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Launched2026-03-18
ClientTracklane
Duration10 weeks
IndustryProductivity / Project Management
Services
Product StrategyUI/UX DesignFull-stack DevelopmentCloud InfrastructureQA & Launch
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Productivity / Project Management

Tracklane — project management dashboard

Project snapshot
10 weeks
Build duration
24
ACTIVE PROJECTS AT LAUNCH
862
STORY POINTS TRACKED IN SPRINT 7
482h
TOTAL HOURS LOGGED IN FIRST MONTH
Case study hero 1

Overview

Tracklane is a project management platform built for fast-moving product teams. It gives engineering leads, designers, and project managers a single dashboard to track sprint health, team workload, task status, and delivery velocity — without the overhead of enterprise PM tools.

The founding team approached LevelByte with a clear vision: replace a patchwork of spreadsheets, Notion boards, and Slack threads with one purpose-built tool that could manage sprints, track deadlines, and surface blockers before they derail delivery. They needed it production-ready in under 10 weeks.

Over ten weeks we took Tracklane from concept to launch: data modelling, UX design, frontend and backend development, real-time WebSocket updates, and deployment on edge-optimised infrastructure — delivering a platform that shipped with 24 active projects across two teams and zero missed sprints in its first month.

The Challenge

Before partnering with LevelByte, the Tracklane team had validated demand through internal pilots at two product companies. But the jump from manual tracking to a reliable, multi-team platform exposed critical gaps that were blocking adoption.

Pain · 01

Fragmented tooling

Sprint planning lived in spreadsheets, task tracking in Notion, and status updates in Slack threads — meaning no single source of truth existed for project health, and blockers went unnoticed until standup meetings.

Pain · 02

No velocity visibility

There was no way to measure sprint velocity, compare planned vs delivered work, or forecast capacity — making sprint planning a guessing game every two weeks.

Pain · 03

Manual activity tracking

Logging hours, updating task status, and generating reports required manual effort across multiple tools — creating a 30-minute daily overhead per team lead that could be eliminated with automation.

Pain · 04

Team scaling bottleneck

The existing workflow couldn’t support multiple concurrent teams. Adding a new squad meant duplicating entire spreadsheet structures and losing cross-team visibility.

Build a scalable, real-time project management platform in 10 weeks — complete with sprint tracking, team workload dashboards, activity logging, and velocity analytics that give leads instant visibility into delivery health.

Project Timeline

Phase 01Requirements
01

Shadowed sprint ceremonies at two pilot product companies, audited the existing spreadsheet + Notion + Slack stack, and locked the data model (Team, Project, Sprint, Task, Activity) against real backlogs.

Phase 02Planning
02

Sprint plan, competitive audit of 4 PM tools, the real-time WebSocket architecture, and the two-week release cadence with continuous deployment so the founding team could demo working software every Friday.

Phase 03UI/UX Design
03

Wireframes for all 5 core screens (dashboard, sprint view, activity log, reports, resources) validated against real sprint data — including edge cases like blocked tasks rolling sprints and team members with zero logged hours.

Phase 04Full-Stack Development
04

The product itself: sprint dashboard with velocity tracking, activity log with hourly breakdowns, velocity/capacity reports, team workload view, and the task engine with the Blocked → In Review → Done status workflow.

Phase 05Testing
05

Load tested with 500+ simulated concurrent users, sprint-transition edge-case QA, regression coverage across all 5 screens, role-based access security review, and mobile/tablet responsive validation.

Phase 06Deployment & Maintenance
06

Production deploy on Vercel’s edge network with Redis-backed WebSocket channels, Sentry monitoring, real-time uptime alerting, and the 7-day post-launch bug warranty window.

Key Features Delivered

Tracklane · feature board4shipped · click to preview

Technology Stack

Each layer chosen for the way it serves the product \u2014 not the trend cycle.

Layer 01

Frontend

Server-rendered React on Next.js with edge-cached shells, so sprint dashboards paint sub-second even when team leads check between standups.

Next.jsTypeScriptTailwind
Layer 02

Realtime backend

Typed API routes with Prisma as the single source of truth for the schema, plus WebSocket channels so task status changes propagate to every open dashboard instantly.

PrismaWebSockets
Layer 03

Data & storage

PostgreSQL with row-level security holds the relational sprint and activity data. Pre-computed velocity queries keep the reports view fast under load.

PostgreSQL
Layer 04

Ops & insight

Reproducible Docker deploys for every environment plus Sentry from launch — so production issues are caught before the next standup, not from a bug ticket.

DockerSentry

Results & Impact

Ten weeks from spreadsheets to a real-time sprint platform — here is what landed inside the team’s workflow.

Headline result24ACTIVE PROJECTS AT LAUNCH
02862STORY POINTS TRACKED IN SPRINT 7
03482hTOTAL HOURS LOGGED IN FIRST MONTH
0499.4%UPTIME SINCE GO-LIVE

Design & Development Highlights

Wireframing & UX Strategy01 · HighlightUX
#wireframing#user-journeys#edge-cases

Wireframing & UX Strategy

We structured the product around five core workflows: monitoring (dashboard), planning (sprint view), tracking (activity log), analysing (reports), and managing (resources). Each flow was wireframed as a complete journey and validated against real sprint data from the client’s existing workflow — including edge cases like blocked tasks rolling across sprints and team members with zero logged hours. This ensured the UI wasn’t designed for hypothetical scenarios but for actual operational patterns.

Takeaways
  • 5 core workflows mapped end-to-end: monitor, plan, track, analyse, manage
  • Validated against real sprint data — not theoretical scenarios
  • Edge cases like blocked tasks and zero-hour users designed for upfront
5Core screens wireframed
01/ 04

Final Thoughts

Tracklane demonstrates that a purpose-built project management tool can be designed, built, and shipped in ten weeks without cutting corners. From sprint velocity tracking to real-time activity logging to team workload dashboards — every feature was delivered production-ready.

By combining Supabase’s real-time capabilities with Redis-backed WebSocket channels and Vercel’s edge deployment, we built an infrastructure that tracked 862 story points across 24 active projects in its first sprint with sub-second dashboard loads and 99.4% uptime. The platform launched with two active teams and has already onboarded a third.

This project is a case study in what’s possible when product thinking meets engineering discipline. No shortcuts, no throwaway code — just a clean, well-architected system designed to grow with the team.

From concept to production in 10 weeks — 24 active projects, real-time sprint tracking, velocity analytics, and 99.4% uptime from day one.
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