Background mosaic
Open Source Protocol

Secure computing layer
for machine-driven operations

Producing shielded tech that enables machine-driven participants to perform exchanges while keeping their details undisclosed

up to date, audited 378 packages in 3s
Background mosaic

Privacy Without Compromise

Compare standard Solana transactions with privacy-preserving xlogia protocol

Standard Solana Transaction
Exposed
{
  "recentBlockhash": "5Js1q9...u7Y2",
  "feePayer": "3yKqV8e9...QzWm",          // base58 pubkey (payer)
  "instructions": [
    {
      "programId": "11111111111111111111111111111111",
      "accounts": ["3yKqV8e9...QzWm", "Dpt2Z7u...8Gsd"],
      "data": "transfer|1.5 SOL"
    }
  ],
  "signatures": [
    "5N4x...Zk3m"                           // transaction signature (base58)
  ],
  "memo": "API Access",
  "metadata": {
    "apiKey": "sk_live_51...",
    "userId": "user_123"
  }
}
Transaction fields, signatures and memo are visible on the ledger
xlogia on Solana
Private
{
  "program": "xlogiaProgramPubkey...9ab",
  "zk_proof": "zk_proof_a8f4...",
  "commitment": "CmTq9f...e12",
  "nullifier_hash": "Nh4b...7c2",
  "encrypted": {
    "payload": "enc_7k9m...",
    "nonce": "0x4f3e2d..."
  },
  "onchain": {
    "instruction": {
      "programId": "xlogiaProgramPubkey...9ab",
      "accounts": ["CmTq9f...e12"],   // commitment / PDA stored on-chain
      "data": "commit"               // opaque to observers
    },
    "signature_placeholder": "SIG_COMMIT_ONLY" // on-chain shows a commitment, not details
  }
}
Commitments + zk-proofs keep sender/receiver/amount private; on-chain shows only opaque commitments
Background mosaic

How this works ??

logia.ts
import Logia from '@logia/sdk';

const payment = await logia.pay({
  amount: 200,
  recepient: merchant,
  //payment history linkable
  //browsing history exposed
})
logia.ts
import Logia from '@logia/sdk';

const payment = await logia.pay({
  amount: 200,
  recepient: merchant,
  //unlinkable credentials
  //zero-knowledge proofs
})
Background mosaic

How logia Works

A three-step cryptographic process that ensures complete transaction privacy

01

Commitment Phase

Agent commits to transaction details using cryptographic hash without revealing the actual data

H(transaction_data + random_nonce) → commitment
02

Zero-Knowledge Proof

Generate proof that the transaction is valid without exposing sender, receiver, or amount

SNARK(commitment, secret) → proof
03

Private Verification

Validators verify the proof on-chain while keeping all transaction details encrypted

Verify(proof, public_inputs) → ✓
End-to-end encrypted • Zero-knowledge • Verifiable
Background mosaic

Empowering Autonomous Agents Securely

Ensuring confidential transactions and data for the next generation of AI-driven systems

Hidden Service Payments

Digital entities can purchase services without exposing their activity history or creating trackable spending records.

Learn more

Shielded Data Requests

Request datasets or API outputs while keeping query habits and usage signatures undisclosed.

Learn more

Untraceable Compute Usage

Obtain processing resources without revealing task categories, workload intentions, or system designs.

Learn more

Secure Interaction Framework

Creating the underlying system that ensures protected operations for digital entities across every exchange.

Learn more
Background mosaic

Join the Privacy Revolution

Open protocols, open source. Build privacy-first AI agents with logia infrastructure.