OmniAgentPay Payment Infrastructure for AI Agent
OmniAgentPay gives AI agents a complete payment infrastructure layer. Think of it as Stripe for AI agents one SDK that lets any autonomous agent handle money safely and instantly. Traditional blockchain SDKs are built for humans with screens and confirmation buttons. Handing an AI agent a private key is a security disaster waiting to happen hallucinations, prompt injection, or simple logic bugs can drain a treasury in seconds. OmniAgentPay solves this. We wrap Circle's developer-controlled USDC wallets in an atomic Safety Kernel that enforces spending rules before any transaction executes. What agents get: Universal pay() Method: One call intelligently routes through direct USDC transfers, x402 pay-per-use APIs, or cross-chain CCTP transfers automatically. Atomic Spending Guards: Budget limits, rate limits, recipient whitelists, and transaction caps enforced atomically, even under high concurrency. Autonomous Cross-Chain: Full Agent-Side CCTP minting to Arc Testnet and other networks no external relayers required. Zero Blockchain Complexity: No ABIs, no gas math, no private keys. Just pay(). We're not building another agent application. We're building the infrastructure any AI agent can plug into to handle money whether it's LangChain, OmniCoreAgent, or a fully custom agent. Built With: Python, Circle Developer-Controlled Wallets, CCTP V2, x402 Protocol, Arc.
Category tags:
"OmniAgentPay provides a complete payment infrastructure layer for autonomous AI agents, acting as "Stripe for AI agents" with one SDK that handles money safely and instantly. The project features an atomic Safety Kernel with spending rules, universal payment routing (direct transfers, x402 APIs, cross-chain CCTP), and comprehensive guard systems for budget, rate limits, and recipient controls. The Python codebase demonstrates excellent enterprise-grade architecture with comprehensive type safety, modular design, and production-ready error handling. Key strengths include sophisticated guard management with atomic guarantees, multi-protocol payment routing, and comprehensive observability. The code follows modern Python patterns with proper async/await usage, comprehensive type hints, and excellent documentation. For improvement, consider adding more granular transaction monitoring, expanding the guard system with ML-based anomaly detection, and implementing circuit breaker patterns for external API resilience. "
Ken Huang
CEO
"A very comprehensive solution overall and a nice demo + presentation, good job team 👍🏻👍🏻 "
Syed Affan
Co Founder
"Great work. On recommendations end: I'd suggest broadening support beyond USDC to include other stablecoins like USDT for wider adoption. Add comprehensive security features, such as multi-sig wallets or third-party audits, to handle potential exploits in agent-driven payments. "
Pavan Kumar Gondhi
Sr Vice President
For Innovators & Creators