Project Management for DevOps Teams

Postmortems that produce a document, not a fix

Every incident ends the same way: a postmortem doc, a list of action items, general agreement that "this shouldn't happen again," and then, three weeks later, it happens again. Not because anyone lied in the meeting, because the action items lived in a doc nobody re-opened, with no owner, no deadline, and no board they'd show up on.

A doc is where a decision gets written down. It is not where work gets tracked. The moment those two things live in different places, the postmortem's real output, the actual fixes, has no mechanism forcing it to happen.

You can usually tell which teams have this problem by asking one question in a retro: how many of last quarter's postmortem action items actually shipped. Most teams don't know the answer, and not knowing is itself the answer.

ShipSprint keeps them in the same workspace: turn a postmortem action item straight into a task, with an owner and a place on a board carrying a WIP limit, so it competes for attention the same way a customer-facing bug would, instead of sitting in a doc that only gets reopened during the next incident.

The measure of whether a postmortem process works isn't how thorough the document was. It's whether the same failure mode shows up again in six months. That's a tracking problem before it's a writing problem, and it's the one most postmortem templates never actually solve.

What this doesn't claim to be

• Not a CI/CD pipeline tool, the GitHub link is branches, merged pull requests, and cycle-time analytics, not a deploy orchestrator
• Not a monitoring or alerting system, it's where the follow-up work from an incident gets tracked, not where the incident gets detected
• Not activity surveillance for the on-call rotation, no screenshots, no keystroke logs, only tracked outcomes
• Not a compliance certification of any kind, ShipSprint doesn't hold SOC 2 or ISO 27001, and doesn't claim to

On-call handoff, walked through

Rotation changes hands at 9am. The outgoing engineer's open items, anything mid-investigation, anything flagged blocked overnight, are visible on the board with context already attached, instead of living in their head or a scrollback the incoming engineer has to read cold. If something needs a second pair of eyes, the same "I'm blocked" flag that works mid-incident works here too: it routes with the task attached, not a paragraph the outgoing engineer has to write at the end of a long shift.

It's a small mechanism, but it's the difference between a handoff that's a real transfer of state and one that's a hope that nothing important got left out of the verbal recap.

What a release actually looks like end to end

A release starts as a set of cards on a board, each linked to the branch and pull request that will close it. As engineers merge, cards close themselves, so by the time you're writing release notes, you're not reconstructing "what actually shipped" from a git log, you're reading it off the board. Anything that didn't make the cut simply stays open, carried into the next cycle instead of quietly forgotten.

If something in the release causes an incident, the trail runs backward the same way: from the incident, to the postmortem action item, to the fix, to the pull request that closed it, to the release it shipped in. None of that requires a separate incident-management tool to reconstruct after the fact, it's the same board, read in a different direction.

Cycle-time analytics on top of that show whether releases are getting faster or slower over time, and whether reliability work specifically is keeping pace with feature work or quietly losing the argument for priority sprint after sprint.

That last comparison is usually the one that's hard to make with a gut feeling and easy to make with the numbers sitting in front of you, whether the team that keeps saying "we need more time for reliability work" actually has evidence for it, or whether it's a fair ask that's never been quantified because nobody had the data handy to quantify it with. Teams that start feeding postmortem actions through ShipSprint tend to be able to answer that question for the first time within a quarter or two.

Pricing

Team covers the board, wiki and GitHub integration most on-call rotations need.

Business adds forecasts and the owner command center if you're tracking reliability work across multiple squads. Every paid plan starts with a 14-day full-access Business trial and a preloaded sample project, enough time to run one real postmortem through it before deciding.