How to Write Better Standup Updates (by Not Writing Them)
How to write better standup updates? Stop writing them from memory. Here's a teardown of why they fail and what to do instead.
By Ellis Keane · 2026-03-17
The average engineering standup update is a work of speculative fiction.
Not deliberately, of course. Nobody sits down to fabricate their status. But the format itself – "what did you do yesterday, what are you doing today, any blockers?" – is a memory test administered to people who spent the previous day in flow state, and the results are about as reliable as you'd expect. You did... things. With code. There was a PR, probably. Someone asked a question in Slack that took an hour to answer but felt like five minutes. You're pretty sure you moved an issue to "in review" but you might be thinking of Tuesday.
And so you write something. "Continued work on the auth refactor. Reviewed two PRs. No blockers." Which is technically true in the same way that "visited France" is a technically true description of D-Day.
This is a teardown, not a how-to. I'm not going to give you a template, because the premise is broken. If you're wondering how to write better standup updates, the honest answer is: stop writing them from memory entirely. The question isn't how to write better standups – it's why we're still hand-writing status reports in 2026 when every tool we use already knows what we did.
The Standup Update as Lossy Compression
Here's what actually happened on a recent Wednesday for one of our engineers (I won't name them, but they know who they are, and they've since forgiven me for cataloguing this):
- 09:14 – Opened a PR against
feature/queue-retry with 340 lines changed across 7 files
- 09:47 – Left a review comment on PR #412 asking about an edge case in the error handler
- 10:22 – Replied to a Slack thread in #engineering about whether we should use exponential backoff or fixed intervals
- 10:51 – Updated Linear issue ENG-287 from "In Progress" to "In Review"
- 11:30 – Started a new branch for ENG-301
- 13:15 – Pushed 3 commits to the new branch
- 14:40 – Replied to PR #412 review thread (the edge case conversation had gotten interesting)
- 15:30 – Left a comment on a Notion doc about the retry strategy, linking to the Slack thread from earlier
- 16:10 – Moved ENG-301 to "In Progress" in Linear
That's nine discrete, timestamped, machine-recorded events across four tools. Here's what actually appeared in the next morning's standup:
"Worked on the queue retry stuff. Reviewed a PR. Started on the error handling ticket."
Nine events compressed to three clauses. The PR number is gone. The Slack conversation about backoff strategy – which influenced the implementation and will be relevant again in two weeks when someone asks "why exponential?" – is gone. The Notion doc link, the Linear state transitions, the review thread that surfaced an edge case: all gone. The standup update preserved maybe a sixth of the useful signal and none of the connections between them.
This isn't a discipline problem (well, maybe a little). This is what happens when you ask a human to manually serialise a directed acyclic graph into three bullet points.
Why "Write More Detail" Doesn't Work
The obvious fix is to write more detailed standup updates, and most standup advice you'll find will tell you to do exactly that. Include ticket numbers! Link your PRs! Be specific about what "in progress" means!
And, look, this advice is correct in the same way that "eat more vegetables" is correct. Nobody's going to argue with it. The problem is that teams rarely sustain it for more than about two weeks. I've tried. I've built Slack reminder bots. I've created templates with placeholder fields. I've even written a Chrome extension once (briefly, embarrassingly) that pre-populated standup fields from my GitHub activity. The extension lasted three days before I disabled it because it was pulling in draft PRs and making me look either very productive or slightly unhinged.
The failure mode is always the same: the effort of writing a detailed standup update approaches the effort of actually doing the work, and humans – being admirably efficient creatures – route around the overhead. You end up with the same three-clause summary, now with a ticket number sometimes appended if the person remembered.
The problem with standup updates isn't lazy writing. It's that the format requires manual reconstruction of information that already exists, in richer form, across your tools.
A Teardown of One Week's Standup Updates
I went back through a week of our team's async standup posts (we use a Slack channel, which means I could actually search them – small mercies) and catalogued what was lost. Five engineers, five days, twenty-five standup updates.
What the standups captured:
- 25 high-level task descriptions ("worked on X", "continued Y")
- 8 PR references (of 31 actual PRs opened or reviewed that week)
- 3 blocker mentions (of 7 actual blocks identified in Slack threads)
- 0 decision references (of at least 4 non-trivial technical decisions made that week)
- 0 cross-tool links
What the tools already knew:
- 31 PRs opened, reviewed, or merged (GitHub)
- 47 Linear issue state transitions
- 12 Slack threads with substantive technical discussion
- 4 Notion docs created or meaningfully edited
- 89 commits with messages
By my rough count, the standups captured maybe a fifth of the actual activity and – this is the part that really stings – basically none of the context. The standup that said "reviewed a PR" didn't mention that the review uncovered a race condition that blocked the release. The standup that said "no blockers" was written by someone who'd spent 40 minutes in a Slack thread trying to understand why the staging environment was returning 502s (they didn't consider it a "blocker" because they'd resolved it by the time they wrote the update, but three other people encountered the same issue later that day).
The Information Your Team Actually Needs
If you step back from the standup format and ask what information a team actually needs to stay aligned, the list is short:
1. What changed? Not "what did you work on" but what's different now. Which issues moved state? Which PRs were opened or merged? Which branches are active? Most of this can be pulled directly from tool events.
2. What was decided? Every technical decision that narrows the solution space. "We're going with exponential backoff for retries." "The API will return 429 instead of 503 for rate limiting." These live in Slack threads, PR review comments, and (if you're lucky) Notion docs. They almost never appear in standup updates.
3. What's stuck? Not the blockers people self-report (which are the ones they've already identified and are working on) but the work that has quietly stopped moving. An issue that's been "in progress" for four days. A PR with no reviewers assigned for 48 hours. A branch with no commits since Monday. This is the information that actually prevents balls from dropping, and it's the information that standup updates are worst at surfacing – because nobody writes "I'm stuck on something I haven't realised I'm stuck on."
4. What's connected? The PR that implements the decision from the Slack thread that was prompted by the Figma comment that flagged the edge case. The standup format doesn't even have a field for this. It can't, because connections between artefacts across tools are invisible to the person writing the update and legible only from outside.
How to Write Better Standup Updates (Finally, the Actual Advice)
Right, I promised you'd learn how to write better standup updates, so here's what actually works – and fair warning, most of it involves writing less, not more.
Stop writing and start linking. Instead of "worked on auth refactor," paste the PR URL. Instead of "reviewed a PR," paste the review comment where you flagged the issue. The link contains the context; your summary strips it out. This takes less effort than writing a narrative and delivers more information. If your async standup tool doesn't support rich link previews, that's a tool problem, not a process problem.
Use your tools' activity feeds as a draft. Before writing your standup, open your GitHub activity page and your Linear "assigned to me" view. Your standup is already there – you just need to curate it. Pick the 3-5 most relevant items and link them. This takes about 90 seconds and produces a dramatically more useful update than writing from memory.
Report decisions, not activity. The single most valuable thing you can add to a standup that your tools can't (yet) generate automatically is decision context. "Decided to use exponential backoff for retries – thread here." "Aligned with design on the error state flow – Figma comment here." These are the signals that evaporate fastest and matter most.
Flag the invisible stuck work. Look at your board. Anything that hasn't moved in 48 hours gets mentioned, even if you don't think it's blocked. "ENG-301 hasn't moved because I'm waiting for the API spec, which is waiting for the Notion doc, which is waiting for the design review." The dependency chain is the blocker; you just couldn't see the whole thing from where you were sitting.
What Comes After Standups
I suspect – and I realise this is self-serving, coming from someone building exactly this kind of tool – that the standup update is one of those processes we'll look back on the way we look back on manually rotating server logs. It was the best we could do with what we had, and then what we had got better.
The information your team needs to stay aligned already exists in your tools. It's in the GitHub events, the Linear transitions, the Slack threads, the Notion edits. The gap isn't generation – it's connection. Most teams still lack a layer that stitches it together into a timeline linking PRs, issue transitions, and decision threads. That's a knowledge graph problem, and it's what we're working on with Sugarbug (though, honestly, the hardest part isn't ingesting the signals – it's figuring out which ones actually matter enough to surface).
But even without that layer, you can write dramatically better standup updates today by accepting that the update itself is a pointer, not a narrative. Link, don't summarise. Flag decisions, not activity. And if your standup takes more than 90 seconds to write, you're doing the tool's job for it.
Let Sugarbug surface what your team did yesterday automatically – so your standup can focus on decisions, not recitation.
Q: How do I write better standup updates? A: The most effective standup updates aren't written at all – they're assembled from the work you already did. Link the PR you opened, the issue you moved, the thread where the decision happened. Narrating your day from memory produces a lossy summary that strips out exactly the context your teammates actually need. In our team, linking usually took under two minutes and produced better context than five minutes of writing from memory.
Q: Does Sugarbug automate standup updates? A: Sugarbug doesn't generate standups for you, but it surfaces the signals that make them unnecessary. It connects your Linear issues, GitHub PRs, Slack threads, and Notion docs into a knowledge graph, so anyone on the team can see what happened yesterday without asking you to remember it. The goal isn't a better status update – it's making the question obsolete.
Q: Why do async standups feel like a waste of time? A: Because most async standups ask you to manually reconstruct what you did from memory, then type it into a format nobody reads carefully enough to catch what's actually important. The information already exists in your tools – the commits, the issue transitions, the Slack discussions. Retyping it is pure overhead, and the retyped version is inevitably less complete than the original.
Q: Can Sugarbug replace daily standup meetings? A: Sugarbug doesn't replace your standups – it replaces the need to prepare for them. When your team's work is already connected across tools in a knowledge graph, the question "what did you do yesterday?" answers itself. Some teams find they can drop standups entirely; others keep a shorter version focused on decisions and blockers rather than activity recaps.