Aggregated sprint ADS Q2 W24 - 15-19 Jun • deduplicated roll-up across included teams
This org roll-up aggregates deduplicated frozen issue facts across 5 team snapshots. Count metrics link to snapshot-exact JQL result pages. Jira IDs in the report link to live Jira issues.
Download DOCXYellow. The sprint closed 43/104 visible items. The org roll-up absorbed noise reasonably well — 26/44 added items were closed — but predictability on committed work was only 25.0% (18/72), and bugs made up 46.5% of completed items. The main drag was execution system quality, not readiness: 16/54 carryovers had been marked Ready at planning time.
| Metric | Value | How to read it |
|---|---|---|
| Committed completion | 25.0% (18/72) | Planned items marked Done ÷ all planned committed items |
| Committed carryover | 75.0% (54/72) | Planned committed carryovers ÷ all planned committed items |
| Finish predictability | 26.7% (16/60) | Finish-intent planned items done ÷ all finish-intent planned items |
| Progress predictability | 81.8% (9/11) | Progress items that behaved as intended by carrying |
| Added-during-sprint load | 42.3% (44/104) | Added items ÷ all visible items |
| Added work closure | 26/44 | All added items marked Done |
| Reactive load (bug share) | 46.5% (20/43) | Completed bugs ÷ all completed work |
| Planning quality | 37.5% (27/72) | Committed items marked Ready ÷ all committed items |
| Workflow-truth mismatches | 2 | Items marked Done in review while workflow status remained non-final |
| Signal | Value | How to read it |
|---|---|---|
| Available capacity | 65.6 | Policy-weighted engineering availability after holidays and OOO |
| Nominal capacity | 68 | Active workdays after weekends and bank holidays, before OOO |
| OOO capacity | 2.4 | Vacation / OOO days from tracker evidence when present |
| Bank holiday capacity | 0 | Policy-weighted public-holiday capacity removed from the sprint window |
| Included people | 18 | People with non-zero implementation capacity in this sprint window |
Capacity is companion context for the pulse; it does not alter snapshot issue-count denominators.
It is not a true hours estimate.
OOO tracker export: capacity_ooo_tracker_export.csv
Pavel Petronel replaced Dron Gabriel
Paul Tanasuca ended without configured replacement
Rojan Shrestha replaced Raul Popovici
Across included teams, the sprint did not fail; it traded predictability for responsiveness. 26/44 added items were closed, but that responsiveness came with 46.5% bug share and diluted committed completion.
The miss pattern is concentrated: 14 partial-completion carryovers, 3 dependency-driven misses, and 22 committed items that never really started.
Most misses were not caused by poor readiness. 16 of the 54 carryovers had been marked Ready, so the stronger hypothesis is breakdown, sequencing, and capacity protection rather than simple scoping immaturity.
| Type | Planned | Added | Stretch | Unclear | Total done | Done % |
|---|---|---|---|---|---|---|
| Story | 5 | 2 | 0 | 0 | 7 | 16.3% |
| Task | 3 | 6 | 0 | 0 | 9 | 20.9% |
| Bug | 7 | 13 | 0 | 0 | 20 | 46.5% |
| Signal | Value | Why it matters |
|---|---|---|
| Committed items | 72 | Explicit promise set |
| Committed done | 18 | Closed as promised |
| Committed carry over | 54 | Unfinished promise |
| Committed items marked Ready | 27 | Planning-quality input |
| Carryovers marked Ready | 16 | Ready did not guarantee finish |
| Carryovers not started | 22 | Execution focus gap |
| Carryovers started but unfinished | 15 | Work moved, but did not close |
| Pattern | Count | What it suggests |
|---|---|---|
| Partial completion | 14 | Breakdown / sizing / stage-gating was not tight enough |
| Dependency delay | 3 | Capacity protection or dependency timing created slip |
| Not started | 22 | A committed item remained outside execution focus |
| In Progress / Code Review carryovers | 15 | Most misses were moving, but not closing |
Items marked Done in the sprint-review field while Jira workflow status was still non-final.
| Jira item | Status | Intent |
|---|---|---|
| ADS-7962 — [MOB] Translate app in French | Ready for testing | |
| ADS-7963 — [FE] - Notare cu calificative, insa in catalog PDF apare mediile in note | Code Review |
| Question | Why this matters | What evidence to ask for |
|---|---|---|
| Why did committed items carry over despite planning readiness? | This tests execution quality rather than just scope quality. | Show carryovers split by progress continuation, dependency, and not-started. |
| Are Progress items being managed intentionally? | Progress items are allowed to continue, but the continuation should be visible and controlled. | Show the original slice and the specific landing expectation for each item. |
| Is added work a healthy responsiveness level or chronic interruption? | High responsiveness can hide systemic instability and diluted predictability. | Show which added items were urgent/reactive versus discretionary scope change. |
| Can we trust Done in review when workflow is still non-final? | Workflow-truth gaps reduce trust and make completion easy to game. | Show the exact mismatches and the completion rule to enforce next sprint. |
Included teams in this org pulse: Mobile, Team 1, Team 2, Team-1, University.
Usage note: start with the top-line metrics, then use the traceability links to answer these questions with issue-level evidence.
| Snapshot | Issue count | Link |
|---|---|---|
| Planning snapshot raw list | 74 | 74 issues in the planning snapshot |
| Sprint review / outcome snapshot raw list | 108 | 108 issues in the Friday review snapshot |
| Normalized sprint fact base | 104 | 104 issues used for metrics and drill-down |
Planning and outcome are separate frozen moments.
Metric tables use the normalized sprint fact base, which keeps planning-only misses and outcome-only additions visible for traceability.
| Artifact | Link |
|---|---|
| Issue audit register | Open issue-level audit CSV |
| Metric lineage | Open metric lineage CSV |
| JQL traceability register | Open JQL traceability CSV |
| Sprint metrics JSON | Open sprint metrics JSON |
These companion artifacts keep the pulse debuggable when a leader wants the exact rows behind a metric or a count.