Automotive Software Engineering Services

AROBS provides automotive software engineering services covering embedded software development, system and software engineering, hardware and mechanical engineering, testing and validation, technical project leadership, and R&D. Its expertise includes areas such as Body Control Modules, Gateway ECUs, infotainment systems, instrument clusters, ADAS ECUs, telematics units, and HEV ECUs.

Yes. With amplified expertise from Gess Engineering, AROBS offers software and system testing, quality assurance, and validation across automotive projects, including model-in-the-loop, software-in-the-loop, and hardware-in-the-loop environments. Its capabilities also include ADAS testing, requirements analysis, test methodology, execution, and reporting.

AROBS works with Tier 1 automotive suppliers, OEMs, EV startups, mobility service providers, ADAS and autonomous technology developers, and teams working on AI-powered and embedded automotive systems. Its services can support projects from early architecture and development through testing, validation, and production readiness.

Yes. AROBS can contribute to different stages of an automotive software project, from requirements engineering and software architecture to integration, testing, validation, and project management. The company also supports legacy system modernisation and the migration of existing codebases to current automotive architectures and standards.

Yes. We follow ISO 26262, ASPICE, and the AUTOSAR Classic and Adaptive platforms, and

Yes. We specialise in migrating codebases to modern automotive standards and architectures.

Yes. We support model-in-the-loop (MIL), software-in-the-loop (SIL), and hardware-in-the-loop (HIL) environments and a deep in-house validation and prototype-testing bench.

Global light-vehicle sales are on a growth path from roughly 94 million units in 2025 to over 100 million by 2030.

SDV development shifts critical functions from hardware to software, improving automotive operations flexibility and cutting time-to-market. OEMs can roll out new features after sale, improve safety systems, and personalise the user experience. SDVs also simplify hardware, lower development costs, and create scalable automotive platforms across models. They open monetisation beyond the initial sale, including connected services and subscriptions.

• Powertrain management (electric drive control, engine optimisation)
• Advanced driver assistance systems (ADAS)
• Vehicle infotainment systems and user interface systems
• Battery and energy management
• Telematics and connectivity
• Cybersecurity and over-the-air (OTA) update infrastructure
• Climate and comfort systems
• Vehicle diagnostics and predictive maintenance

Software is becoming the key differentiator as mechanical capability converges across brands. User experience, feature set, and upgradability drive brand loyalty and revenue. Leading automakers use software for rapid iteration, post-purchase software updates, and personalisation – boosting retention and creating new revenue streams. Managing vehicle software at scale is now a core competitive advantage.

More than most automotive manufacturers plan for. Environmental concern continues to shape automotive demand. Conscious purchasing isn’t limited to food or clothing – it’s a growing factor in vehicle choice too. As EVs get more cost-efficient and governments keep incentivising the segment, adoption keeps climbing: as already discussed, global electric car sales already topped 20 million in 2025 – one in four new cars sold worldwide – and are on track for 23 million in 2026. Moreover, projections indicate 1 in 4 cars will be an EV in 2035. A software roadmap that treats EV-specific needs as an afterthought is already behind.

Cars are increasingly designed around health, wellness, and wellbeing (HWW), not just transportation. Pollution and an ageing population are pushing many industries, automotive included, toward products built around user wellbeing – alcohol detection, in-car air-purity monitoring, massage functionality, and real-time street-level pollution analysis are already moving from concept to feature list.

Most modern vehicles support over-the-air (OTA) updates, letting automakers deploy enhancements and security patches remotely, without a dealership visit, via cellular or Wi-Fi networks and a centralised backend. OTA spans infotainment, navigation, ADAS, and energy management – critical for performance, new features, and closing vulnerabilities in real time.