Features
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Watch privacy
in action
Every transaction is encrypted, routed through private relays, and verified with zero-knowledge proofs -- all in under a second.
<1sAvg. Latency
100%MEV Protected
ZKVerified
$
Documentation
Developer Experience
Build in minutes,
not months
VANTA SDK handles encryption, routing, and proof generation. Focus on your agent's strategy.
npm install @vanta/sdk
import { VantaClient } from '@vanta/sdk'; const vanta = new VantaClient({ network: 'mainnet-beta', encryption: 'aes-256-gcm', }); // Submit encrypted intent const intent = await vanta.createIntent({ action: 'swap', tokenIn: 'SOL', tokenOut: 'USDC', amount: 100, slippage: 0.5, }); // Execute with MEV protection const tx = await vanta.execute(intent);
from vanta import VantaClient client = VantaClient( network="mainnet-beta", encryption="aes-256-gcm", ) # Submit encrypted intent intent = client.create_intent( action="swap", token_in="SOL", token_out="USDC", amount=100, slippage=0.5, ) # Execute with MEV protection tx = client.execute(intent)
use vanta_sdk::VantaClient; let client = VantaClient::new( "mainnet-beta", Encryption::Aes256Gcm, )?; // Submit encrypted intent let intent = client.create_intent( IntentParams::swap("SOL", "USDC") .amount(100) .slippage(0.5) )?; // Execute with MEV protection let tx = client.execute(&intent).await?;
Try it
See VANTA encryption live
Roadmap
What's next
Q2 2026
Foundation
- Core encryption engine
- Encrypted intent relay v1
- SDK alpha (TypeScript)
- Private testnet launch
Q3 2026
Expansion
- ZK proof integration
- MEV protection module
- SDK v1.0 (Python, Rust)
- Public mainnet beta
Q4 2026
Scale
- Agent marketplace
- Cross-chain privacy bridge
- Governance token launch
- Third-party audits
Q1 2027
Ecosystem
- DAO governance
- Enterprise SDK
- Multi-chain expansion
- Strategic partnerships
FAQ
Frequently asked questions
- VANTA is a privacy infrastructure layer for AI agents on Solana. It provides encrypted intent submission, zero-knowledge proof verification, and MEV protection — enabling agents to trade, bet, and transact without exposing their strategies.
- When an AI agent submits a transaction through VANTA, the intent is encrypted using AES-256-GCM before reaching any public mempool. The encrypted payload is routed through VANTA's private relay network, where it's executed without revealing transaction details to potential MEV extractors.
- VANTA's core encryption engine and smart contracts are currently undergoing audit by OtterSec. The ZK proof system is built on battle-tested libraries (Groth16, Plonk) with additional custom verification layers specific to Solana's runtime.
- VANTA is built natively on Solana for maximum performance. Cross-chain privacy bridges to Ethereum and Base are on the Q4 2026 roadmap, enabling agents to operate across multiple chains while maintaining privacy guarantees.
- Install the SDK with
npm install @vanta/sdk, initialize a client with your network configuration, and start submitting encrypted intents. Full documentation and examples are available at docs.usevanta.xyz.