Verax
      • Frequently asked questions
    • Attestation module
      • Machine Attestation
        • Intel SGX
        • AWS Nitro Enclaves
        • Miscellaneous
      • Device Attestation
        • Yubikey
        • Andriod
        • Apple
        • Windows
        • FIDO U2F Authenticator
      • WebAuthn Attestation
        • WebAuthn Attestation Types
        • Attestation Statements & Privacy Impacts
  • Backed by PoM
    • 1RPC
    • L2Faucet
      • Frequently asked questions
  • Protocol
    • App-Specific Rollup
    • Mainnet
    • Testnet
    • Bridge
      • Bridging Native Tokens from L1 to L2
      • Bridging Native Tokens from L2 to L1
    • Explorer
    • Specification
      • Attestation
      • Attestor
      • Smart Contract
  • Research
    • Account Abstraction
    • Decentralized Randomness
    • Maximal Extractable Value
    • Reproducible Build
    • Lightpaper
Powered by GitBook
On this page

Was this helpful?

  1. TEE Overview

Verifiable Random Function

It publishes verifiable random number to blockchains, which can be consumed by on-chain dApps.

PreviousStateless ExecutorNextWhy Automata VRF

Last updated 8 months ago

Why Automata VRF
How does Automata VRF work
Attestation
Page cover image