How XALN Analyze Works

How XALN Analyze Works

XALN Analyze ensures that every AI Agent action is cryptographically verifiable, leveraging advanced blockchain and AI technologies to deliver unparalleled transparency, trust, and reliability.

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Trusted Execution Environment (TEE)

AI Agents in XALN Analyze operate within a Trusted Execution Environment (TEE), a secure enclave designed to isolate code execution and data storage from unauthorized access.

• Enhanced Security: The TEE prevents tampering and ensures that all actions are executed with integrity.

• Uncompromising Trust: By isolating sensitive operations, the TEE guarantees that no external interference can compromise the system's functionality or the AI Agent's decisions.

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Proof Generation Workflow

Every interaction within XALN Analyze undergoes a rigorous cryptographic verification process, ensuring data integrity and reliability at every step.

1. Request and Response Hashing

   • Each interaction is hashed using SHA-256, creating a unique cryptographic summary of the input and output data.

2. Signature Creation

   • The TEE digitally signs the hash with its private key, generating a tamper-proof signature that ensures the integrity of each action.

3. Attestation

   • The system validates the hash and signature, adding an additional layer of trust and verification to ensure the authenticity of the action.

4. Immutable Storage

   • All generated proofs are securely and immutably stored on the blockchain ledger, enabling future audits and ensuring complete transparency for all stakeholders.

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Proof Metadata

Every action performed by an AI Agent on XALN Analyze is accompanied by the following metadata:

• Hash: A unique cryptographic fingerprint representing the input and output data.

• Signature: A digital seal ensuring the data’s integrity and authenticity.

• Attestation Document: Evidence that the action was executed securely within the TEE.

• Public Key: Used to verify the signature and validate the action's authenticity.

Code Example: Proof Validation in Rust

use XALN_sdk::{Proof, Validator};

fn main() {
    let proof = Proof::new(
        "action_hash",
        "agent_signature",
        "attestation_doc",
        "public_key"
    );

    let validator = Validator::new();
    match validator.validate(&proof) {
        Ok(valid) => println!("Proof is valid: {}", valid),
        Err(e) => println!("Proof validation failed: {:?}", e),
    }
}

Building Trust, One Proof at a Time

By integrating robust cryptographic workflows and leveraging secure enclaves, XALN Analyze ensures that every action, inference, and decision made by its AI Agents is not only reliable but verifiable.

XALN Analyze doesn’t just operate—it proves. Every interaction is backed by cryptographic evidence, delivering transparency, accountability, and trust in a decentralized data ecosystem.