Artificial intelligence is rapidly evolving — but trust hasn’t kept up.
Nesa AI is changing that by building the first Layer-1 blockchain for verifiable AI inference, where every model output is mathematically proven correct through cryptography.
Developed by a research-heavy team specializing in cryptography, privacy systems, and verifiable AI, Nesa merges Zero-Knowledge Proofs, Trusted Execution Environments, and Secure Multi-Party Computation into a single, privacy-preserving network for machine intelligence.
In short — it’s where AI learns to prove itself 🧠
🪂 The Miner Program is Live
The Nesa Testnet is officially live, and with it, the Miner Program — your opportunity to join the network early and start earning points that could convert into future $NES Airdrop rewards.
By installing the miner node software, users now contribute compute power to Nesa’s inference network. Each node processes tasks, earns points, and climbs the leaderboard — with the first nodes on the network getting the most.
This phase represents the transition into Nesa’s incentivized testnet, designed to reward early participants who help secure and test the network ahead of mainnet and the $NES TGE.
How Nesa Works:
Nesa is a Layer-1 blockchain purpose-built for privacy-preserving and verifiable AI computation.
Its modular architecture includes:
• Layer 1 — Nesa Blockchain: Handles consensus, payments, and validator selection through verifiable random functions (VRFs).
• Layer 2 — AI Link™: Enables cross-chain AI inference, connecting Nesa to external blockchains and decentralized applications.
• Layer 3 — Secure Execution Environment: Executes containerized AI models inside TEEs with standardized OS and libraries for consistent outputs.
Inference jobs follow a commit-reveal transaction structure to ensure low latency and auditable results. Each computation generates a Zero-Knowledge Proof to confirm correctness without exposing private data.
The native $NES token powers every layer of the ecosystem — as gas for transactions, staking collateral for validators, and rewards for miners and model owners.
Its emission model decreases gradually over 20 years to a sustainable 1.8 % annual inflation, ensuring long-term balance between growth and supply.
