Coding-agent work
Prompts, plans, shell commands, edits, tests, retries, and decisions happen inside local development sessions.
// comparisons
Observability explains how AI systems perform. AgentPM preserves how software work gets done: the requests, commands, code changes, decisions, tests, outcomes, and handoffs that need to carry forward.
AgentPM is the work-history layer for coding agents. Observability tools show model and app behavior; AgentPM keeps the software-work record they cannot see.
// where each tool sits
Most software records begin after the work is summarized. AgentPM preserves the messy, useful work trail that comes before GitHub, Jira, production telemetry, or eval dashboards can explain what happened.
Prompts, plans, shell commands, edits, tests, retries, and decisions happen inside local development sessions.
Commits, branches, PRs, docs, tickets, and release notes become the visible record most teams already review.
Model requests, traces, evals, latency, cost, feedback, and guardrails appear when AI systems are tested or running.
// where AgentPM fits
Langfuse, Braintrust, Helicone, Future AGI, Arize, and Weights & Biases help teams trace, evaluate, guard, and monitor AI systems. AgentPM preserves the development history created while coding agents do the work so humans can review it and future agents can continue it.
// agentpm evidence
Coding agents leave behind more than a diff. AgentPM keeps the development signals teams need for review, handoff, coaching, governance, and repeated improvement.
What the agent thought it was doing before it touched code.
The real shell work, failures, retries, and verification trail.
Which files moved, why they moved, and how the implementation evolved.
What was run, what passed, what failed, and what remains unproven.
How local work travels toward commits, pull requests, and deployment.
Tradeoffs, reversals, open questions, and follow-up context worth keeping.
// comparison pages