Automotive Software Development Company for the Layer Above the Vehicle

An automotive software development company that builds the cloud, fleet, dealer and telematics side of a vehicle programme. Firmware and in-vehicle code are somebody else’s job, and we would rather say that in the first line than in month three.

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The Difficult Part of Vehicle Software Is Rarely in the Vehicle

A modern vehicle programme generates an enormous amount of data and almost none of the difficulty lives where people expect. The signal leaves the vehicle intermittently, over a connection that disappears in a tunnel and reappears in a car park an hour later with a backlog. Three model years report the same measurement with different names, different units and different sampling rates. A supplier’s device and the manufacturer’s own telemetry disagree about mileage. By the time all of that reaches a fleet manager’s screen it has been through four assumptions, and any one of them being wrong makes the screen quietly untrue.

The second problem is organisational. Dealers, service centres, warranty, insurance partners and fleet customers each hold a piece of the vehicle’s history, in a system chosen for a different reason years earlier. Answering a question as simple as what happened to this vehicle usually means asking four systems and reconciling their answers by hand.

Neither of those is embedded engineering. Both are data and integration problems, which is precisely the layer we work in, and settling how the signals reconcile is the first thing we do rather than the thing that gets discovered during acceptance testing.

The telemetry and device data engineering behind it

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100+

Software Engineers

500+

Solutions Delivered

30+

Industries Served

95%

Client Retention

120+

Clients Worldwide

3

Unicorn Products

Teams Who Came to Us With a Systems Problem

Different sectors, one pattern: the constraint turned out to be the systems around the product rather than the product itself. These are platforms we build, integrate and keep running.

TelemetryTVLegiitFirst Class Workforce SolutionsLobos InnovationiTimePunch Plus

Tell Us What the Sector Is Doing to You

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Automotive Software Services We Provide

Manufacturers, suppliers, fleet operators, dealer groups and mobility businesses all arrive with different questions. What follows is grouped by the work rather than by who is asking.

Vehicle data ingestion and normalisation

The pipeline that takes telemetry from vehicles and third-party devices and turns it into one comparable record, including the parts that are genuinely hard: intermittent connectivity, late-arriving backlogs, model years that disagree about a field name, and duplicate readings from two sources describing one journey.

Fleet and telematics platforms

Vehicle status, utilisation, driver behaviour, maintenance scheduling and cost per vehicle, built on the devices already fitted rather than requiring a hardware programme. Hardware replacement is a capital decision and should not be triggered by a software project.

Dealer, service and aftersales systems

Booking, workshop scheduling, job cards, parts availability, warranty claim preparation and customer communication. Usually the highest-return work available to a dealer group and consistently the least glamorous.

Connected vehicle applications

Driver and owner applications covering vehicle status, remote functions the manufacturer already exposes, service history, charging and journey data. Built against the interfaces the vehicle programme publishes, never inside the vehicle.

Charging and energy applications for electric fleets

Session management, charge scheduling, cost allocation and reporting across depots and public networks. Charging is where electric fleet economics are actually decided and it is usually managed on a spreadsheet for the first two years.

Analytics and predictive maintenance

Failure prediction, warranty pattern analysis, utilisation and total cost modelling, built on data with lineage so a claim about a component can be evidenced when a supplier disputes it.

Integration across dealer, warranty and partner systems

Joining the systems that each hold part of a vehicle’s history so a question can be answered once rather than assembled from four places. This is the work most automotive projects underestimate.

Modernisation of ageing automotive systems

Dealer management, parts and warranty systems moved in phases with the incumbent live throughout, because these systems run daily operations and cannot go dark for a weekend.

The pipelines carrying vehicle data · Joining dealer, warranty and partner systems · Moving an ageing system without stopping the workshop

Work in This Sector

Work from across our portfolio. Studies from this sector appear here as they are published.

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Stories of Transformation and Trust

What clients say once the system has been running long enough to judge.

Reviewed on Clutch
Hardik was very helpful in advice and completing the work.
TomAustralia
Reviewed on GoodFirms
We have contracted a developer from Aipxperts now for several months, based on a referral. We have been very pleased with the quality of the work, the knowledge and skill level of our developer, and the value we're receiving for our fee. We also very much appreciate that the development team works at night (effectively), so we are sometimes able to turn client requests around in a day.There have been a couple of situations where we needed urgent help outside of our developer's normal business hours, and we've received that help (for which I am very grateful). While we have some challenges with communication sometimes, our overall satisfaction level is very high.
Jason LancasterPresident, Spork Marketing

Who Uses It: Driver, Workshop, Fleet and Programme

The same vehicle appears on all of these and each one needs a different fact about it. A driver wants status, a technician wants history, a fleet manager wants cost, and a programme team wants the pattern across thousands.

Driver and owner app

Vehicle status, charge or fuel state and location where permittedService history and upcoming maintenanceBooking a service and communicating with the workshopJourney and efficiency data presented so it means somethingRemote functions the vehicle programme already exposes

Workshop and technician

Job cards with the vehicle’s actual reported history attachedParts availability and orderingDiagnostic and fault records from the telemetry feedWarranty claim preparation with the supporting evidence gatheredScheduling and bay utilisation

Fleet manager

Live vehicle status, utilisation and exceptionsMaintenance scheduling driven by condition rather than only by dateDriver behaviour and safety reportingCost per vehicle, per route and per depotCharging or fuel management and allocation

Programme and analytics

Fleet-wide reliability and failure patterns by model year and componentWarranty exposure and claim analysisData quality monitoring across sources, which is the view nobody builds and everybody needsReporting for suppliers, insurers and finance

Automotive Integrations That Carry the Real Risk

All of this is work we deliver. On an automotive programme these carry more risk than the applications above them, because a reconciliation error does not present as a failure. It presents as a number that is quietly wrong.

Vehicle and device telemetry

Ingestion from the manufacturer’s own telemetry and from aftermarket devices, with the normalisation rules written down: which source wins per field, how units are converted, how a late backlog is merged into a period already reported.

Dealer and workshop systems

Joining booking, job card, parts and history so a vehicle arriving at a service centre brings its record with it. What a given dealer system exposes varies enormously, so it is assessed per system rather than assumed per product.

Warranty, parts and supplier systems

Claim preparation, parts availability and supplier data, where the value is in assembling evidence automatically rather than having a technician gather it after the fact.

Charging networks for electric fleets

Session, cost and availability data across depot and public charging, using the open protocols the sector runs on. Which of those your estate actually speaks is an assessment question and it changes the scope materially.

Insurance, finance and mobility partners

Usage and event data shared with partners under agreed scope, which is a privacy design question as much as an integration one, because vehicle data is often personal data.

Alerting on the data itself, not only the connection

An automotive feed rarely stops. It degrades: a field goes null, a device firmware update changes a unit, a model year starts reporting differently. Monitoring here checks that the data is still plausible, not only that it is still arriving. That distinction is the single most useful thing on this page.

How the pipelines and their quality checks get built

Where the Regulated Obligations Sit, and Which of Them Are Ours

Vehicle programmes carry obligations that a software supplier can support and cannot discharge. Being specific about which is which is more useful to you than a list of standards.

Vehicle cyber security and software update governanceManufacturers operate management systems covering vehicle cyber security and the governance of software updates, and a supplier building anything that touches vehicle data is expected to fit inside them. In practice that means evidence: what was changed, who approved it, what was tested, and being able to produce that trail on request rather than assemble it later. We build to that expectation. We do not hold or issue the approvals themselves.Vehicle data as personal dataLocation, journey and behaviour data is usually personal data about a driver, whatever else it is. Consent, purpose limitation, retention and what may be shared with an insurer or a fleet customer are data model decisions taken at the start, not settings applied at the end.Type approval and homologationNot ours, and we will say so at scoping. These processes concern the vehicle and its in-vehicle systems. Nothing we build sits inside that boundary, which is also why nothing we build should ever be presented to an approval authority as if it did.Safety-critical in-vehicle softwareWe do not write it. Anything with a functional safety obligation inside the vehicle needs a supplier with that discipline, that tooling and that audit history. Aipxperts is not one, and a supplier who agrees to it without that background is a risk you would be taking on.On certification, and what we can hand your auditorNo ISO 27001 or SOC 2 accreditation is held. The access management, change control, encryption and monitoring behind what we build are designed and documented, with evidence prepared so your assurance team can work through it. That supports your obligation. It does not discharge it.

If a manufacturer or partner is running a security assessment

What an Automotive Engagement Produces

Artefacts and test results, each of which can be asked for by name at the first meeting.

01A signal and source reconciliation documentWhich system is authoritative for each field, how units and names are mapped across model years and devices, how a late backlog is treated, and what happens when two sources disagree. Without this, a fleet dashboard is a confident-looking guess.02Data plausibility monitoring, not just uptime monitoringChecks that a field has not gone null, a unit has not silently changed and a model year has not started reporting differently. Automotive feeds degrade rather than fail, and uptime monitoring is blind to it.03A change trail your assurance team can useWhat changed, who approved it, what was tested, produced as delivery output rather than reconstructed when somebody asks. Programmes running software update governance need this from every supplier.04A written scope boundaryWhat we build and what we do not, stated in the contract. Firmware, in-vehicle safety software, homologation and type approval are outside it. That sentence exists to protect you as much as us.05Mappings and rules that transfer with the platformField mappings, normalisation rules and integration specifications transfer at the end of the engagement.

What an Automotive Platform Is Built From

Choices follow the volume of telemetry and the systems already in the business. Everything here is worked in day to day.

Application languages

JavaKotlinSwiftPythonC#GoTypeScriptDart

Frameworks

Spring Boot.NET CoreReactAngularNode.jsFlutter

Data

PostgreSQLMongoDBRedis

Cloud and infrastructure

AWSAzureGoogle CloudDockerKubernetesTerraform

Automotive-specific work

high-volume telemetry ingestionout-of-order and late-arriving data handlingunit and schema normalisation across model yearsdata quality monitoring

From Signal Audit to a Number Somebody Can Trust

The order is deliberate. Reconciliation is settled before anything is displayed, because a dashboard built on unreconciled data is worse than no dashboard.

01Signal and source auditWhat each vehicle generation, device and system actually sends, at what frequency, with what gaps. The output is the reconciliation document.02Data model and quality designCanonical field definitions, unit handling, late-arrival rules and the plausibility checks that will run continuously.03Integration design across dealer and partner systemsWhat each system exposes, how often it can be asked, and what the fallback is when it is unavailable.04Privacy and data-sharing designWhat is personal data, who may see it, what is shared with insurers or fleet customers, and on what basis.05Build in increments with real dataIncrements run against a sample of your actual telemetry rather than generated data, because synthetic vehicle data is always tidier than the real thing and hides exactly the problems worth finding.06Volume and disorder testingTested at fleet volume, with out-of-order arrival, duplicate readings and a simulated multi-day backlog, because those are the normal conditions rather than the edge cases.07Field validationApplications tested on the devices technicians and drivers actually use, in workshops and vehicles rather than at a desk.08Rollout and monitoringPhased by depot, dealer or model programme. Data plausibility and interface monitoring run from the first day. Cover is business hours, with the escalation route agreed before rollout.

Automotive Questions Where the Answer Should Be Specific

The answers at the top of this list narrow what we will take on. A supplier who answers either of them with an unqualified yes is worth a second look.

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No. Firmware, embedded control software and anything carrying a functional safety obligation inside the vehicle are outside what we do, and that is a capability statement rather than a preference. Those disciplines need their own tooling, process and audit history. We build the layer above: ingestion, cloud platforms, fleet, dealer, aftersales and driver applications.

No. Homologation and type approval concern the vehicle and its in-vehicle systems, and nothing we build sits inside that boundary. What we can do is produce the change, approval and test evidence your own assurance process needs from a software supplier.

Signal variety and system count, not screen count. Two fleet platforms that look identical can differ threefold because one ingests from a single device across one model year and the other reconciles four sources across nine. The reconciliation audit comes first and the quote follows it. No rate bands are published here, because a figure named before that audit would have nothing behind it.

No, and be careful with any supplier who says yes before inspecting what is fitted. We build against installed hardware. Where a device genuinely cannot supply what a feature needs, we name the feature and the gap rather than dropping it quietly.

As the normal case. Vehicles lose connectivity and return with a backlog, so periods that have already been reported get revised. The rules for that are written, tested and documented, and a platform that silently overwrites a reported figure is a platform whose numbers nobody will trust twice.

Usually yes, at least in part. Location, journey and behaviour data identifies a driver even when the record is filed against a vehicle. It changes what you may share with an insurer or a fleet customer and it changes retention. It is settled during design rather than raised by somebody’s legal team afterwards.

One vehicle generation, one data source and one complete answer end to end, with the reconciliation working. Coverage across the fleet follows. A reconciliation flaw found across one model year is a fix; found across nine it is a credibility problem.

It depends entirely on what your installation exposes, and dealer systems vary more than most software categories. We assess yours specifically. If the integration will cost more than the application it feeds, you will hear that during the assessment.

Data plausibility monitoring, interface monitoring, performance and security patching, plus the tuning that only becomes possible once a full seasonal cycle of real data exists. Cover is business hours against a documented escalation route.

You do. The field mappings and normalisation rules transfer with it, and they matter more here than the source code, because they encode everything learned about how your vehicles actually report.

Dive Into Our Insights

What our engineers have written up from work in this sector and the ones next to it.

How real-time vehicle tracking is built