HYDRA
Parallel AI Multisig · Monad
Orchestrator offline
3
AI Agents
Independent guardians
1
Block
Parallel voting
2/3
Consensus
Required to execute
<1s
Latency
GROQ inference
How It Works
Parallel protection in one block
Unlike sequential multisigs, HYDRA agents vote simultaneously — enabled by Monad's parallel EVM.
Submit TX
User sends intent
Parallel Analysis
🛡️
Security
📊
Risk
💼
Portfolio
Block #4,291,337
Execute
2-of-3 approved
AI Guardians
Three layers of protection
Each agent specializes in a different dimension of transaction safety, powered by Llama 3.3 70B on GROQ.
🛡️
Security Agent
Screens for known scam addresses, phishing contracts, and malicious patterns.
Address blacklist screening
Contract verification
Phishing detection
Social engineering flags
📊
Risk Agent
Evaluates transaction value relative to wallet balance and scores overall risk.
Value-to-balance ratio
Gas cost analysis
Historical pattern check
Anomaly detection
💼
Portfolio Agent
Monitors portfolio concentration and prevents dangerous over-exposure.
Balance impact analysis
Concentration limits
Diversification rules
Liquidity assessment
Why HYDRA
Traditional multisig is broken
Traditional Multisig
✕Human signers can be compromised
✕Sequential approval is slow
✕No intelligent risk analysis
✕Single dimension of verification
HYDRA Multisig
✓AI agents can't be socially engineered
✓Parallel voting in one block
✓Multi-dimensional threat analysis
✓Three specialized perspectives
Built With
Monad
Parallel EVM L1 blockchain
10,000 TPS
GROQ
Ultra-fast LLM inference
Llama 3.3 70B
Solidity
On-chain multisig contract
2-of-3 voting
Ready to protect
your transactions?
Connect your wallet and experience AI-powered transaction security on Monad Testnet.