AI-driven development in the innovation driven sector

Our experts are vastly experienced with systems like Trained Park Assist, which uses BAP signals for precision in parking manoeuvres and seamlessly integrates with autonomous driving features. Their proficiency extends to Traffic Sign Recognition, which uses advanced visual technologies for the real-time processing of signs to enhance driver safety. With a deep understanding of High-Performance Computing (HPC) and hypervisors, they enable critical real-time decision-making and predictive analysis.  

Our expertise in operating systems, such as QNX, ensures the reliability of our solutions for safety-critical functions in vehicles. Our commitment to safety and compliance is demonstrated through the use of development tools such as Door, PTC, Enterprise Architect, Autosar Builder, and Tresos. 

We deliver comprehensive functional safety solutions tailored to the automotive industry, ensuring compliance with key standards like ISO 26262. Our experts work closely with manufacturers and suppliers to integrate functional safety throughout the product lifecycle, from risk analysis and safety concept development to verification and validation.

By applying rigorous methods such as FMEA, FTA, and safety requirements engineering, we help mitigate risks associated with complex vehicle electronics and autonomous systems. Our approach guarantees that safety-critical systems meet the highest performance and reliability standards, safeguarding drivers, passengers, and other road users while supporting certification readiness and regulatory compliance.

We assist our clients in their e-mobility initiatives, aiming to improve their customers’ driving experience and offer a competitive edge in the market. Providing advanced e-mobility features is essential for OEMs to stay competitive and draw in a new generation of environmentally conscious consumers seeking sustainable transportation alternatives.

We deliver software for advanced BMS solutions with comprehensive monitoring, diagnostics, and safety features.

At Spyrosoft, we provide advanced unit testing services to ensure safe and reliable software. Our process includes using industry-leading tools like VectorCAST and gtest to maintain the highest quality standards. We also perform static and dynamic code analysis to identify potential issues early on. We meticulously validate software module interaction through integration testing and environment setup that uses vTESTstudio, CANoe, and Python. Our team uses custom hardware and software tools for precise control and monitoring. We enhance our integration testing through automation tools, enabling efficient SIL open-loop testing.

Our connectivity service allows our clients to use the latest advancements in cloud computing, big data analytics, and machine learning to create a robust and adaptive system that meets the unique needs of the final customers. Whether commuting to work, running errands, or taking a road trip, our connectivity solutions provide drivers with real-time information, entertainment, and assistance.

We specialise in designing advanced HMI systems that offer drivers and passengers an immersive and seamless experience. Our systems feature a user-friendly interface that allows for easy navigation and access to various functions. We cover the entire process of HMI development, starting from architecture planning, creating 2D user interfaces and 3D graphics, building software, and optimising performance.

Our solutions can be extended with AR/XR capabilities or take advantage of many technical components simultaneously thanks to our technology fusion apps. We also provide our clients with additional companion apps development and HMI testing services to ensure a holistic product creation experience.

Automotive cybersecurity is crucial for safeguarding connected vehicles throughout their lifecycle and ensures compliance with ISO 21434, UNECE regulations, and UN R155. Our services include designing and deploying Cybersecurity Management Systems (CSMS), conducting threat analyses and risk assessments, and developing secure embedded software and cyber-software features.

By integrating cybersecurity with ASPICE and functional safety processes, our approach covers everything from gap analysis and process design to penetration testing and secure software updates. This comprehensive framework helps manufacturers and suppliers protect vehicles from evolving cyber threats while supporting certification and regulatory audits.