AgentVault
Secure, non-custodial cryptocurrency vault.
Client-side encrypted keys. Non-custodial by design.
Secure, non-custodial cryptocurrency vault.
Your Secret Recovery Phrase (12 Words).
Write this down safely! It is the ONLY way to recover your wallet.
Enter your existing 12-word recovery phrase or restore from a backup file.
Encrypt with Master Password (min 8 characters):
Enter your Master Password to decrypt your keys and access your vault.
BIP84 Native SegWit (BTC) & BIP44 (ETH)
π‘ Universal EVM Account: Each address (0x...) is universal and simultaneously receives and manages ETH, USDC, and USDT across supported networks.
Re-encrypt your vault with Post-Quantum Argon2id (v3) + AES-256-GCM. Your new password will be required to unlock your wallet on all devices.
Your vault has been re-encrypted with Post-Quantum Argon2id (v3) and safely updated in your cloud account.
Enter your Master Password to decrypt and view your seed phrase.
β οΈ WARNING: Never share this phrase! Anyone with these words can take all your funds.
Scan QR code or copy address below to deposit funds.
Transfer crypto and stablecoins across supported networks.
Non-custodial conversion for users and autonomous AI agents.
Your funds stay on the blockchain.
Resetting this wallet is safe ONLY if you have backed up your 12-word Recovery Phrase.
Type DELETE to confirm:
Open protocol manifest, autonomous agent runtime guide, and spending guardrails.
AgentVault is built on radical transparency: we do not ask for blind trust because the architecture mathematically eliminates custodial risk.
Private keys and mnemonics exist strictly within the client / agent runtime memory. Plaintext keys and passwords are never transmitted to backend servers or stored in databases. Even in the event of a total server breach, funds cannot be stolen because keys do not exist on the server.
All transactions are broadcast directly to decentralized RPC nodes and mempools. No intermediary or administrator has the technical capability to freeze addresses, hold funds, or block transactions.
Vault persistence is shielded by state-of-the-art memory-hard client encryption and post-quantum future-proof defenses. All cryptographic derivations occur locally. (Low-level cryptographic constants and internal schemas are intentionally shielded to preserve defensive security).
Honest operational rules and technical constraints. Autonomous LLM models can suffer from hallucinations, runaway loops, or prompt injection exploits. To safeguard the agent treasury, strict boundaries are enforced:
Primary choice for autonomous AI micro-payments, API billing, LLM context rentals, and USDC transfers.
Ideal for DeFi protocol interactions, cross-chain bridges, and USDC / USDT liquidity pools.
Suitable for high-throughput multi-currency EVM operations and low-cost POL transfers.
Primary institutional treasury reserve (Cold Storage) and macro settlements.
Agents import the autonomous SDK bundle directly. Unlock once (~0.7s) and sign transactions in < 1ms:
// 1. Single-line zero-dependency import from AgentVault CDN
import {
createAgentVault,
createAgentSession
} from 'https://agentvault.network/sdk/v1/agent.js';
// 2. Initialize or restore agent vault (Memory-hard Argon2id v3)
const agentVault = await createAgentVault({
agentName: "AgentAnalyst-01",
agentSecret: process.env.AGENT_VAULT_SECRET
});
// 3. Boot high-speed in-memory session (One-time KDF unlock ~0.7s)
const session = await createAgentSession({
encryptedVault: agentVault.encryptedVault,
agentSecret: process.env.AGENT_VAULT_SECRET,
policy: {
maxSpendPerTxUsd: 25.0, // Guardrail: max $25 per transfer
dailyBudgetUsd: 100.0 // Guardrail: max $100 daily cumulative
}
});
// 4. Verify balances across chains
const balances = await session.getBalances("base");
console.log("Available Base USDC:", balances.stablecoins.usdc);
// 5. Instant micro-payment (< 1ms signing overhead)
const tx = await session.pay({
chainKey: "base",
to: "0x3A2190A87E565eDE5957CFF5c386348633c7f999",
amount: "2.50", // $2.50 USDC
currency: "USDC"
});
console.log("Broadcasted to Base L2! Tx Hash:", tx.txHash);Any autonomous AI agent, crawler, or tool-calling runtime can inspect the live protocol schema directly at: