[01] Late detection
73%
of sprint slips are first noticed within 48 hours of the deadline.
"We only realize a sprint is off-track when it's too late."
Sprint tracking, without the spreadsheetsTrack every sprint in real time.
Track every sprint in real time.
Fix problems before retro.
SuperPM monitors sprint health across Linear, Jira, and GitHub. Get alerted when velocity drops, scope creeps, or tickets go stale — days before the deadline.
Platform / Sprint 47 · Apr 28 → May 9
Sprint Health Overview
LiveDay 7 of 10
!
Sprint trending 18% off committed delivery
3 stale tickets · velocity ↓ 22% vs trailing 4 · 4 PRs > 48h in review
RISK · 2d ago
Completion
62%
↓ 8% vs plan
Cycle time
3.4d
↑ 0.4d
Carry-over risk
7/19
High
Blockers
4
2 critical
Burndown - Sprint 47vs. ideal
Capacity heatmapthis week
M. Chen
A. Patel
R. Singh
J. Liu
D. Park
S. Gomez
LightOverload
NorthwindLumeraBytemarkPolaris.ioHalftoneCinder LabsFoundry
Why sprints slip
Most sprint problems are discovered too late to fix
By the time a sprint is visibly off-track, the damage is already done. Stakeholders are surprised. Engineers are blamed. Roadmaps slip quietly.
[02] Manual triage
5h
average weekly time managers spend manually checking ticket status across tools.
"I spend hours every week stitching ticket status across Linear, GitHub, and Slack."
[03] Burnout blind spot
1/3
of engineers say their manager didn't notice they were overloaded until it became a problem.
"I have no idea who's overloaded until someone burns out."
[04] Status theater
82%
of standups surface the wrong risks, or no risks at all, before sprint end.
"Our standup is status theater, nobody surfaces real risks."
Sprint tracking features
Automated sprint health monitoring that works from day one
SuperPM reads from the tools your team already uses. Zero adoption required from ICs. Sprint insights show up where managers actually look.
01Sprint Risk Alerts
Get alerted days before deadline, not in the retro
SuperPM detects stale tickets, scope creep, and velocity drops automatically. Routes to email, Slack, or wherever you already triage.
Sprint 47 trending 18% off committed delivery2d ago
SPM-481 stale 4 days · assigned M. Chen5h ago
Scope +3 tickets added mid-sprintyesterday
02Capacity Heatmap
See who's overloaded at a glance
Cross-references assigned tickets with calendar load.
MC
AP
RS
DP
03Weekly Report
Stakeholder-ready every Friday
Auto-generated. No more Sunday-night writing.
Sprint 47 · 62% complete
SPM-422 · shipped Wed
SPM-481 · risk, owner notified
Carry-over: 4 tickets
Cycle time ↑ 0.4d
04Blocker Detection
Surface the stuck work, automatically
PRs idling in review, dependencies at risk.
SPM-422PR review72h
SPM-481stale96h
SPM-503blocked byPLT-12
05Delivery Analytics
Cycle time, completion rate, estimation accuracy, and carry-over, per team and per engineer
Spot trends that explain why a team consistently misses or beats commitments. Backed by your live ticket data.
06Zero adoption tax
Plug in once. Your engineers don't change a thing.
SuperPM is read-only on day one. No new fields, no time tracking, no extra meetings. ICs do their work, managers get the signal.
LinearJiraGitHubGitLabCalendarSlack
~
5-minute setup
OAuth your tools. We index in the background. First insights in under an hour.
⊕
Plugs into existing tools
No data lock-in. We read; we don't write. Your sources of truth stay where they are.
∅
Zero adoption from ICs
Engineers don't install anything, fill in anything, or attend anything new.
How sprint tracking works
From connected tools to sprint alerts in three steps
STEP 01
Connect your tools
OAuth Linear, Jira, GitHub, GitLab, Slack, and Google Calendar. Read-only. nothing your engineers will notice.
LinearJiraGitHubGitLab
STEP 02
SuperPM analyzes signals
We continuously model sprint health from ticket movement, PR cycle time, scope changes, and calendar load, by team and by engineer.
Cycle timeScope creepStale tickets
STEP 03
You get alerts and reports
Risk alerts in Slack and email when sprints drift. A clean weekly summary every Friday, ready to ship to your VP.
SlackCalendarEmail
// Native integrations
LinearJiraGitHubGitLabGoogle CalendarSlack
Pricing
Try free for 14 days. Scale when you're ready.
Every plan includes a 14-day free trial. Upgrade when your team outgrows it, never before.
Starter
14-day trialFor small teams getting started with sprint visibility.
$59/ month$708 / yr · save $120
- Up to 5 engineers tracked
- 1 integration (Linear or Jira)
- Sprint risk alerts via email
- Weekly delivery summary
- 30-day data retention
- Community support
Team
14-day trialFor teams that need full visibility and proactive alerts.
$109/ month$1,308 / yr · save $240
- Up to 25 engineers tracked
- Unlimited integrations
- Risk alerts to Slack + email
- Customizable weekly reports
- Team capacity heatmap
- Blocker detection
- Delivery analytics dashboard
- 12-month data retention
- Priority support
Scale
14-day trialFor orgs running multiple teams with advanced needs.
$199/ month$2,388 / yr · save $480
- Unlimited engineers
- Everything in Team, plus
- Multi-team views & cross-team dependencies
- Custom alert rules and thresholds
- API access
- SSO (SAML & OIDC)
- Dedicated onboarding
- Unlimited data retention
- Custom integrations
- SLA guarantee
Running engineering at scale? Let's talk.
Custom pricing, dedicated CSM, on-prem deployment, and contractual SLAs for 200+ engineer organizations.
On-premCustom SLAsDedicated CSMProcurement supportCustom DPA
Sprint Tracking FAQ
Common sprint tracking questions
What is sprint tracking software?
Sprint tracking software monitors the health and progress of your engineering sprints in real time. Unlike issue trackers that show individual ticket status, sprint tracking tools like SuperPM aggregate signals from tickets, PRs, calendars, and communication tools to tell you whether the sprint as a whole is on track, at risk, or off-track, before the deadline arrives.
How does SuperPM track sprint progress automatically?
SuperPM connects to your existing tools via read-only OAuth: Linear, Jira, GitHub, GitLab, Google Calendar, and Slack. It continuously monitors ticket movement, PR cycle time, scope changes, and calendar load. When a combination of signals suggests the sprint is drifting, it sends an alert to Slack or email. Your engineers never interact with SuperPM directly.
What sprint metrics does SuperPM monitor?
SuperPM tracks completion rate, velocity trends, scope creep (tickets added mid-sprint), cycle time per ticket, stale tickets (no movement in 48+ hours), carry-over risk, PR review bottlenecks, and calendar-aware capacity per engineer. These signals are combined into a single sprint health score updated in real time.
How early can SuperPM detect a sprint going off-track?
On average, SuperPM detects sprint risks 5 days before the deadline, compared to the typical discovery window of 24 to 48 hours. It does this by monitoring leading indicators like stale tickets and velocity drops rather than waiting for the progress bar to fall behind.
Does sprint tracking with SuperPM require engineers to change their workflow?
No. SuperPM is read-only on day one. It connects to the tools your team already uses and produces insights without asking engineers to log time, fill in custom fields, or attend new meetings. Zero adoption tax: your engineers work exactly as they do today.
Get started
Start tracking sprints in 5 minutes.
Connect your tools via OAuth. See your first sprint health alert today.
Teams using SuperPM catch sprint risks 5 days earlier on average