Software that follows the job from first call to final fix.

It is software that runs an appliance repair shop's jobs from first call to final payment in one place: booking, dispatch, diagnosis, parts ordering, the wait for parts, the return visit, warranty claims, invoicing, and payment. Unlike a generic scheduler, it is organized around the machine as well as the customer, so each appliance keeps its own brand, model, serial number, and repair history.

General field service software is organized around the customer and the job. Appliance repair work is organized around the machine. A refrigerator at one address has its own brand, model, serial number, repair history, warranty status, and parts record, and that information has to survive from one visit to the next no matter which technician shows up. If the history hides in a job note or has to be rebuilt from old invoices, the return visit starts blind.

The job stays one record with a clear status at each stage: diagnosed, waiting on parts, ready to reschedule, and completed. Diagnosis and required parts stay tied to the job, the job sits visibly in a waiting state while parts are outstanding, and it surfaces for rescheduling once every required part is received. The office, the dispatcher, and the technician all look at the same job, so a job cannot quietly stall between visits.

A warranty job carries its claim and authorization number on the work order, with each line flagged as covered or not covered. The invoice itemizes the warranty company portion and the customer portion separately, and warranty money owed is tracked apart from what customers owe. The customer still sees one clear invoice, while the office can follow the claim through to settlement without keeping a second set of books.

When required parts are received against the job, the job moves to ready to reschedule, so dispatch can see exactly which jobs are unblocked and book the return visit on the right technician. The customer is told the part has arrived and asked to book the return visit, instead of the job sitting in a pile until somebody remembers to check.

The technician sees the machine, not just the address: brand, model, serial number, what was diagnosed last time, which parts were ordered, what has already been tried, and any warranty record on that machine. That history is what turns a return visit into a repair visit instead of a second diagnosis.

Field work has to be designed for it. A technician in a basement or a rural driveway still needs to read the job, record the fix, capture a signature, and write the invoice, with everything syncing once signal returns. If the first release includes field work, offline behavior is scoped explicitly: what is stored on the device, what queues, what syncs, and what the technician sees when a sync fails.

Buy an existing product when it handles your job flow, including warranty claims and parts waits, with reasonable setup and its pricing makes sense. Build custom when your workflow is itself the advantage: a particular mix of warranty networks, parts distributors, pricing rules, or reporting that no maintained product covers cleanly. If the rules of the operation are still changing every week, wait and settle them first.

The first paid phase may cover a bounded audit, a proof of concept, a recovery plan, or a small first release. The final price depends on how deep the job workflow goes, how many kinds of users it serves, what it needs to connect to, whether data needs moving over, whether phones or tablets are involved, any compliance requirements, and the condition of existing code. The agreed phase is priced in writing before it starts.

Timing depends on scope: a bounded audit or proof of concept is a smaller engagement, while a platform with several system connections, data to move over, mobile apps, or formal compliance controls takes longer. The schedule is set once the first job type and what 'done' looks like are clear.

Yes. Takeover is a common first engagement, and it always starts with an audit: where the code lives, how your data is organized, what is tested, which outside services it depends on, who can access what, and how updates go live. Code that is understandable and fit for the next release stays; only the parts blocking reliability get replaced. AI-built prototypes can be assessed as starting points. And if you already paid another vendor and have nothing working, the audit tells you which story you have before you spend more.

Security starts with the data, the people, who can see and change what, the systems it connects to, and where it runs. For a repair shop that means customer addresses, payment details, and warranty records are protected by access controls, separate testing and live environments, protected passwords and keys, activity logs, backups, and recovery plans. We write down which protections are included and which evidence your team or an independent specialist must provide.

We need one person who owns the workflow, access to the relevant users and systems, timely answers on business rules, and someone who can accept or reject each milestone. A weekly working session is usually enough once the scope is stable. Your team should not have to manage developers day to day. The team that scopes your project is the team that does the work: no handoff to another vendor after you sign, and you can talk to the people doing the work directly.

Ask for the quote to name everyone who will use the system, including your own team. Every platform has two products: what customers see, and what your people use all day: dispatch, parts receiving, warranty claims, managing users, and a record of who did what. When that second product is quoted as an 'admin panel' on a single line, it becomes the overrun. Our quotes treat your team's screens as their own scope, with their own users. Then the phase names the workflow, what 'done' looks like, the price, and the exclusions, all before paid work starts.

You judge what you can see, not the code. Every checkpoint is working software you click through yourself, tested against the workflow agreed at the start. Progress is reported in plain language: what changed, what's next, and what it costs. Because you own the code, the accounts, and the operating notes throughout, nothing about the work is locked inside our heads. Our job is to make the work checkable; your job is to check it against your business.

You own the code built for you and control where it lives, the cloud accounts, the data, analytics, and third-party subscriptions. Outside services and open-source pieces keep their own licence terms. The operating notes and handover material stay current so another capable team can take over.

Every launch includes post-launch warranty cover for defects in the agreed scope, release support, and small screen corrections. After that, work can continue as another fixed phase or an ongoing product engagement. The code and accounts stay under your control either way.

Yes, when the other product offers suitable access and your team owns the mapping. Define which system owns jobs, parts, purchase orders, invoices, payments, and warranty money owed. Test duplicates, closed periods, retries, rejected postings, and reconciliation. RaftLabs builds the connection; your finance team approves accounting treatment and controls.

It should not try to. The first release should take one job type from first call to final payment, including its parts wait and its warranty handling where that job type has them. Once that path runs cleanly, the next job type moves over. Replacing every tool at once is how a shop ends up running the old spreadsheets alongside the new system.