Core Security Tutorial

Security Overview

All node transactions require cryptographic proof before being accepted to the decentralized ledger.


await sdk.validateNodeSignature({
    signature: "0x45d2...",
    publicKey: "0x5f8e72..."
});

Role-based permissions ensure only validated participants can access sensitive node data.


sdk.setPermissions({
    accessLevel: "researcher",
    resources: ["data-01", "model-03"]
});

AES-256-GCM encryption automatically applied to all data transfers across the decentralized network.


await crypto.encryptData("sensitive-models", {
    algorithm: "AES-GCM",
    encryptionKey: "0x54..."
});

Multi-signature key storage system for node operators to maintain cryptographic integrity.


keyring.addKey({
    name: "model-1234",
    type: "ecdsa",
    encrypted: true
});

Confidentiality layer for privacy-sensitive operations like node validation and model evaluation.


verifyZkProof(proof, {
    modelId: "zk-ml-123",
    tolerance: 0.01
});

All smart contract changes require formal verification and security proofs before deployment.

Cryptographic proofs ensure all node operations maintain strict mathematical integrity.

1

Use Secure Secrets Manager

Store cryptographic keys using our distributed secrets vault API
2

Implement Multi-Factor Auth

Add hardware authentication for any account with privileged access
3

Enable Auditing Trails

Maintain detailed logs of all system access through immutable chain records
4

Conduct Regular Pentests

Schedule security assessments by our certified audit team quarterly