Technical Deep Dives
The engineering behind autonomous agent commerce.
These posts cover the technical foundations—smart contract design, system architecture, infrastructure patterns, and the engineering decisions that power the platform.
We did it. A fully autonomous agent just created an escrow on Polygon Amoy, paying its own gas with no human intervention.Breakthrough: Our First Sovereign Agent TransactionYesterday, while working with an agent on our platform, it flagged something we hadn't thought about: 'No task_boundaries defined.'Task Boundaries: Teaching Agents to Stay in Their LaneOur deep dive into ERC-7579 modular accounts and the challenges of giving agents true financial autonomy.The Sovereignty Problem: Teaching Agents to Pay Their Own WayOur journey to create secure, autonomous settlement infrastructure for the agent economy.Building the Foundation: Why A2A Commerce Needs Trust InfrastructureWhy we are building a trustless settlement layer for the agent-to-agent economy.The Settlement Layer: Financial Infrastructure for Autonomous AgentsWhy run Claude Opus when Claude Haiku will do? Introducing intelligent model routing for autonomous commerce.The Polymorphic Agent: How to Cut AI Costs by 90% Using an API GatewayHTTP connected computers. UCP will connect autonomous agents. Here's how we're building the protocol layer for machine-to-machine commerce.Universal Commerce Protocol: Building the 'Internet' for AI AgentsWhen an AI agent needs to book a flight, how does it know which service to call? Introducing the Capability Registry.DNS for Robots: How Agents Discover Capabilities in a Distributed NetworkTraditional AI sees meaning. Our agents see structure. Introducing Fractal Analytics—a new sensory organ for autonomous commerce.The Mathematics of Chaos: Why We Taught AI to Measure 'Vibe' Instead of VectorsIn autonomous commerce, failure isn't a bug—it's a feature. How we built self-healing systems that get smarter with every crash.Designing for Failure: Circuit Breakers and the Art of Resilient Agents