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Cycle Time Analytics

Break cycle time into stages and find the real bottleneck

Split coding, review and deploy time so you fix the constraint that's actually slowing you down instead of guessing at one opaque number.

Stage-by-stage breakdown

Split every change into coding, review and deploy time so you see exactly where the clock is spent, not just a single opaque number.

Bottleneck detection

Automatically surface the stage that dominates cycle time for each team, service and PR size so you fix the real constraint first.

Review latency insight

Measure time-to-first-review and time-in-review to catch pickup delays and stalled PRs before they quietly wreck your lead time.

Trends and distributions

Track medians and p75/p90 tails over time so a few multi-day outliers do not hide behind a flattering average.

AI-generated code, isolated

Compare cycle time for AI-assisted versus hand-written changes to see whether coding agents actually shorten the path to production.

Actionable targets

Set stage-level goals and get alerted when review or deploy time drifts, turning cycle time from a report into an operating metric.

One number hides the real problem

A single cycle time figure tells you delivery is slow, but not why. Two teams can share the same 40-hour cycle time for completely different reasons: one is drowning in review wait, the other is blocked by flaky deploys. Treating cycle time as one blob leads to guesswork and the wrong fixes.

Cycle time analytics splits every change into three measurable stages: coding (first commit to PR open), review (PR open to approval), and deploy (merge to production). Each stage has its own owner, its own failure modes, and its own lever. When you can see the split, the conversation shifts from "we are slow" to "review pickup is our constraint this quarter."

This is the same philosophy behind our engineering metrics approach and our DORA metrics tracking: measure the pipeline as stages, not as a mystery total.

Find the bottleneck, then fix it

The point of the breakdown is action. Once analytics show that review consumes 60% of your cycle time, you know where to spend effort: reviewer assignment, smaller PRs, and clearer code review signals beat any generic "work faster" push. If deploy dominates, the answer lives in CI and release automation instead.

We surface bottlenecks by team, service and PR size, and track the p75/p90 tail so a handful of week-long PRs cannot hide behind a healthy median. You can set stage-level targets and get alerted when review or deploy time drifts, turning a static chart into an operating metric.

Because we segment by AI-generated code, you can also verify whether coding agents actually shorten the path to production or just relocate the bottleneck. Explore the full loop on our measure product or estimate your own numbers with the cycle time calculator.

Related tools & solutions

Frequently asked questions

Cycle time analytics measures how long a code change takes to move from first commit to production, broken into stages: coding, review and deploy. Rather than reporting one aggregate number, it isolates where time accumulates so teams can target the specific bottleneck slowing delivery.

From our design partners

“We finally have one number for whether the AI-written PRs are actually good. It changed how we staff reviews.”
SStaff EngineerSeries B fintech
“Plan from real signal, ship with agents, then see if the metric moved. That loop is the whole point.”
EEng ManagerDeveloper tools
“The measurement is transparent and the code is ours. That was the dealbreaker with the enterprise options.”
VVP EngineeringHealthcare SaaS

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