How to Build Towing and Roadside Assistance Dispatch Software

A towing company running 50+ dispatches per day through AAA, Agero, and Urgently processes each job through a different billing portal with a different rate schedule. Without a system that automates billing submission per motor club, a dispatcher spends 30-45 minutes at the end of every shift manually entering completed jobs into each portal. At 50 jobs per day, that's the equivalent of a part-time employee doing data entry.

The problem isn't the dispatch itself. Towing companies have been dispatching trucks with radios and phone calls for decades. The problem is the billing layer — multiple motor clubs, multiple rate schedules, multiple submission portals, and no shared standard between them.

Building towing and roadside assistance dispatch software means solving the dispatch workflow, the GPS driver map, and the customer communication loop that every operator needs, plus the motor club billing problem that separates a functional dispatch tool from one that actually removes manual work.

What towing dispatch software actually covers

A complete towing dispatch platform manages the full job lifecycle: from the first call to the completed billing submission.

A full platform needs:

• Call intake with location capture and problem type (lockout, flat tire, jump start, battery service, winch, tow to shop, accident recovery)

• Driver dispatch with a real-time GPS map and closest-driver recommendation based on current location and current job

• ETA calculation and SMS link to the customer with live driver location

• Job status updates from the driver mobile app (dispatched, en route, on scene, service complete)

• Motor club billing API integration for AAA, Agero, Urgently, and Allstate Motor Club

• Per-job invoicing with rate table lookup (service type plus zone equals base rate plus mileage rate)

• Driver performance tracking — on-time rate, jobs per shift, average response time

• Impound lot management with vehicle intake, lot location, release authorization, and storage fee calculation

Build the MVP in this order: dispatch, GPS driver map, customer SMS notifications, job status tracking, and basic invoicing. Motor club billing integration comes after the dispatch workflow is solid. Get drivers using the mobile app before adding billing complexity.

MVP vs. full platform

The MVP covers the daily dispatch operation. A dispatcher takes a call, enters the job, sees the nearest available driver on the map, assigns the job, and the customer gets an SMS with an ETA. The driver updates job status through the mobile app. When the job is complete, the dispatcher creates a billing record.

The full platform adds the systems that mid-sized and large towing operations need:

• Motor club API integration with per-motor-club rate tables and automated billing submission

• Impound lot tracking with per-vehicle lot location, release fees, and lien notice generation

• Fleet maintenance scheduling with service intervals per vehicle and out-of-service tracking

• Insurance claim documentation for accident tows — photos, driver notes, at-scene documentation

• Driver pay settlement with per-job commission rates and shift settlement reports

Motor club billing is the highest-value addition. A dispatcher spending 45 minutes per shift on manual billing entry is costing the company roughly 1,800 hours per year — the equivalent of a full-time employee — at 50 jobs per day.

Core architecture

The call record is the central object. When a dispatcher takes a call, they enter the caller's phone number, the vehicle's location (geocoded to address and lat/lng), the problem type, and the motor club if the job is a motor club dispatch. The system assigns the call a status and creates a job.

The driver record stores the driver's name, assigned truck, current GPS position updated by the mobile app every 90 seconds while on duty, and current job ID. The dispatch map shows all active drivers with their current positions and job status. The closest-driver recommendation is calculated as straight-line distance to the job location from each available driver — factoring in estimated time to complete their current job if they're on a call.

The rate table is a lookup matrix: motor club, service type, and zone determine the base rate and the per-mile rate. The mileage calculation method is stored per motor club — some clubs bill miles driven to the scene, others bill hook-to-drop (from the scene to the drop-off location). Getting this wrong produces either underbilling or billing disputes.

When a driver marks a job complete, three things happen: the system calculates the billable amount from the rate table, creates a billing record formatted per the motor club's required structure, and queues the billing for submission. Submission status tracks through: pending, submitted, accepted, and disputed. A disputed billing record creates a task in the dispatcher queue for review.

The hardest technical challenge

Motor club billing integration at scale is the most complex problem in the platform.

AAA, Agero, and Urgently each have proprietary portals, rate schedules, and submission formats. There is no industry-standard API for motor club billing. Each club must be treated as a separate integration.

AAA uses BEACON — their dispatching and billing platform — which has an API for service completion submissions. BEACON accepts structured job data: service type, mileage, driver ID, completion timestamp, and vehicle information. The API returns a billing confirmation number.

Urgently operates a REST API for service providers. The Urgently API covers job acceptance, status updates, and service completion billing in a single documented integration. Urgently is the most developer-friendly of the major motor clubs.

Agero provides a web portal for service providers with no public API. Billing submission is manual unless you qualify for Agero's enterprise integration program, which requires significant volume (typically 500+ jobs per month) and a signed data-sharing agreement. Most mid-sized towing operations do not qualify.

Build the motor club billing layer as an adapter pattern. Define one adapter per motor club. Each adapter implements a submit(job) method that translates your internal job format to the motor club's required format, submits it through the appropriate channel, and returns a status. For motor clubs with an API, the adapter calls the API. For motor clubs without one — like standard Agero accounts — the adapter generates a completed billing PDF in the motor club's exact format and queues it for staff to submit manually through the portal. This is significantly faster than manual data entry from scratch, and it keeps the billing logic centralized in the adapter rather than scattered across the dispatcher's workflow.

According to the Towing and Recovery Association of America's 2023 industry survey, motor club work represents 40-60% of revenue for mid-sized towing operators. At that revenue concentration, billing submission errors or delays directly affect cash flow. A disputed billing record that sits unresolved for 30 days is effectively a 30-day receivable delay on a job already completed.

Build costs and timeline

Option 1: MVP — call intake with geocoding, real-time GPS driver map, driver mobile app with job status updates, customer SMS with live ETA, and per-job invoicing with rate table lookup. Timeline: 10-14 weeks. Team: 2 senior backend, 1 frontend, 1 mobile (React Native). Cost: $90,000-$160,000. Running cost: $1,000-$3,000 per month.

Option 2: Full platform — everything in Option 1 plus motor club API integration for AAA and Urgently, adapter-based billing submission for Agero, multi-yard impound lot management, fleet maintenance scheduling, insurance claim documentation, and driver pay settlement. Timeline: 17-24 weeks. Team: 3 senior backend, 2 frontend, 1 mobile. Cost: $180,000-$290,000. Running cost: $2,000-$4,000 per month.

Option 3: Buy and configure. Towbook and Dispatch Anywhere handle standard towing operations at $150-$300 per month. For single-yard operators and companies with fewer than 15 trucks, the standard tools are a better value. Build custom when your motor club billing complexity, multi-yard impound workflows, or fleet-specific requirements exceed what those tools support.

Build vs. buy

Build custom when you operate 15 or more trucks and motor club billing data entry is consuming 30+ dispatcher hours per week. Also build when you run multiple impound yards that require separate lot tracking, lien notice generation by jurisdiction, and release fee calculation per vehicle. Standard dispatch tools handle these workflows partially. Custom builds handle them completely.

Tech stack

The driver mobile app is the highest-priority component. A driver in the cab of a tow truck needs to accept jobs, update status, and capture on-scene documentation with one hand. The interface must be large-target, readable in daylight and at night, and functional in areas with poor cellular coverage.

Build offline capability for job acceptance, status updates, and on-scene notes. When the driver accepts a job offline, the acceptance is recorded locally and synced to the server when connectivity returns. The dispatcher sees the driver as non-responsive until sync — flag this state in the UI rather than showing incorrect availability.

For the stack:

• Node.js and PostgreSQL for the API and data layer

• React for the dispatcher web app (GPS map, call intake, job queue, billing dashboard)

• React Native for the driver mobile app (GPS updates every 90 seconds, offline job list, on-scene documentation)

• Google Maps Platform for the GPS driver map display and ETA calculation

• Twilio for customer SMS with ETA updates and job completion notifications

• Stripe for direct customer billing on non-motor-club jobs (lockout, private property tows, direct customer calls)

• Puppeteer for PDF generation of motor club billing forms for clubs without an API

For GPS, use background location with a foreground service on Android to prevent the OS from killing the location process during active jobs. On iOS, use significant location change monitoring supplemented by background fetch during active jobs. The 90-second update interval is a deliberate balance: fresh enough for accurate ETA display, conservative enough for battery life on a full shift.

RaftLabs has shipped dispatch platforms with GPS driver tracking and automated billing integrations. See our SaaS application development service or talk to us about your architecture.