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Solutions

Who NeuroChain is for.

A Layer 1 for anyone who needs security to be part of the chain itself: teams that let AI act for them, builders who deploy contracts, people who hold value, and the operators who connect it all.

scroll: each section stops and plays its mechanics · scroll back to rewind
01 · AI agent builders

Let an agent act on-chain. Never hand it your master key.

The problemLetting software transact for you usually means giving it a private key outright. One bug or one prompt injection, and everything the key controls is gone.

  1. Session keys checked by consensus. The master key grants a scoped key with a spending cap; every validator enforces it.
  2. Spends within its cap. Sponsored gas lets a new agent start with no balance.
  3. Driven through MCP. An LLM agent works as a client, within its grant.
  4. No self-approval. A risky move waits for the owner’s own key.
Read about session keys →
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02 · dApp and contract builders

Ship contracts the chain has already checked.

The problemAn audit costs weeks and thousands, covers one version, and says nothing about what the contract does after launch.

  1. Deploy from templates or the SDK. Bytecode arrives with the transaction that creates it.
  2. Audited before it goes live. VMGuardian scores it in under 2 ms; a risky contract is refused.
  3. A certificate on-chain. A score anyone can check, not a PDF.
  4. Watched for its whole life. A real score shift re-issues the certificate.
Read about VMGuardian →
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03 · Asset holders and wallets

Keys that survive quantum computers and lost phones.

The problemMost wallets sign with curves a large quantum computer breaks, and a lost seed phrase loses the account for good.

  1. Post-quantum by default. Every operation is signed with ML-DSA-65 (NIST FIPS 204).
  2. Guardians restore a lost key. Two of three people you named approve a new one.
  3. The address stays. Same address, balance and history; a .vault has no single key to steal.
  4. Unusual transfers wait. Held with a window to cancel, or confirmed by your key.
Read about identity and recovery →
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04 · Exchanges and DeFi

An exchange where a sandwich does not pay.

The problemOn most chains a bot that sees your swap trades around it in the same block, and a stolen key empties a pool before anyone notices.

  1. Native assets and pools. Orders arrive from both directions, each with a signed minimum output.
  2. One price per block. Opposite orders net first; only the imbalance moves the pool.
  3. No sandwich, no flash loans. A round trip pays two fees and earns nothing; no contract reaches the pool.
  4. SentinelDex weighs every move. Draining moves wait or need the owner’s key.
Read the exchange design →
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05 · Validators and infrastructure

Run the network from its first block.

The problemJoining a large network late means competing for stake against hundreds of established operators.

  1. Stake picks the proposer. Deterministic, so every validator agrees; AI never changes voting power.
  2. Final at more than 2/3. Malachite (Tendermint) commits the block once and for all.
  3. A double-signer drops to zero. Testnet validators at 95% uptime are invited to the mainnet genesis.
Help launch the testnet →
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06 · Cross-chain projects

Move assets between chains without trusting a bridge.

The problemMost bridges ask you to trust a small committee or a custodian, and bridges are among the most attacked contracts in crypto.

  1. Signatures checked, not trusted. The receiving chain verifies more than 2/3 of the sender’s stake.
  2. A Merkle proof at a certified height. Post-quantum end to end: the signatures are ML-DSA-65.
  3. Credited on the other chain. Working today between NeuroChain networks; Cosmos over IBC v2 is next.
Read about the light client →
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Build with us, or help us launch.

Start with the documentation, or tell us how you would like to take part in the testnet.

Read the docsPartner with us