Coding faster
isn't
shipping faster.
Measure faster. Guard quality. Prove the gain.
Agile Analytics reads the tools you already run — Git, Jira, CI/CD, monitoring — and shows per team what AI-assisted development delivers: lead time, stability and quality. Not per developer. Per system.
AI made coding fast. The rest of the loop didn't follow.
Three large studies from 2025 agree: AI multiplies output, and the pressure lands downstream — in review, in stability, in maintenance. Those are the parts of the loop Agile Analytics already measures.
Output piles up at review
Teams with high AI adoption merged 98% more pull requests — and review time rose 91%. At company level, the gain did not show up at all.
Faster is not more stable
AI adoption goes with higher throughput and with higher delivery instability. 30% of developers report little or no trust in AI-generated code.
Maintenance grows quietly
Duplicated code rose from 8.3% to 12.3% of changed lines; refactoring fell from 25% to under 10%.
Sources: Faros AI 2025 · DORA 2025 · GitClear 2025
19%
slower with AI, in a randomised trial of experienced developers
METR itself warns against generalising: sixteen experienced open-source developers, early-2025 tools, repositories they knew deeply. We cite it for the gap, not the direction. Your team's answer may be the opposite — the only way to know is to measure your team. METR, July 2025
Same AI. Now with visibility.
Flip the switch to see what changes when Agile Analytics is on. Same team, same tools, same copilots — the difference is what you can see.

One platform. Three perspectives.
One continuous loop.
Most tools show DevOps metrics. Agile Analytics connects how work flows through your entire system — from intent to incident, around the loop — so AI-generated output is measured where it lands, not where it was typed.
How work moves
The flow of value, end to end.
- Lead time, review wait, deployment frequency
- Where AI output waits between teams and steps
How work feels
The human side of velocity.
- Interruptions, cognitive load, trust in the tools
- Why engineers slow down — even when the copilot is fast
How systems behave
The reliability of what you ship.
- Change failure rate, MTTR, SLOs and Error Budgets
- Where faster delivery turns into production risk
Eliminate delay — not just measure it.
Agile Analytics Acceleration
Quickscan & Flow Insights — find where time is lost, in hours and in teams.
Agile Analytics Full Stack
Metrics + Automation — connect Git, CI/CD, Jira → turn data into actionable flow insights.
Agile Analytics Developer Support
Interruptions & SLO visibility — make hidden work and support load measurable.
Agile Analytics Developer Portal
Golden paths & onboarding — reduce friction before it becomes a delay.
See where your delivery slows down — in your own data.
In your demo, you'll see:
We thought our bottleneck was deployment speed. It turned out to be handovers.
Frequently asked questions.
Who is Agile Analytics for?
How does Agile Analytics collect data?
- Engineering data — Git, CI/CD, Jira
- Developer input — surveys and interviews
What metrics do you use?
How is this different from DevOps monitoring tools?
Does Agile Analytics track AI spend, or label AI-generated code?




Less guessing.
More shipped software.
What Agile Analytics gives a team that builds with AI: