v1.0 stability and defect burn-down

Problem

After public launch, the Cloud Suite will accumulate defects in workspace management and onboarding flows from real-world usage patterns that internal testing did not cover. Without a structured stability program — recurring defect triage, burn-down tracking, and reliability trend monitoring — bugs will pile up, user-facing reliability will degrade over time, and the team will have no systematic way to detect whether the product is getting more or less stable with each release.

Context

• After launch, recurring defects in hosted onboarding, collaboration, and account/project workspace UX will damage trust faster than new features can restore it, so this phase should prioritize stability over new scope.
• The goal is to identify the repeat offenders, remove the highest support burden, and make failure patterns measurable enough that the team knows whether quality is improving.
• Expected touchpoints include apps/cloud/, templates/browser flows, auth/account docs, and cloud tests, bug history, support or incident notes, and any tests or QA gaps that let defects recur.

Possible Solutions

• A - Keep mixing bug fixes with feature work opportunistically: preserves flexibility, but lets long-tail reliability work stay perpetually unfinished.
• B - Recommended: run an explicit stability program: rank defect classes, burn down the highest-frequency issues, and pair fixes with validation so regressions stop recurring.
• C - Freeze all new work until zero known defects remain: simple in principle, but unrealistic and usually counterproductive.

Plan

1. Aggregate the recurring failures in hosted onboarding, collaboration, and account/project workspace UX from bugs, support notes, and recent releases, then rank them by user impact and repeat rate.
2. Turn the top defect classes into a concrete burn-down list with owners, acceptance criteria, and the validation needed to keep each fix from regressing.
3. Land or schedule the highest-leverage fixes first, including any docs or operator changes that reduce repeat incidents.
4. Review the remaining defect mix after the first burn-down pass and update the next tranche of work based on actual stability improvements.

Implementation Progress

Review Feedback

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