In-Vehicle Software Development

Tap into expertise that spans the entire vehicle ecosystem, from ADAS and infotainment systems to AUTOSAR-based ECUs, diagnostics, and EV charging. Craft in-vehicle solutions for smarter, safer, and more connected driving experiences with Avenga.

How We Can Help You

We work with a full spectrum of in-vehicle engineering services and empower the integration of technologies into modern vehicle architectures.

ADAS Development

Automotive Infotainment Systems/HMI Design and Development

AUTOSAR-Based ECU Development

Vehicle Systems Diagnostics

Testing (HIL & SIL)

Battery Management Systems

EV Charger / On-Board Charger

We build complete ADAS solutions that cover perception systems, decision algorithms, and control software, and enable everything from adaptive cruise control to automated parking. Whether you need specific ADAS features or a full suite of driver assistance capabilities, we can deliver solutions that meet stringent automotive safety standards and accelerate your time to market.

Our infotainment and HMI solutions create connections between drivers and their vehicles. We specialize in developing intuitive user interfaces that integrate entertainment, navigation, and vehicle controls into cohesive systems. Our team brings expertise in modern UI/UX design principles, backed by rigorous usability testing and compliance with automotive safety standards.

With top-tier expertise in AUTOSAR architecture, we develop reliable and scalable ECU solutions for automotive applications. We can handle everything from basic software development to complex application layer implementation so as to make sure your ECUs meet both functional requirements and automotive quality standards. This includes software component development, system integration, and testing.

Our diagnostic services deliver a unified view of the vehicle’s health and performance. We develop diagnostic tools and software that enable efficient troubleshooting and maintenance of complex automotive systems. Our solutions support multiple diagnostic protocols and can be customized to your specific requirements, helping reduce maintenance costs and vehicle downtime.

We offer end-to-end testing services with state-of-the-art Hardware-in-the-Loop (HIL) and Software-in-the-Loop (SIL) environments. Our testing frameworks enable thorough validation of automotive systems under various operating conditions. They guarantee reliability and performance. We can help accelerate your development cycle and maintain the highest quality standards through automated testing procedures and complete test coverage.

Our battery management systems expertise covers the development of systems that manage battery performance, safety, and longevity in electric and hybrid vehicles. We can develop algorithms for battery state estimation, thermal management, and fault diagnostics to support optimal battery operation and maximize vehicle range. Our team integrates safety features and diagnostic capabilities in order to enable reliable battery operations under diverse conditions.

Our custom EV charging solutions encompass software development for on-board chargers (OBC) and Charge Point Management Systems. You can work with us on firmware and control systems that optimize charging efficiency, enable smart grid integration, and provide real-time monitoring of charging status. Our expertise extends to management platforms that oversee multiple charging points, handle authentication, manage power distribution, and enable predictive maintenance.

Power up your in-vehicle software development

“The team is dedicated to supporting the client in their journey of achieving business milestones.”

Carlos Leymarie
CEO, AssistCargo

Proven Experience in the Automotive Industry

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Custom content distribution system for a Japanese car brand

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Advanced engineering support for intelligent edge systems provider

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Standalone mobile apps and websites for a German automotive manufacturer

What We Do in In-Vehicle Software Development

Adaptive Cruise Control (ACC) Software

Automatically adjusts vehicle speed to maintain a safe following distance.

Engine Control Unit (ECU) Software

Manages engine performance by controlling various parameters like fuel injection or ignition timing.

Solutions for Infotainment Systems

Provide services and information, including map display, navigation with real-time traffic updates, etc.

Predictive Maintenance Systems

Use data analysis to forecast potential vehicle failures and proactively schedule maintenance.

Charging Point Management Systems

Optimize the operation and utilization of EV charging infrastructure.

Battery Monitoring and Control Software

Monitors battery health, manages charging/discharging processes, and supports safe battery operation in EVs.

Elevate your infotainment system

“Working with Avenga strengthens our ability to enhance intelligent APRON management, helping airports operate more safely, efficiently, and sustainably.”

Peter Håkansson
Director Product Management APRON, ADB SAFEGATE

Leading the Way in Automotive Innovation

Adaptive Sensor Fusion Intelligence

Advanced sensor fusion techniques have evolved to combine data from radar, LiDAR, and cameras more intelligently. We can help your company implement algorithms that improve object detection accuracy in challenging weather conditions and enable more reliable autonomous driving features.

Voice AI and Natural Language Processing (NLP)

Intuitive interaction with the vehicle is essential for the driver experience. We can support the development of advanced voice control systems. Our experience in NLP allows us to contribute to projects involving speech recognition, natural language understanding, dialogue management, and text-to-speech synthesis.

Micro-Service HMI Architecture

We’re developing modular HMI frameworks based on micro-service architecture, enabling independent updates of interface components, faster feature deployment, and system stability.

Embedded AI Optimization

Neural network compression and optimization for automotive hardware is becoming crucial. We can partner to find more efficient ways to run complex AI models on resource-constrained embedded systems and support real-time performance for ADAS functions.

Why Avenga?

Why Avenga

Profound Expertise in AUTOSAR

Our team brings years of hands-on experience with complex AUTOSAR-based solutions across diverse vehicle platforms. We possess knowledge of both classic and adaptive AUTOSAR platforms. When companies partner with us, they gain access to experts who can optimize their AUTOSAR implementations for performance, maintainability, and long-term scalability.

Why Avenga

Long History of Automotive Innovation

Our journey in automotive innovation spans 30+ years, during which we’ve partnered with industry players like BMW, Volvo, Mazda, and more. This rich history translates into practical benefits for our clients: we understand not just the technical requirements but also the automotive regulations, safety considerations, and market demands that shape this domain.

Why Avenga

Extensive UI/UX Design Experience

We recognize that exceptional user interface and experience design are crucial in modern vehicles. Our UI/UX design approach combines aesthetic excellence with a deep understanding of automotive safety requirements. We excel at creating solutions that balance innovation with usability, making sure that new features are intuitive and accessible to all users.

Why Avenga

Agility and Flexibility

We use a flexible framework that allows us to scale resources efficiently. Our teams can integrate with client workflows, whether working independently or as part of a larger development effort. This flexibility, combined with our structured project management, guarantees that we can maintain clear communication and accountability with our partners.

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FAQ

In-vehicle software development refers to the process of creating software solutions designed for use within vehicles. This encompasses a wide range of applications, including infotainment systems, navigation tools, and advanced driver assistance systems (ADAS). The goal is to enhance the overall driving experience by providing users with intuitive interfaces, real-time data processing, and seamless connectivity. As vehicles become increasingly sophisticated, the demand for innovative automotive software solutions continues to grow.

An in-vehicle infotainment system typically includes several key components, such as a centralized operating system, user interface, connectivity options, and multimedia capabilities. The system may integrate various features like music and video playback, navigation, and smartphone connectivity to create a cohesive experience for the user. The infotainment software is designed to be user-friendly and accessible, ensuring that drivers can easily interact with various functionalities without compromising safety.

Connectivity is a crucial aspect of in-vehicle software development, as it allows vehicles to communicate with external devices and networks. This includes features such as real-time traffic updates, weather information, and access to various online services. By leveraging over-the-air (OTA) updates, manufacturers can enhance their automotive infotainment systems by providing timely software updates and new features, improving the overall functionality of the vehicle’s systems.

Developing automotive software presents several challenges, including ensuring safety and compliance with industry regulations, integrating with existing vehicle systems, and keeping up with rapidly evolving technology. Additionally, the development team must focus on creating software that is both user-friendly and robust enough to handle various real-time scenarios encountered in a vehicle. The complexity of automotive infotainment development requires skilled software developers who understand both software and hardware aspects.

Quality assurance is integral to our in-vehicle software development process. We employ a multi-layered testing approach that includes unit testing, integration testing, and system testing to discover and rectify issues early in the development cycle. Additionally, we adhere to industry standards (e.g. ISO 27001 for functional safety). This rigorous testing regime makes sure our software solutions meet the expectations of our clients and ultimately enhance the driving experience for end users.

Yes, Avenga is well-versed in the automotive industry regulations and can assist clients in achieving compliance with various standards related to in-vehicle software development. We make sure that our software solutions adhere to essential regulations such as ISO 27001 for functional safety, GDPR for data protection, and other OEM-specific requirements. Our expertise in compliance helps clients mitigate risks and support business continuity.