Technical Debt Scorecard Template
A PM-engineering scorecard for assessing and prioritizing technical debt. Quantify impact, risk, and effort so debt competes fairly with features on the roadmap. Free to copy, download, and use. No signup required.
# Technical Debt Scorecard **Team:** [Team Name] **Date:** [Date] **PM:** [Name] **Tech Lead:** [Name] **Review Cycle:** [Quarterly / Sprint Planning] --- ## Why This Exists Technical debt is invisible to stakeholders until it explodes. This scorecard gives you a shared language for debt prioritization that sits alongside features on the roadmap — not separate from it. --- ## Debt Inventory | # | Debt Item | Component / Area | Age | Type | Score | Priority | |---|---|---|---|---|---|---| | 1 | | | | | | | | 2 | | | | | | | | 3 | | | | | | | **Type options:** Architecture, Dependency, Test Coverage, Documentation, Performance, Security --- ## Scoring Rubric Each debt item is scored on 4 dimensions. Total = sum of all four. ### 1. Business Impact (1–5) How much does this debt slow down feature delivery or hurt users today? | Score | Description | |---|---| | 5 | Blocking feature development; engineers work around it weekly | | 4 | Slowing feature development; adds 20–50% to estimates | | 3 | Occasional friction; one sprint per quarter lost to workarounds | | 2 | Minor annoyance; rarely affects delivery speed | | 1 | No current impact; theoretical risk only | ### 2. Risk (1–5) What is the probability and severity of failure if left unaddressed? | Score | Description | |---|---| | 5 | Active security vulnerability or data integrity risk | | 4 | High probability of production incident within 6 months | | 3 | Moderate probability of incident within 12 months | | 2 | Low probability; manageable if it fails | | 1 | Negligible risk | ### 3. Fix Effort (1–5, inverted — lower effort = higher score) | Score | Effort to Fix | |---|---| | 5 | < 1 day | | 4 | 1–5 days | | 3 | 1–2 weeks | | 2 | 1–2 months | | 1 | > 2 months / requires major re-architecture | ### 4. Future Cost (1–5) How much more expensive will this debt become if we delay fixing it? | Score | Description | |---|---| | 5 | Cost doubles every sprint (actively accumulating) | | 4 | Cost grows significantly with each new feature in this area | | 3 | Moderate growth; affected area is actively developed | | 2 | Slow growth; area is rarely touched | | 1 | Static; won't get worse if deferred | --- ## Scored Inventory | # | Debt Item | Impact | Risk | Fix Effort | Future Cost | **Total** | |---|---|---|---|---|---|---| | 1 | | /5 | /5 | /5 | /5 | /20 | | 2 | | /5 | /5 | /5 | /5 | /20 | | 3 | | /5 | /5 | /5 | /5 | /20 | --- ## Priority Thresholds | Score | Action | |---|---| | 16–20 | Fix this sprint (or immediately if security) | | 11–15 | Schedule in next 1–2 sprints | | 6–10 | Backlog with a target quarter | | 1–5 | Acknowledge and defer; review next quarter | --- ## Remediation Plan | Debt Item | Priority | Owner | Target Sprint | Effort Estimate | Done? | |---|---|---|---|---|---| | | P1 | | | | | | | P2 | | | | | --- ## Debt-to-Feature Ratio Target > As a team, we commit to allocating **[X]%** of each sprint to debt reduction. Recommended baseline: 15–20% of sprint capacity for established products. Track actuals vs target each sprint: | Sprint | Debt % | Feature % | Comment | |---|---|---|---| | | | | |
How to use this Technical Debt Scorecard template
Run the inventory with engineering, not from memory
Ask engineers to add items to the debt inventory before the scoring session. Debt that lives only in an engineer's head isn't visible to the roadmap. A shared doc surfaces it and gives engineers a legitimate channel to raise concerns.
Score Business Impact and Risk together (PM + TL)
PMs own the Business Impact score — they know which areas are actively being developed and what it costs in delivery time. Tech Leads own the Risk and Fix Effort scores. Score collaboratively but clearly divide ownership.
Set the debt-to-feature ratio and defend it
Without a protected budget, debt fixes get cut in every sprint planning. 15–20% of capacity for debt is the industry standard for products with > 12 months of code. If your engineering leader disagrees with your proposed ratio, that's the conversation to have before sprint planning, not during.
Review quarterly, not annually
Debt scores change as the product evolves. An area that was low-risk last year may be a P1 now because three new features were built on top of it. Quarterly reviews catch this drift before it becomes a crisis.
Want a Technical Debt Scorecard grounded in your actual customer data?
PMRead ingests your customer interviews, feedback, and Slack threads — and generates PRDs backed by real evidence, not guesses.
Frequently asked questions
How do I convince stakeholders that tech debt belongs on the roadmap?
Frame debt as risk, not engineering preference. A Risk score of 5 means 'high probability of a production incident in the next 6 months' — put that in those exact terms. Most stakeholders understand incident risk better than abstract 'refactoring' requests. Show the business cost of the debt, not just the technical description.
What's the difference between technical debt and a bug?
A bug is a defect in existing behavior. Technical debt is intentional or accumulated design/implementation choices that make future work harder. A slow API because of an unindexed query is debt. An API that returns the wrong data is a bug. Both belong on the roadmap, but they're tracked and prioritized differently.
Should we track third-party dependency upgrades as technical debt?
Yes. Dependency debt is one of the most dangerous categories because it accumulates silently and then explodes when a CVE is announced against an old library. Track major version gaps (especially security-relevant dependencies like auth libraries, HTTP clients, and ORMs) on the scorecard.
How do we handle debt in a startup that's moving fast?
Acknowledge it explicitly. Document each piece of debt when it's consciously incurred ('we're skipping proper test coverage here to hit the demo deadline — adding to debt log'). The danger isn't incurring debt — it's incurring it silently so nobody knows it exists. A visible debt log lets you make informed decisions about when to pay it down.
Other free templates