Lightweight Node Participation
Run a ValidNet node on desktop or Docker with no special hardware required. Any computer can contribute a computer to validate AI outputs.
Memory Anchors
Modular, reusable templates that define how AI outputs are verified. Users can create, trade, and earn from anchors used in tasks.
On-Chain Transparency
All actions and results are recorded on-chain. Smart contracts handle reward distribution and task coordination automatically.
Proof-of-Validation (PoV)
Each task is verified by multiple nodes. Results are cross-checked and stored on-chain, ensuring reliable and trustless validation.
Anchor Builder Tools
Create custom validation tasks with your own rules and logic. Earn royalties whenever your anchors are used by the network.
Dual-Layer Incentive & Punishment
Nodes must stake $VAT to participate. Correct results are rewarded based on task pricing, performance, and uptime. Wrong answers = slash the stake.
Lightweight Node Participation
Run a ValidNet node on desktop or Docker with no special hardware required. Any computer can contribute a computer to validate AI outputs.
Memory Anchors
Modular, reusable templates that define how AI outputs are verified. Users can create, trade, and earn from anchors used in tasks.
On-Chain Transparency
All actions and results are recorded on-chain. Smart contracts handle reward distribution and task coordination automatically.
Proof-of-Validation (PoV)
Each task is verified by multiple nodes. Results are cross-checked and stored on-chain, ensuring reliable and trustless validation.
Anchor Builder Tools
Create custom validation tasks with your own rules and logic. Earn royalties whenever your anchors are used by the network.
Dual-Layer Incentive & Punishment
Nodes must stake $VAT to participate. Correct results are rewarded based on task pricing, performance, and uptime. Wrong answers = slash the stake.
Lightweight Node Participation
Run a ValidNet node on desktop or Docker with no special hardware required. Any computer can contribute a computer to validate AI outputs.
Memory Anchors
Modular, reusable templates that define how AI outputs are verified. Users can create, trade, and earn from anchors used in tasks.
On-Chain Transparency
All actions and results are recorded on-chain. Smart contracts handle reward distribution and task coordination automatically.
Proof-of-Validation (PoV)
Each task is verified by multiple nodes. Results are cross-checked and stored on-chain, ensuring reliable and trustless validation.
Anchor Builder Tools
Create custom validation tasks with your own rules and logic. Earn royalties whenever your anchors are used by the network.
Dual-Layer Incentive & Punishment
Nodes must stake $VAT to participate. Correct results are rewarded based on task pricing, performance, and uptime. Wrong answers = slash the stake.
Tokenomics
Token Name
$VAT
Total Supply
1,000,000,000
Token Allocation
Utility
Stake to Validate
Nodes must stake $VAT to participate in verification tasks.
Earn Rewards
Validators are rewarded for accurate contributions based on performance.
Anchor Economy
Create and monetize validation templates (Memory Anchors).
Governance
$VAT holders can vote on protocol upgrades and economic parameters.
Fixes AI Hallucination & Inconsistency Problems
Staking-backed Security Prevents Malicious Validators
Efficient Resource Matching - No Wasted Compute
On-Chain Provenance for Every Output
Composable & Monetizable Validation Templates (Anchors)
Permissionless Participation — Run Nodes, Build Anchors, Earn
Fixes AI Hallucination & Inconsistency Problems
Staking-backed Security Prevents Malicious Validators
Efficient Resource Matching - No Wasted Compute
On-Chain Provenance for Every Output
Composable & Monetizable Validation Templates (Anchors)
Permissionless Participation — Run Nodes, Build Anchors, Earn
FAQ
ValidNet is a decentralized AI validation network that leverages user-run nodes, Memory Anchors, and staking to verify AI outputs in a transparent and trustless way.
You can participate by running a lightweight ValidNet node (desktop app or Docker), staking $VAT tokens, and contributing compute power to validate AI-generated outputs.
Memory Anchors are reusable, on-chain templates that define validation rules. Anyone can create, trade, and monetize them for use in AI output verification tasks.
Each task is assigned to multiple validators. Their results are cross-verified using a Proof-of-Validation (PoV) mechanism, with outcomes stored on-chain for full transparency.
Validators must stake $VAT tokens to receive tasks. Accurate work earns rewards, while incorrect or malicious behavior leads to slashing of the stake.
$VAT tokens are used for staking, earning validator rewards, creating and deploying Memory Anchors, and participating in governance decisions.