Ramp Labs on X: "How we made Ramp Sheets self-maintaining" / X

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To view keyboard shortcuts, press question mark View keyboard shortcuts Home Explore Notifications Chat SuperGrok Premium+ Bookmarks Creator Studio Articles Profile More Post floguo @floguo Article See new posts Conversation Ramp Labs @RampLabs How we made Ramp Sheets self-maintaining 25 52 470 202K We built an agentic system to maintain Ramp Sheets. It continuously monitors production, triages alerts, and proposes fixes without human intervention - although no code is merged without engineer review. The system runs on a thousand AI-generated monitors, one for every 75 lines of code. We built this because: Agents are cheap to run, infinitely patient, and easy to parallelize. These properties make exhaustive monitoring feasible at production scale. Teams hate owning observability, ourselves included. Offloading this grunt work to an agent lets us ship faster. Strong observability and QA mean fewer bugs, less downtime, and a better experience for Ramp customers. Ramp Inspect We chose to

We built an agentic system to maintain Ramp Sheets. It continuously monitors production, triages alerts, and proposes fixes without human intervention - although no code is merged without engineer review. The system runs on a thousand AI-generated monitors, one for every 75 lines of code. We built this because: Agents are cheap to run, infinitely patient, and easy to parallelize. These properties make exhaustive monitoring feasible at production scale. Teams hate owning observability, ourselves included. Offloading this grunt work to an agent lets us ship faster. Strong observability and…

Ramp Labs on X: "How we made Ramp Sheets self-maintaining" / X

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