rep.fun
  • The Intelligent Web Needs Privacy by Default
  • rep.fun: Built-in Trust
    • Mission
    • Vision
  • The Logic Layer Behind Trusted AI
    • Trusted Execution Environments (TEEs)
      • Private by Design: Protecting Data in Execution
      • Verifiable by Default: Generating Cryptographic Proofs
      • TEE Execution Lifecycle Overview:
    • Modular AI Micro-Engines
    • Cross-Chain Privacy Routing
    • Earn With TEE
      • Run & Monetize TEE Nodes
      • Deploy AI Micro-Engines
      • Join the AI & TEE Developer Program
  • Privacy, Execution, and Extensibility
    • Privacy by Default
    • TEE Node Marketplace
      • Execution Flow
    • Enterprise-Ready
  • Technical Backbone
    • AI Computation Layer
    • TEE Technology
    • Cross-Chain Communication Layer
  • Tokenomics
    • Token Allocation
    • Utility
  • Roadmap
  • FAQ
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  1. The Logic Layer Behind Trusted AI
  2. Trusted Execution Environments (TEEs)

Verifiable by Default: Generating Cryptographic Proofs

In addition to securing the execution process, TEEs in rep.fun generate cryptographic attestations — machine-signed evidence that a given task was executed under specific, unaltered conditions. These attestations allow users, smart contracts, or third-party verifiers to confirm that:

  • The correct AI model or logic was used.

  • No unauthorized changes were made to the input, logic, or environment.

  • The output is authentic and can be trusted.

This turns every AI interaction into a verifiable process, aligning perfectly with the zero-trust ethos of Web3.

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Last updated 7 days ago