Skip to content
WorksBuddy
TARO
Workflow Bottleneck

Workflow Bottleneck Analysis Before
the Delay Becomes a Deadline.

TARO pinpoints where work stalls: stages with too many in-progress tasks, single points of failure, broken handoffs, then prescribes fixes.

Find My BottlenecksSee how it works
Workflow Bottleneck
How it works

From invisible stall to prescribed fix in four steps

TARO maps every task across your pipeline, classifies each bottleneck by type, and prescribes the exact action to clear it.

1

Map

TARO maps every task across every stage in real time

TARO builds a live map of your workflow: how many tasks sit at each stage, how long they've been there, the normal WIP limit per stage, and how the current spread compares to baseline. The map updates as tasks move.

2

Detect

Three types of stall. Each diagnosed differently.

Bottlenecks differ. A stage overload is a capacity problem, a single point of failure a people problem, a broken handoff a process problem. TARO classifies each by type, so the fix targets the root cause, not the symptom.

3

Prescribe

Not just where it's broken. Exactly how to fix it.

Every bottleneck comes with a specific prescription, not a generic "reduce WIP." TARO names the stage, the person creating the dependency, the exact tasks to move, and each fix's downstream impact so you act first.

4

Track

Bottlenecks stay on the dashboard until the flow clears

Acting on a prescription marks it in progress, but TARO keeps monitoring the stage. A bottleneck is resolved only when the flow data confirms it: the WIP count drops, the handoff delay returns to baseline, the SPOF is gone.

  • Flow confirmed resolution
  • Re escalates if it reforms
  • Sprint history tracked
Why Bottleneck Analysis

Six reasons teams never go back

Sprints that ship on time and ones that miss often look identical on day 5. TARO makes the difference visible on day 2.

Stage overloads visible before the queue buries the sprint

Stage overloads visible before the queue buries the sprint

When 14 tasks pile into In Review, the sprint is already in trouble, most teams just can't see it yet. TARO flags the overload the moment it crosses the WIP threshold.

Single points of failure named before they go on leave

Single points of failure named before they go on leave

Every team has someone who's the only person who can approve, review, or deploy something critical. TARO identifies them and surfaces the risk early.

Broken handoffs caught before they become norms

Broken handoffs caught before they become norms

A handoff that takes 2.4 days when it should take 4 hours is a process failure most teams never measure. TARO compares every transition to your baseline.

Prescriptions target root causes, not symptoms

Prescriptions target root causes, not symptoms

TARO's prescriptions name the exact stage, person, or transition that's broken and the action to take, not generic advice.

Flow rate recovered, not just acknowledged

Flow rate recovered, not just acknowledged

TARO tracks the stage's WIP count and handoff time after the prescription is applied, confirming the fix worked from flow data.

Sprint over sprint pattern detection

Sprint over sprint pattern detection

If In Review stalls the same way every sprint, TARO surfaces the pattern so the fix becomes permanent. Recurring bottlenecks stop once they're visible.

Who uses it
Deepak MehrotraDeepak MehrotraDeepak MehrotraDeepak Mehrotra

800+

product teams, already using TARO

Built for every team where
slow flow has a real cost

Engineering leads managing delivery and scrum masters running retrospectives need the same insight: where exactly work is getting stuck, and what exactly should change.

2.8x

Average WIP overflow detected

83%

Bottlenecks cleared within one sprint

3

Bottleneck types diagnosed

61%

Faster throughput recovery

Engineering Leads

"Why is everything stuck in review?" gets answered before the standup asks it.

Engineering leads check the bottleneck dashboard each morning. When 14 tasks pile up in In Review and one engineer is sole reviewer on 11, TARO has already named the fix. Standup confirms the action, not the problem.

More from TARO

Bottleneck analysis is just the start

TARO's intelligence covers every dimension of delivery from where work is stalling to when it will finish.

Risk Prediction

Scans for overdue tasks, velocity drops, and blocked dependencies then surfaces exact action recommendations before risks become incidents.

Workload Distribution

Analyses sprint capacity and suggests exact reassignments to balance overloaded members before a deadline slips with one click to apply.

Completion Analysis

Predicts your project's actual finish date from velocity, blockers, and sprint history. Predicted date, variance, and confidence before you commit.

Smart Task Creation

Type one sentence. TARO generates a fully structured task title, description, priority, due date, assignee in under 3 seconds. No forms, no clicks.

Questions & answers

Everything you need to know about Bottleneck Analysis

Common questions from engineering leads, scrum masters, and PMs evaluating TARO's flow analysis.

TARO derives WIP limits from two sources. First, historical throughput: how many tasks your team processes through each stage per day over the last 4 to 8 sprints. A stage averaging 4 completions per day implies a WIP limit of roughly 4 to 6. Second, configurable team-defined limits: admins can set explicit per-stage caps (e.g. "In Review: max 6"). When a stage's task count exceeds either threshold by more than 20%, TARO flags an overload, showing both the current count and the calculated limit.
TARO flags a single point of failure when one person owns a disproportionate share of tasks at a stage. The threshold is configurable; by default, if one person is the sole owner of 60% or more of a stage's tasks, they're flagged a SPOF. TARO also weighs two signals: whether that person has upcoming leave or is at high capacity, and whether their tasks are on the critical path. The prescription names an alternative to cross-train or co-own.
TARO measures the transition time between consecutive stages: how long a task sits completed at one stage before the next picks it up. It builds a baseline from your sprint history. If tasks historically move from QA-ready to engineer-in-progress in under 4 hours, a handoff taking 2.4 days is flagged broken. The flag shows the current time, baseline, and tasks in limbo. Broken handoffs differ from overloads: work moved, but nobody picked it up.
Each prescription comes from the data behind the bottleneck type. For stage overloads, TARO finds who has spare capacity and relevant skill and recommends them as co-owner. For SPOFs, it identifies the natural backup from prior task ownership. For broken handoffs, it locates the transition point, checks for a missing notification or assignment, and recommends the process change. Each includes estimated impact.
Resolution is confirmed by flow data, not a human clicking "resolved." After a prescription is applied, TARO watches the stage for three signals: WIP count returning below threshold (overloads), ownership dropping below 60% (SPOFs), and transition time within 20% of baseline (handoffs). Only when the data confirms improvement does the bottleneck resolve. If it doesn't improve within a configurable window (48h), TARO re-flags it.
Yes. TARO keeps a bottleneck history per stage and per person across all completed sprints. When the same stage overloads in 3 or more consecutive sprints, TARO surfaces a "recurring pattern" flag alongside the current bottleneck, with a history view showing how often it occurs, when in the sprint it appears, and what fixes were applied before. Recurring patterns get structural fixes, not tactical ones.
Taro · AI project management

Taro plans, tracks, and flags risks before they hit.

Keep every project on track with AI that spots slippage early and tells your team what to do next.

Start free with TaroBook a demo
87%
on-time delivery
2.4x
team throughput
0
deadlines missed
35%
fewer status meetings
Worksbuddy© 2026 Worksbuddy