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Automotive Industry

Connected, software-defined vehicles and the platforms that power them — engineered to ASPICE, ISO 26262, and the realities of OTA.

The landscape

Cars are software platforms now.

The software-defined vehicle is a meaningful break from the traditional automotive software stack. OEMs and Tier-1s are consolidating ECUs onto high-performance compute platforms, shipping over-the-air updates that change vehicle behavior post-sale, and monetizing in-vehicle features through subscription. That shift demands a different kind of engineering discipline — faster release cadence, but with the same functional-safety and cybersecurity obligations that the regulator has always expected.

We build for that intersection. Whether it's connected-vehicle backend platforms, OTA campaign management, telematics & data lakes, in-vehicle HMI / IVI applications, or the analytics behind connected-services product decisions — every engagement is engineered to ASPICE, ISO 26262 (where ASIL allocation is in scope), ISO/SAE 21434 for cybersecurity, and UN R155 / R156 for CSMS and SUMS.

We've shipped fleet, telematics, and dealer-facing platforms with the kind of uptime and concurrency that hundreds of thousands of vehicles demand — and we treat regulatory traceability as part of the build, not a phase at the end.

Automotive Industry

ASPICE L2/L3

Process-capability aligned

ISO 26262

ASIL A–D where allocated

ISO/SAE 21434

Cybersecurity by design

UN R155 / R156

CSMS & SUMS ready

Challenges we hear

Where automotive software programs run into trouble

ECU consolidation

Moving from 50–80 ECUs to a few zonal / central compute units is a multi-year architectural transition. AUTOSAR Adaptive, container runtimes, and mixed-criticality scheduling all enter the picture.

OTA at scale

Hundreds of thousands of vehicles, fragmented HW/SW variants, partial updates, fallback strategies, and regulatory traceability. None of that "just works" without explicit campaign-management infrastructure.

Cybersecurity obligations

UN R155 requires a Cybersecurity Management System; UN R156 requires a Software Update Management System. Both are now type-approval prerequisites in much of the world.

Connected-services monetization

Subscription features, data services, EV-charging integration — the business model is changing faster than most backends were designed for.

Vehicle-data leverage

Petabytes of CAN / sensor / event data — used today mostly for warranty triage. The value sits in product analytics, predictive service, and feature optimization.

Dealer / aftersales experience

The dealer body's tooling is fragmented; aftersales SLAs hinge on systems that were built before connected vehicles existed. Modernization here is high-leverage and underrated.

How gmware helps

What we build for OEMs, Tier-1s, and fleets

Connected-Vehicle Backends

Telemetry ingest at scale, device shadow / digital-twin services, command-and-control, vehicle ownership / lifecycle, geofencing, fleet integrations.

OTA & Software Update

Campaign management, variant matrices, delta updates, rollout / rollback, UNECE R156-aligned audit trails. Works across AUTOSAR Classic, Adaptive, Linux, Android Automotive.

IVI / HMI Applications

Android Automotive OS, QNX, AGL applications, voice-assistant integration, in-vehicle commerce, customizable digital cockpit.

Vehicle-Data Platforms

Lakehouse-scale ingest of CAN / sensor / event data, feature stores for ML, product-analytics dashboards for vehicle program teams, warranty & predictive-service ML.

Dealer & Aftersales

DMS integrations, service-bay tooling, parts & warranty workflows, EV-charging operator integrations, customer-facing service apps.

CSMS / SUMS Engineering

UN R155 / R156 management systems: TARA (threat analysis & risk assessment), security operations, software-bill-of-materials, dependency hygiene, evidence repositories.

Standards & Compliance

Standards we work to

ASPICE

Process capability

ISO 26262

Functional safety

ISO/SAE 21434

Cybersecurity engineering

ISO 21448 (SOTIF)

Safety of intended function

UN R155 / R156

CSMS & SUMS

AUTOSAR

Classic & Adaptive

ISO 27001

Enterprise ISMS

GDPR / data privacy

Vehicle & user data

Outcomes

KPIs we help teams move

OTA success rate

By campaign, variant, region

CSMS posture

Vuln SLA, audit findings

Warranty cost

Per VIN, per defect cohort

Connected ARPU

Active subs, attach rates

FAQ

Common questions

Selectively — through partners for hard-realtime AUTOSAR Classic firmware. Our sweet spot is AUTOSAR Adaptive, Linux / Android Automotive in-vehicle applications, and the connected-vehicle backend / OTA / analytics stack the embedded code talks to. Most modern OEM programs need both, and we cover the right half end-to-end.

Buy the device-agent / delta library; build (or heavily customize) the campaign and orchestration layer. The differentiated logic — variant strategy, dealer coordination, regulatory traceability — is yours. We've integrated with HARMAN, Aurora Labs, Excelfore, and open-source bases like Uptane / Aktualizr; the right partner depends on your ECU portfolio.

Process discipline — bidirectional traceability between requirements, design, code, and tests; managed configuration; documented review evidence; defined release process. ASPICE Level 2/3 is now the de-facto bar for serial development at most OEMs and Tier-1s. We embed it into modern CI/CD tooling so the evidence is a by-product, not a paperwork drag.

Android Automotive OS (with or without Google Automotive Services) is now the default for non-instrument cluster UX — the developer ecosystem, app distribution, and pace of HMI iteration are hard to match. Proprietary HMIs make sense in heavily branded cockpits or where the OEM has unique platform integration. We've shipped both.

Products that fit

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Working on an SDV, OTA, or connected-services program?

30 minutes with our automotive lead. We'll talk through architecture, compliance posture, and the smartest first wedge.