Deck: When the wiki says one thing and the code says another, the customer notices before your team does.
What this article solves: Runbooks and ADRs drift from the codebase the moment they're written. This guide shows revenue and engineering teams a concrete workflow for keeping those documents current, traceable, and trustworthy, so the next customer question doesn't stall a deal.
Who this is for: Account executives, solutions engineers, and sales leaders who rely on internal documentation to answer product questions accurately, and the engineering teams responsible for keeping that documentation honest.
Priya had answered this question before. She was certain of it.
It was 11:14 on a Monday morning. A prospect on the other end of a Zoom call was asking whether the platform still supported a specific webhook integration. Priya pulled up the internal wiki on a second screen, found the integration page, and said yes.
The deal went quiet for four days. When the prospect's technical lead came back, they had tested the integration themselves. It no longer worked the way the wiki described. The webhook format had changed in a release three months earlier. The runbook was never updated. The ADR that documented the decision to change it lived in a Confluence page that nobody had touched since the sprint it was written.
Priya had answered correctly, based on what she had. The documentation was just wrong.
The gap between decision and document
Architecture decision records and runbooks have the same failure mode. Someone writes them at a moment of clarity, usually right after a significant change, and then the codebase moves on without them.
A runbook written for last year's infrastructure references services that no longer exist. An ADR that captured why the team chose a particular API pattern becomes misleading after two refactors. On-call engineers stop trusting runbooks. Sales teams quote capabilities that have quietly changed. Both groups are working from the same broken source.
The root cause is not laziness. It is that documentation lives in a separate place from the work. A PR merges, a Slack thread closes, a Linear ticket moves to Done, and none of that activity touches the wiki. The update has to happen manually, by someone who already moved on to the next task.
According to a 2023 survey by Stack Overflow, 62% of developers say that outdated or inaccurate documentation is one of the biggest barriers to their productivity. The problem is not that teams don't care. It is that the workflow doesn't make updating docs the natural next step after making a change.
What a sync-friendly workflow actually looks like
Keeping runbooks and ADRs current requires treating documentation as an output of the engineering process, not a separate task that follows it.
1. Attach the ADR to the PR that implements the decision. When a significant architectural choice is made, the ADR should be drafted in the same branch and merged with the code. Reviewers see it in context. The decision and its rationale are timestamped together. If the decision changes later, the PR that changes it should update or supersede the ADR.
2. Write runbooks against the current state of the system, not the intended state. A runbook drafted before a feature ships often describes how the system was designed to work. Run a review pass after the first real incident or on-call rotation. The gaps between design and reality show up fast in production.
3. Assign a documentation owner to every incident postmortem. Postmortems are one of the best sources of runbook updates. They capture what actually happened, what commands were run, and what the system actually did under pressure. That information should flow back into the runbook before the next on-call rotation, not sit in a postmortem folder that nobody checks.
4. Flag stale docs in code review. If a PR touches a service that has a corresponding runbook or ADR, the reviewer should check whether the doc needs updating. This does not require a new tool. It requires a checklist item in the PR template: "Does this change affect any existing runbook or ADR?"
5. Set a review cadence for high-risk runbooks. Not every runbook needs monthly review. The ones attached to critical paths, authentication flows, payment processing, data migrations, do. A calendar reminder is enough. The goal is to catch drift before an incident exposes it.
In practice
A solutions engineer at a B2B infrastructure company is preparing for a technical discovery call. She searches the internal wiki for the current behavior of the rate-limiting layer, a topic that came up in the prospect's security questionnaire.
The wiki returns a page last edited eight months ago. It references a Redis-based implementation. She opens Linear and searches for recent tickets tagged with the service name. She finds a ticket from six weeks ago, LIN-2847, where the team migrated rate limiting to a new service. The decision thread is in Slack. The PR is on GitHub. None of it connected back to the wiki.
She answers the call with the right information because she happened to search in the right places. The next person might not. That is the version of this problem that ScopeDocs is built to fix: it listens where decisions actually happen, across GitHub, Slack, and Linear, and turns that activity into documentation that stays true to the code, linked back to the source so anyone can verify it.
The wiki would have shown the right answer from the start.
Checklist: keeping runbooks and ADRs current
- ADRs are drafted in the same branch as the code change they document
- PR templates include a checkbox: "Does this change affect an existing runbook or ADR?"
- Every incident postmortem assigns a documentation owner before the meeting closes
- High-risk runbooks have a scheduled review date, not just a "last edited" timestamp
- Runbooks reference specific commands and service names from the current system, not the intended design
- ADRs that are superseded are marked as such, with a link to the decision that replaced them
- New team members are asked to flag any documentation that doesn't match what they observe in the codebase
The answer to Priya's prospect was in a PR. It was in a Slack thread. It was in a Linear ticket. It just wasn't in the wiki, which was the only place anyone thought to look.
Capture the decision once, link it to its source, keep it current as the code changes. That is the standard runbooks and ADRs should be held to. ScopeDocs automates the connection between where decisions happen and where documentation lives, so the next customer question has an answer that's actually true.