Key takeaways
- Repair management software gives every repair one record across its whole lifecycle, from intake to payment.
- India's repair economy is large (about ₹15,500 crore for consumer electronics) and growing, helped by rising device prices, refurbishment and right-to-repair policy.
- The repair KPIs that matter most are turnaround time, repeat-repair rate, jobs waiting for parts and billed versus collected revenue.
- Start small: run new jobs through the software from day one and bring in old data later.
What is repair management software?
Repair management software is a system for running repair jobs: knowing what’s in the shop, what state each job is in, who owns it, what it needs and what it will earn. Point-of-sale software is built around a sale. Repair software is built around a job, which can last minutes or weeks and pass through several people.
The core object is the job card (also called a repair ticket or work order). Everything attaches to it: the customer, the device and serial number, accessories received, reported faults, the technician’s findings, parts used, status changes, photos, the estimate and the final invoice.
India’s repair economy in numbers
Repair is not a niche in India. IMARC values the country’s consumer electronics repair economy at about ₹155 billion (₹15,500 crore). Future Market Insights expects India’s electronic equipment repair services to grow about 6.8% a year from 2025 to 2035, driven by smartphone and laptop penetration and more organised repair networks.
Two forces keep that growth going. First, waste: India generated about 1.41 million tonnes of e-waste in 2025–26, up from 1.25 million tonnes in 2023–24. Yet India had only 72 CPCB-registered refurbishers as of February 2025, and repair often loses to replacement because of sealed batteries and scarce parts. Second, policy: the proposed Repairability Index would score phones and electronics on spare-part availability, repair cost and repair information. Both push more devices toward repair, and repair businesses need to run efficiently to handle the volume.
Software spending is following. WiseGuy Reports estimates the global repair shop management software market at about US$2.55 billion in 2025, rising to about US$5 billion by 2035.
The repair lifecycle, step by step
Mapping your own process before choosing software saves a lot of pain. Most repair businesses follow these stages:
| Stage | Key information to capture | Typical failure without software |
|---|---|---|
| Intake | Customer, contact, device, serial/IMEI, accessories, condition, reported fault, photos | Missing charger disputes; wrong phone number; device can't be matched to owner |
| Diagnosis | Technician findings, tests run, time spent | Next technician repeats the same tests |
| Estimate & approval | Parts + labour quote, customer decision, approval date | Customer disputes the bill; work starts before approval |
| Parts | Part, quantity, serial, price, supplier, ETA | Device sits for weeks; parts used but never billed |
| Repair | Action taken, status changes, who did what | Owner can't tell what's stuck or why |
| Quality check | Final test result, sign-off | Repeat repairs within days |
| Delivery & payment | Invoice, payment mode, handover, warranty given | Completed jobs never collected or paid for |
Some jobs leave the normal path: they go to a brand under warranty, to an outside specialist, or back to the customer unrepaired. Treat those as proper statuses in the software. If they live only in notes, your reports will hide the jobs that matter most.
Repair KPIs worth tracking
| KPI | How to calculate it | Why it matters |
|---|---|---|
| Turnaround time (TAT) | Median time from intake to 'ready for delivery' | The number customers feel most; drives reviews and repeat business |
| Repeat-repair rate | Jobs reopened for the same fault within 30 days ÷ jobs closed | Shows quality; Counterpoint found 4 in 10 Indian phone users needed repeat visits |
| Jobs waiting for parts | Open jobs in a 'part required' status, and their age | Usually the biggest single cause of slow TAT |
| Estimate approval rate | Approved estimates ÷ estimates sent | Low rates point to pricing or communication problems |
| Technician output | Jobs closed per technician per day | Capacity planning and fair incentives |
| Billed vs collected | Invoiced amount minus payments received | Finds completed-but-unpaid work |
For context from field service, where the metric is called first-time fix rate, vendor-compiled benchmarks put the cross-industry median around 72%, with the top fifth of organisations near 76%. Treat these as rough benchmarks. The useful comparison is your own rate this month against last month.
Core features of repair management software
- Job cards with intake details, accessories, reported issues and photos.
- Configurable repair statuses (open, approval pending, part required, repair started, completed, ready for delivery, cancelled) with an audit trail.
- Technician assignment and per-technician workload.
- Notes that can’t be edited after saving for observations and action taken, so the history stays trustworthy.
- Inventory integration: parts picked from stock, serial tracking, price per part.
- Estimates, quotations and GST invoices generated from the job.
- Customer communication: WhatsApp messages and a shareable receipt link.
- Reports on TAT, status, technician output and revenue.
- Mobile access for technicians at the bench and on site.
How Rasko does it
In Rasko, observations, action taken and parts are an append-only record: entries saved earlier can’t be silently rewritten. Every change to a job card appears in an Activity log with who made it and when.
Parts are picked from inventory and reduce stock when the job is saved. A job card turns into a quotation or a GST invoice with its parts and prices already filled in. You can also hand a single job to an outside service partner, whose updates are recorded under their own name.
Common mistakes when moving repairs into software
- Too many statuses. Twenty statuses nobody understands are worse than six everyone uses. Start lean.
- Only the front desk uses it. If technicians don’t update jobs, status reports are fiction. Pick software that works on a phone.
- Parts kept outside the system. Without stock integration you lose the link between what was used and what was billed.
- No customer updates. Customers who hear nothing call or walk in to ask, which costs staff time.
- Migrating everything first. Waiting until old data is perfect delays the benefits. Run new jobs in the software straight away.
A simple one-week rollout plan
- Day 1: Set up your store details, GST number, staff accounts and the services and issues you see most.
- Day 2: Add your 30–50 most-used parts with prices and opening stock.
- Days 3–5: Create every new job in the software. Finish old jobs on paper.
- Day 6: Review the first reports (jobs by status and waiting for parts) with your technicians.
- Day 7: Switch on customer WhatsApp updates and bill from the job card.
Related reading: repair shop software for counter-first shops, service center software for multi-technician centres, and field service management software for on-site repairs.