I run a small auto repair shop and track jobs on whiteboards. I want 'RepairTracker' - an app to manage which cars are being worked on and parts needed.
RepairTracker is a simple, mobile-friendly app for auto repair shops to track cars in progress, parts needed, and job status without relying on whiteboards or memory. It helps shop owners and technicians stay organized, reduce delays from missing parts, and give customers clearer updates while creating a more professional, data-driven workflow.
Reduce job coordination errors by 40% within 6 months of adoption.
Increase monthly active usage among shop staff to 80% of active repair jobs tracked in-app.
Improve customer update responsiveness by 50% through better visibility into job status and parts requirements.
Create a scalable SaaS product for small repair shops with strong retention driven by operational dependence.
Position the company as an innovation leader for independent auto repair workflows by replacing manual whiteboard processes with modern digital tracking.
Help shop owners see every active vehicle, its status, and required parts at a glance.
Enable technicians to quickly record progress and parts needs from the shop floor.
Reduce missed parts orders and prevent vehicles from sitting idle while waiting for components.
Make it easier to communicate accurate status updates to customers and internal staff.
Improve team coordination so the whole shop can work from the same live source of truth.
Not a full accounting, payroll, or invoicing system.
Not a consumer-facing appointment booking marketplace.
Not a deep diagnostic or repair manual platform for technical troubleshooting.
Not designed to manage multi-location enterprise dealer networks in version one.
Maria runs a small independent repair shop with 4 technicians and multiple cars in progress every day. She currently uses a whiteboard and paper notes, and she needs better visibility without adding overhead.
As a shop owner, I want to see all active jobs and their status in one dashboard, so that I can quickly identify bottlenecks and keep work moving.
As a shop owner, I want to know which jobs are waiting on parts, so that I can prioritize ordering and communicate delays to customers.
As a shop owner, I want to review completed jobs and time spent per status, so that I can improve shop efficiency over time.
James works on multiple cars per day and rarely sits at a desk. He needs a quick, low-friction way to update job status and parts needs from his phone.
As a technician, I want to mark a car as in progress, waiting on parts, or completed, so that everyone knows exactly where the job stands.
As a technician, I want to add parts requests from my phone in a few taps, so that I do not forget what is needed while working.
As a technician, I want to attach notes or photos to a job, so that I can document findings and reduce repeat questions.
Elena handles customer updates, check-ins, and job coordination. She needs accurate status information to avoid guesswork and maintain trust with customers.
As a service advisor, I want to see which vehicles are delayed and why, so that I can give customers accurate ETAs.
As a service advisor, I want to search jobs by customer name or vehicle, so that I can respond quickly when someone calls for an update.
As a service advisor, I want to log communications on a job, so that the team has a record of customer promises and follow-ups.
A digital replacement for the whiteboard that shows every active car, job status, and critical job details in a single shared view.
Display active jobs in a board view with statuses such as Checked In, Diagnosing, Waiting on Parts, In Progress, Ready for Pickup, and Closed.
Store core vehicle information including make, model, year, license plate, customer name, phone number, and RO/job number.
Allow drag-and-drop or one-tap status changes to keep the board current in real time.
Provide color-coded visual indicators for urgency, blocked jobs, and overdue work.
Support quick search and filtering by customer, vehicle, technician, status, or date.
Track parts needed for each job so the shop can identify blockers, reduce forgotten orders, and speed up repair completion.
Let users add one or more parts to a job with quantity, supplier, notes, and estimated cost.
Flag jobs as waiting on parts and show the blocked status on the main board.
Support part ordering status such as Requested, Ordered, Received, and Installed.
Allow technicians or advisors to mark parts as urgent or backordered.
Maintain a parts history per job so the team can review what was needed and when.
Enable internal collaboration and customer-facing communication records so the shop can reduce miscommunication and preserve context.
Add internal notes, technician notes, and customer communication logs to each job.
Support photo uploads for damage, missing parts, or completed work evidence.
Track timestamps and author names for all notes and status changes.
Allow users to tag jobs for follow-up or escalation.
Include optional customer update templates for common messages like waiting on parts or ready for pickup.
Provide simple access permissions suited to a small shop, ensuring the right people can update jobs without overexposing sensitive data.
Support roles such as Owner/Admin, Advisor, and Technician.
Restrict administrative actions like user management and export access to owners/admins.
Allow technicians to update job status and add notes without changing system settings.
Provide optional PIN or password-based login with session timeout.
Keep an audit trail of major edits for accountability.
Give shop owners lightweight metrics that help them spot delays, workload imbalance, and recurring parts issues.
Show counts of jobs by status and average time spent in each stage.
Highlight jobs waiting on parts longer than a configurable threshold.
Summarize technician workload by active jobs assigned.
Provide basic export to CSV or spreadsheet format for analysis.
Track common parts delays to identify supplier-related bottlenecks.
A shop owner signs up from a web browser or tablet and creates the shop profile in under 5 minutes.
The app asks for basic setup information: shop name, location, number of staff, and preferred job statuses.
A guided onboarding flow explains how to add the first vehicle, assign a technician, and create a parts request.
The system offers sample data and a quick-start template so the team can begin using the board immediately.
Time to value target: first live vehicle added in under 3 minutes; first completed workflow visible in under 10 minutes.
User creates a new job when a car arrives, capturing vehicle and customer details in a fast form.
Required fields are minimized to reduce friction.
License plate, VIN, or RO number can be entered later if needed.
Validation prevents duplicate open jobs for the same vehicle unless explicitly allowed.
The job appears on the main board where the user assigns its initial status and optional technician owner.
Status changes update the board instantly for everyone.
If a technician is unavailable, the app warns but still allows assignment.
A timestamp records when the job entered each stage.
Technicians or advisors can add parts directly to the job, turning vague notes into trackable blockers.
Users can enter multiple parts in one session.
The app highlights jobs that cannot progress until parts are received.
If required fields are missing, inline errors explain what to add.
The team checks the board throughout the day to see blocked work, completed work, and jobs ready for pickup.
Filters help isolate waiting-on-parts jobs.
Notes and communication history keep the whole team aligned.
Optional customer update templates speed up call logging or text preparation.
When a repair is finished, the job is marked complete and archived with its parts and note history.
Completed jobs remain searchable for future reference.
The [CONTENT_FILTERED]s for a final note or completion summary.
Closed jobs feed reporting dashboards and cycle-time metrics.
Offline-friendly mobile capture for brief connectivity interruptions, with sync when reconnected.
Duplicate vehicle detection to reduce accidental double-entry.
Customizable status workflows for shops that use slightly different repair stages.
Privacy settings to hide customer phone numbers or sensitive notes from technician-only views.
Support for backordered parts and split shipments on a single job.
Edge-case handling for canceled jobs, moved vehicles, and reopened work orders.
Large, high-contrast board tiles optimized for tablet use on the shop floor.
Tap-friendly controls designed for greasy hands and fast interactions.
Clear color system for status, blockers, and urgency, with text labels to avoid color-only meaning.
Accessibility support including keyboard navigation, readable typography, and screen-reader labels.
Performance target of under 2 seconds for main board load on typical broadband connections.
Maria used to run her auto repair shop with a whiteboard full of car names, status scribbles, and sticky notes for parts. At first, that system worked because everyone knew the routine. But as the shop grew busier, a vehicle waiting on a simple sensor would get lost behind other jobs, customers would call for updates that nobody could confidently answer, and Maria spent too much time walking the floor to find out what was blocked. With RepairTracker, Maria now checks a live dashboard that shows every car, its status, and exactly what parts are needed. James updates a job from his phone the moment he discovers a missing component, and Elena can tell a customer whether their car is still being diagnosed or is waiting on an alternator. The shop feels calmer, customers trust the updates more, and Maria finally has a system that turns daily chaos into visible progress while giving the business the structure it needs to scale.
80% of active jobs updated in the app at least once per day.
Reduce time to find current job status from several minutes to under 15 seconds.
Achieve 4.5/5 average user satisfaction score among shop staff after 60 days.
At least 70% of jobs include a complete parts list when marked as waiting on parts.
50% reduction in missed or duplicated parts requests within 90 days.
Increase 6-month customer retention among subscribed shops to 75% or higher.
Convert at least 40% of trial shops to paid plans within the first product year.
Reduce churn by making the app operationally essential to daily workflow.
Establish strong referral growth, with 25% of new signups coming from word-of-mouth.
Demonstrate measurable time savings that support premium pricing for small shops.
99.9% monthly uptime for core job board functionality.
Median API response time under 300ms for common actions like updating status or adding parts.
Zero critical security incidents and full encryption of sensitive customer data at rest and in transit.
Board state synchronization across devices in under 2 seconds for typical shop usage.
Track shop signup completion and onboarding step abandonment.
Track first vehicle created and time from signup to first active job.
Track status change events, including who changed the status and when.
Track parts-added events and whether a job becomes blocked by missing parts.
Track search and filter usage to measure how often users rely on the board for visibility.
Track completed-job events and average time from check-in to closure.
Track customer-update log entries to understand communication volume and usefulness.
Responsive web app optimized for tablets and desktop in a workshop environment.
Backend service for job, vehicle, parts, notes, and audit-trail management.
Relational database schema suited for jobs, users, statuses, parts, and history.
Real-time update mechanism using websockets or server-sent events for shared board synchronization.
Role-based authorization layer with secure session management.
File storage service for images and attachments.
Background job processing for notifications, exports, and reporting calculations.
Authentication provider such as email/password, SSO, or magic links for shop users.
SMS or email service for customer update notifications and internal alerts.
Cloud file storage for photos and attachments.
Analytics platform for event tracking and funnel measurement.
Optional accounting or invoicing integration in future phases, but not required for MVP.
Encrypt personal and operational data in transit and at rest.
Provide role-based access control to limit sensitive customer details.
Support data export and deletion requests to align with GDPR and CCPA.
Store audit logs for status changes, notes, and access-sensitive actions.
Define retention policies for archived jobs and uploaded media.
Design for single-shop usage first while supporting growth to many small shops on shared infrastructure.
Optimize the main board for fast read performance with pagination or lazy loading as job volume grows.
Use caching for frequently viewed dashboard data and status summaries.
Implement monitoring for latency, sync failures, and file upload errors to catch workflow disruptions early.
User adoption risk: shop staff may resist replacing the whiteboard, so onboarding must be fast and the interface extremely simple.
Data-entry friction: too many required fields could slow technicians, so the MVP should keep check-in lightweight.
Real-time sync complexity: multiple staff editing the same job needs conflict handling and clear timestamps.
Parts workflow ambiguity: shops vary in how they order and receive parts, so statuses must be configurable without becoming overly complex.
Monetization risk: small shops are price-sensitive, so the product must prove clear time savings and operational value quickly.