Btw, I'm open to new opportunities. Happy to build something useful for Cardano and beyond.

A while ago I made a simple web app so I could look inside CBOR on the fly and quickly see what was in whatever transaction I was looking at. I named it Cquisitor. Bit by bit it grew from a CBOR decoder into a set of tools that help you figure out what's wrong with a transaction faster. DE-UPLC (a UPLC debugger) and dehosk (a UPLC decompiler) grew up alongside it, first on their own, then inside Cquisitor. Cquisitor can: - validate a transaction and highlight what's broken - tell if a tx involves a DEX and show order details when it can - debug UPLC (DE-UPLC) or decompile it (dehosk) - break CBOR down byte by byte and check it against CDDL - decode transactions and other Cardano structures The whole point of Cquisitor has always been to spend less time on broken transactions. These days a lot of that work happens with AI agents, so the next logical step was to let them use it too. That's why I built cardano-debug-mcp. It gives your AI agent the same capabilities through its native tooling and saves you a lot of headaches while building on Cardano. It can even open the transaction in the Cquisitor web app and show you what's wrong. Happy debugging: github.com/cardananium/carda… npm install -g @cardananium/cardano-debug-mcp claude mcp add --scope user cardano-debug -- cardano-debug-mcp