Build a Bug Triage Process Your Team Will Actually Use
Summary of the video “Best Practices for Triaging Software Bugs: Developing a Bug Triage Process with Your Team” by Bugsnag.
Establish clear ownership, assign triage responsibility through rotation or by code author, track triage as a performance metric, and use filtered bookmarks to manage large backlogs incrementally. Make bug triage a deliberate part of your engineering culture, not an afterthought.
Making Triage a Team Responsibility
Assign Project Ownership and Accountability
Each codebase or Bugsnag project needs a designated owner—typically an engineering leader—who is accountable for the health, stability, and triage quality of that project. This person is responsible for creating a culture of regular and accurate bug triaging within their team, not necessarily doing all the work themselves.
Make Triage a Performance Target
Track bug triage as an explicit performance metric for your team. Measure both the degree to which bugs are being triaged and the quality of triage decisions made. This shifts triage from an ad-hoc activity to a deliberate engineering practice.
Establish a Daily or Weekly Triage Rotation
Assign responsibility for periodic triage through a rotating schedule where one engineer on the team owns bug review for a given day or week. This makes it clear to everyone who is responsible for triage at any given time and distributes the workload fairly.
Handling Bugs from New Code
Assign Reactive Triage to the Deploying Engineer
The engineer who deploys new code should be responsible for triaging any bugs introduced by that code. This person has the most context on what the code does and how it fits into the system, making them the best equipped to make triage decisions quickly and accurately.
Separate Reactive and Periodic Triage Workflows
The periodic triage rotation handles bugs from edge cases in legacy code, re-entered snoozed issues, and regressions in new versions. The deploying engineer handles bugs from their own new code. This separation prevents context loss and speeds up triage decisions.
Managing Large Bug Backlogs
Start with a Filtered High-Priority Subset
If your inbox is overwhelming, create a custom filter that shows only the highest-impact bugs—for example, production-only, unhandled errors, error-level severity, from the past week. Triage this smaller set to inbox zero first, then gradually expand the filter to include more bugs over time.
Save and Share Filtered Bookmarks with Your Team
Create a named bookmark of your filtered search (e.g., 'Priority for Review') and share it with the team. Set it as the default view so everyone sees the same high-impact subset. As the team consistently hits inbox zero, update the bookmark to include more bugs gradually.
Iteratively Expand Filter Scope Over Time
Once the team is consistently triaging the high-priority subset to inbox zero, modify the bookmark filters to be less restrictive—include staging errors, lower severity levels, and longer time windows. Update the shared bookmark so the team automatically sees the new scope. Repeat until you can triage the full for-review set.
Mark All Errors as Fixed in Extreme Cases
In rare cases where the backlog is unmanageable, mark every error in the inbox as fixed. This resets the inbox to zero and allows any ongoing bugs to re-enter the for-review state as they occur in future releases. This aggressive tactic gives you breathing room to restart a sustainable daily triage process.
Key Principles
Clarity and Buy-In Are Essential
Whatever triage process you design, ensure your entire team understands and agrees on it. Clear communication about who is responsible for what, when, and how prevents confusion and ensures consistent execution.
Triage Quality Matters as Much as Speed
Hitting inbox zero is one thing; making the right triage decisions consistently is another. The goal is not just to process bugs quickly but to make accurate, high-quality triage calls that reflect your team's priorities and engineering standards.
Notable quotes
Make it a performance target, make sure you're tracking the degree to which bugs are being triaged. — Bugsnag
The person shipping the new code has the most context on what that code is trying to do. — Bugsnag
For most teams with a little bit of focus, it's possible to plow through that backlog and get down to inbox zero. — Bugsnag
Action items
- Identify and assign a project owner for each codebase who will be accountable for triage quality and team culture.
- Define a daily or weekly triage rotation for your team and communicate it clearly to everyone.
- Establish a rule that engineers deploying new code perform reactive triage on their own bugs.
- If you have a large backlog, create a filtered bookmark showing only high-priority errors (e.g., production, unhandled, error-level, past 7 days) and share it with the team.
- Set the filtered bookmark as the default view and commit to triaging it to inbox zero daily.
- After one week of consistent daily triage, update the bookmark to include a larger set of errors and repeat.
- Track triage metrics (e.g., percentage of bugs triaged, triage decision quality) as a team performance target.