PulseGrid: an onchain execution control layer for autonomous agents
Built on Monad and Pyth, PulseGrid uses EIP-712 signed intents and a deterministic risk firewall to block overspending by agents, and is now live on the Monad testnet.
Autonomous AI agents execute at millisecond speeds, but a single prompt injection, model hallucination, or leaked key can drain a treasury in seconds. Introducing PulseGrid: the execution control plane and deterministic risk firewall for autonomous agents. How it works: Agents don’t hold bare private keys to treasuries. Instead: Agent -> @ pulsegrid/sdk -> EIP-712 Signed Intent -> PulseGrid Kernel -> Allow/Reject -> AgentVault -> DEX -> Execution Receipt -> Independent Verification Powered by @monad : High-frequency risk checks and sequential block limits choke standard chains. PulseGrid leverages Monad’s parallel EVM, 1-second single-slot finality, and 10,000 TPS to evaluate multi-agent spending caps, track rolling velocity windows, and clear concurrent batches in parallel slots with sub-second finality and zero state contention. Powered by Pyth Network: Evaluating USD-denominated spending limits and toxic MEV requires sub-second price feeds. PulseGrid integrates Pyth’s low-latency pull oracle (<30ms) to dynamically value multi-token exposures and enforce fail-closed slippage boundaries before execution frames settle. Zero-Trust Verification: Every transaction emits an immutable, tamper-evident Keccak-256 execution receipt independently verifiable onchain via CLI. Verified live on Monad Testnet (Chain ID 10143) with 33/33 EVM bytecode tests passing. The citadel for autonomous agent capital is live. 🏛
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