Vanna Labs
  • Introduction
    • 👋Welcome
    • ✨Summary
  • Vision
    • 🏪The AI One-Stop-Shop
      • AI Models on Vanna
      • Applied ML on Vanna
    • 🤝Interoperability
    • ✅Computational Verifiability
    • 🌐Decentralization
    • 🛡️Censorship Resistance
  • Vanna Network
    • 🏗️Architecture
      • Data Preprocessing
      • Parallelized Inference Pre-Execution (PIPE)
      • Validation-Computation Separation (VCS)
      • Cryptoeconomic Security
      • Modular Design
    • ⚙️Inference Modes
      • Vanilla Inference
      • zkML Inference
      • zkFP Inference
      • opML Inference
      • TEE Inference
    • 💿Data Storage
      • Model Storage
      • Data Availability
    • 💻Portal
  • Build
    • 🛠️Getting started
      • Networks
      • Faucets
      • Model Storage
    • 💻Building dApps
      • Data Preprocessing
      • Inference API
      • Inference Example
    • 💾Models
      • Supported LLMs
  • 🔗Links
  • Key Concepts
    • 🧠AI x Blockchain
    • 📜Optimistic Rollups
    • 💾Data Availability
    • ⚡zkML
    • ☀️opML
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  1. Vanna Network
  2. Architecture

Validation-Computation Separation (VCS)

PreviousParallelized Inference Pre-Execution (PIPE)NextCryptoeconomic Security

Last updated 1 year ago

The Vanna Network employs two types of nodes, validator nodes and inference nodes, and bifurcates network validation and inference computation to the two types of nodes respectively.

Stateful Validation - The rollup nodes independently validate transactions and verify the state of the Vanna Network. Rollup nodes on the Vanna Network also participate in validating cryptographic proofs generated from inference nodes.

Stateless Computation - The inference nodes do not validate transactions and blocks on the network, and solely focus on computing AI/ML inference as well as generating cryptographic proofs for the inference.

This unique design allows the Vanna Network to scale without making compromises to decentralization. Hardware requirements continue to remain low for stateful validator nodes while the inference nodes do the heavy lifting (inference), with the validator nodes participating in proof validation to enforce honest computation by inference nodes.

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