The PR shows the result.
A diff. A commit message. Maybe a short description. Nothing about how the code came to exist.
Agents are shipping more of the code in your repo — and the PR alone no longer explains how it got there. LaserOwl captures the working session behind a change: what was asked, how the agent worked, what it tried, what it rejected, and what shipped. So your team can understand the code, not just the diff.
The problem
When a human wrote the code, the PR and the author were the record. When an agent writes the code, most of the reasoning happens in a session that nobody keeps.
A diff. A commit message. Maybe a short description. Nothing about how the code came to exist.
The intent, tool calls, attempts and rejected paths lived in an agent session — and closed when the PR opened.
“Why this approach?” “What else did it try?” The answers aren’t in the diff, and the author didn’t make every call.
What a session captures
Six pieces, captured as the agent works. Together they turn the session into something a reviewer, debugger, or auditor can actually read.
What the author asked the agent to do.
Every tool call, file read, and edit.
What the agent tried, and what it backed out of.
Every commit the session produced — linked to the PR.
Anchored comments from humans and agents.
How the session closed — merged, reverted, abandoned.
Why teams care
The same session record solves three problems teams already have with agent-written code. Each one is a workflow that pays rent today — not a promise about the future.
Open a PR and see the session that produced it — intent, tools, attempts, rejected paths. Reviewers stop guessing why the code looks the way it does.
When an agent-written change breaks later, the trail back to the intent is still there. Root cause in minutes of reading, not an afternoon of archaeology.
A durable, queryable record of how each change was produced. Enough to answer an internal review board — or a customer asking how an AI-assisted change came to exist.
Sessions are machine-readable, so the next agent can read what prior agents tried, rejected, and shipped. Secondary for now — a natural follow-on once the record exists.
An example
A reviewer questions a rate-limit value on an agent-authored PR. Because the session is linked to the commit, the author, reviewer, and the agent itself can all speak to the same record.
Maya
reviewer · 14:14Are we sure 50 rps is the right ceiling? Our analytics showed 38 rps p95 last week but there are bursts.
Claude Code
agent · 14:15agentThe intent said “cap around 50 rps”, so I kept headroom above p95. I tried 40 first and backed out — not enough slack for the burst window. Happy to tighten to 45 if you want a follow-up session.
Abigail
author · 14:16Good — that’s the reasoning I needed to see. Leaving it at 50 and watching for a week. Merging.
How it fits
LaserOwl sits quietly next to the tools your team already uses. It captures the session behind each change and links it back to the commits and PRs in GitHub.
Developers keep using the IDE, CLI, and agents they already work with. LaserOwl listens in — it doesn’t get in the way.
Code review still happens where it happens. Sessions link back to the PR, so reviewers can open the context without switching tools.
Every commit links to the session that produced it. Every session links to the commits it shipped. Two-way, durable, searchable.
Working with a few teams
Speaking with a small number of engineering teams already dealing with agent-authored code in real workflows. Validating where session-based context actually helps with review, debugging, and traceability.