Free Assessment

Why is your team shipping so slowly?

Take this 5-minute assessment to identify your biggest velocity bottlenecks and get personalized recommendations.

15 questions • 5 minutes

📊

Your Velocity Score

See where you stand compared to elite teams

🎯

Top Bottlenecks

Identify the specific issues slowing you down

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Quick Wins

Actionable steps you can implement this week

Question 1 of 15 7% complete

🚀 Deployment & Releases

How long does it typically take to get code from "merged" to "in production"?

Minutes

Automated pipeline deploys immediately after merge

Hours

Same-day deployment through CI/CD

Days

Deployments are scheduled events, not automatic

Weeks or unpredictable

Merged code waits for release windows or manual processes

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Why deployment speed matters

Teams that deploy multiple times per day have 2,555x faster lead times and 24x faster recovery from failures. Every hour between merge and production is an hour of risk and delayed feedback.

📌 Benchmark: Elite teams deploy on-demand, multiple times per day.

🚀 Deployment & Releases

What happens when a deployment breaks something in production?

Instant rollback, minimal impact

Automated detection and rollback in minutes

Quick manual fix

Team can identify and fix issues within an hour

Lengthy debugging session

Unclear what broke, takes hours to resolve

Production fire drill

All hands on deck, takes half a day or more

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Recovery velocity is a competitive advantage

High-performing teams recover from incidents 2,604x faster than low performers. The fear of breaking production creates deployment anxiety, which leads to larger, riskier releases.

📌 Benchmark: Elite teams recover from incidents in less than one hour.

⚡ Development Process

How does your team handle code reviews?

Same-day, thorough reviews

Reviews happen quickly with meaningful feedback

Within 1-2 days

Reviews happen but can delay merges

Inconsistent timing

Some reviews are fast, others sit for days

Bottleneck or skipped

Reviews either block everything or get rubber-stamped

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Code review is a velocity lever

Effective code reviews catch bugs early AND spread knowledge. But reviews that sit for days create context-switching costs and delay feedback. The sweet spot: reviews completed within 4 hours.

📌 Benchmark: High performers complete code reviews in under 4 hours on average.

⚡ Development Process

How often does work get "handed off" between people or teams before reaching production?

Rarely – same team owns end-to-end

Developers can deploy what they build

Occasionally for specialized work

Most features flow through one team

Frequently – multiple handoffs

Dev → QA → DevOps → Security reviews

Constantly – many gates

Work passes through several teams and approval steps

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Handoffs are velocity killers

Each handoff adds wait time, creates communication overhead, and introduces opportunities for misunderstanding. Teams with end-to-end ownership ship significantly faster.

📌 Benchmark: Elite teams minimize handoffs with cross-functional, empowered squads.

📋 Planning & Requirements

How accurate are your sprint/iteration commitments?

Usually hit 80%+ of planned work

Predictable delivery with room for unknowns

Hit 60-80% consistently

Some scope creep or estimation misses

Varies wildly sprint to sprint

Hard to predict what will actually ship

Rarely finish what we commit to

Constant re-prioritization, unfinished work

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Predictability enables business planning

When engineering delivery is unpredictable, product and business teams can't plan effectively. Consistent velocity builds trust and allows for better roadmapping.

📌 Benchmark: High performers consistently deliver 80%+ of sprint commitments.

📋 Planning & Requirements

How often are requirements clarified or changed mid-sprint?

Rarely – requirements are clear upfront

Stories are well-defined before sprint starts

Occasionally for good reasons

Some changes, but mostly managed

Frequently – constant clarification

Developers spend time chasing requirements

Always – we figure it out as we go

Sprint work is often undefined until started

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Unclear requirements create rework

Every hour spent clarifying requirements during development is time not spent building. More importantly, it often leads to building the wrong thing first, then reworking.

📌 Benchmark: Elite teams have clear acceptance criteria before work begins.

🧪 Testing & Quality

What's your automated test coverage for critical user flows?

Comprehensive automated coverage

Critical paths have reliable automated tests

Good coverage with some gaps

Most important flows are tested automatically

Minimal or flaky tests

Tests exist but we don't fully trust them

Mostly manual testing

We rely on QA to test features before release

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Test automation is a velocity multiplier

Manual testing doesn't scale. Every regression test done manually is time not spent on new features. Automated tests give confidence to change code quickly.

📌 Benchmark: Elite teams have >80% coverage on critical paths with reliable tests.

🧪 Testing & Quality

How long does your full test suite take to run?

Under 10 minutes

Fast feedback loop for every PR

10-30 minutes

Acceptable wait, developers stay engaged

30 minutes to 2 hours

Developers context-switch during waits

Hours or overnight

Tests are run infrequently, slow everything down

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Slow tests kill velocity

When tests take too long, developers avoid running them locally. This leads to more broken builds, more context-switching, and slower iteration cycles.

📌 Benchmark: High performers keep test suites under 10 minutes for PR validation.

🔧 Technical Health

When did you last refuse to ship a feature because the technical approach wasn't right?

Recently – we push back on bad solutions

Technical quality is non-negotiable

Occasionally

We sometimes slow down to do it right

Rarely – speed wins over quality

Technical concerns are often overruled

Never – we ship whatever works

No time for technical discussions

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Technical courage prevents velocity decay

Teams that always prioritize speed over quality accumulate debt that slows every future feature. The ability to say "no" to a bad technical approach is a sign of engineering maturity.

📌 Benchmark: High performers balance speed with sustainability.

🔧 Technical Health

How much of your development time is spent on "unexpected" work (bug fixes, production issues, rework)?

Under 20%

Most time goes to planned feature work

20-35%

Some unplanned work, but manageable

35-50%

Significant portion of time on firefighting

Over 50%

Constant firefighting, little feature progress

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Unplanned work is a symptom

High unplanned work rates indicate underlying issues: poor testing, unclear requirements, or accumulated technical debt. Reducing this ratio is often the fastest way to increase velocity.

📌 Benchmark: Elite teams keep unplanned work under 25% of capacity.

👥 Team & Collaboration

How often do developers on your team pair program or mob on problems?

Regularly – multiple times per week

Collaboration is built into how we work

Occasionally for hard problems

We pair when stuck or on complex features

Rarely – mostly solo work

Everyone works in their own silo

Never – collaboration is discouraged

Efficiency is measured by individual output

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Collaboration accelerates learning

Pair programming might feel slower, but it dramatically reduces defects, spreads knowledge, and eliminates review bottlenecks. Teams that collaborate ship better code faster.

📌 Benchmark: High performers pair or mob on complex problems regularly.

👥 Team & Collaboration

What happens when a developer on your team gets stuck on a problem?

They get help within minutes

Asking for help is encouraged and fast

They get help within a few hours

Team is supportive but busy

They struggle alone for a day or more

Embarrassment or process delays help

They're expected to figure it out

Asking for help is seen as weakness

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Stuck time is waste

Every hour a developer spends stuck is an hour of zero value creation. Teams with strong collaboration cultures unblock each other quickly, dramatically increasing effective velocity.

📌 Benchmark: Elite teams have <30 minute average time-to-unblock.

🎯 Leadership & Direction

How clear is your team on what "success" looks like for the current quarter?

Crystal clear – everyone knows the top goals

Clear OKRs or objectives visible to all

Fairly clear for most people

Goals exist but some ambiguity

Unclear or changing frequently

Priorities shift, hard to plan

No clear direction

We react to whatever seems urgent

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Clarity enables focus

When teams don't know what matters most, they optimize for the wrong things. Clear goals enable teams to make good decisions autonomously, reducing management overhead.

📌 Benchmark: High performers have clear, measurable quarterly objectives.

🎯 Leadership & Direction

Who decides the technical approach for new features?

Engineers propose and decide

Technical ownership is with the team

Engineers propose, leads approve

Some oversight but team autonomy

Technical leads or architects decide

Centralized technical decision-making

Non-technical stakeholders often override

Business drives technical decisions

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Technical autonomy drives velocity

When engineers own technical decisions, they choose approaches they understand and can execute quickly. Overruling technical decisions creates resentment and slower execution.

📌 Benchmark: Elite teams have strong engineering ownership of technical decisions.

🛠️ Developer Experience

How would you describe your development environment and tooling?

Fast, modern, well-maintained

Local dev environment matches production

Good enough with some friction

Mostly works, some slow spots

Slow or fragile

Frequent environment issues, slow builds

Painful – significant time lost

Environment problems are a daily occurrence

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Developer experience is productivity

Every minute spent fighting tooling is a minute not building features. Slow builds, flaky environments, and complex setup all compound into massive velocity losses.

📌 Benchmark: Elite teams invest in DX: fast builds, reliable environments, great tooling.