The automotive industry is undergoing a revolutionary transformation with the emergence of connected, autonomous, shared, and electric (CASE) mobility solutions. Our comprehensive suite of services addresses these evolving needs, helping businesses stay ahead in the rapidly changing mobility landscape.
Functional safety compliance for automotive systems
Rigorous process compliance and quality assurance
Advanced protection for connected vehicle systems
We specialize in mobility system application development, offering expertise in C++ and C for a range of industries, including automotive, aerospace, and transportation. Our strong foundation in system engineering enables us to design high-quality, scalable applications tailored to the unique requirements of mobility systems. Whether for control systems, connectivity, or advanced driver and operator assistance, our solutions focus on reliability, performance, and safety. With a deep understanding of mobility technologies, we ensure that our application architectures are optimized for seamless integration and long-term success, delivering solutions that meet the highest industry standards.
We provide expert application development for Adaptive AUTOSAR, delivering scalable, high-performance solutions for next-generation mobility systems. Our expertise in C++ and system engineering enables us to design robust applications that meet the dynamic needs of Adaptive AUTOSAR platforms, ensuring real-time performance and seamless integration with advanced vehicle systems. Whether it’s for autonomous driving, connectivity, or vehicle-to-everything (V2X) communication, our solutions are designed to optimize system performance, safety, and flexibility. With a strong foundation in Adaptive AUTOSAR standards, we ensure that our architectures are built for scalability and long-term success in evolving mobility environments.
We specialize in bare-metal development, offering end-to-end solutions that include component identification, PCB design, and software development. Our expertise enables us to design highly efficient, low-level systems without the need for an operating system, ensuring optimal performance and real-time responsiveness. From hardware architecture to custom firmware, Delivering tailored solutions that meet the specific requirements of embedded systems across industries. Our approach ensures seamless integration between hardware and software, providing reliable and scalable designs. Whether developing for automotive, industrial, or IoT applications, we focus on delivering high-quality solutions built for efficiency and precision.
We are highly experienced in PCB and Hardware Design across industries, from sample production to series production. Our expertise ensures smooth scalability from prototyping to full-scale manufacturing, focusing on performance, efficiency, and cost optimization. Whether for automotive, consumer electronics, or industrial applications, Delivering high-quality designs tailored for both small-batch prototypes and mass production, ensuring seamless integration and reliable functionality at every production stage.
We provide comprehensive Functional Safety services in line with ISO 26262 standards, ensuring that automotive systems meet the highest levels of safety and reliability. Our expertise includes developing safety-critical systems, performing hazard and risk analysis, and designing systems with built-in safety mechanisms. We ensure compliance with ISO 26262 throughout the entire product lifecycle, from concept and design to validation and production. Our approach integrates functional safety into hardware and software development, addressing safety goals and failure modes at every level. With a focus on delivering robust, fail-safe systems, we help our clients achieve the highest safety standards for automotive applications.
We specialize in MCAL (Microcontroller Abstraction Layer) driver development and testing, delivering tailored solutions that enable seamless communication between hardware and software in automotive systems. Our services cover the full development cycle, from configuring and developing MCAL drivers to rigorous testing and validation to ensure performance, safety, and compliance with industry standards like AUTOSAR. With expertise in low-level hardware interaction and system integration, we ensure reliable, high-performance drivers that enhance system efficiency and stability. Whether for ECU development or other embedded automotive applications, our MCAL solutions are built to meet stringent quality and safety requirements.
Combine data from cameras, LiDAR, radar, and sensors for real-time, robust perception. High-performance algorithms rapidly detect obstacles, lanes, and driver behaviors for safety-critical responsiveness. Machine learning and AI models adapt to changing road conditions, enhancing collision avoidance and driver assistance. Modular architecture supports various vehicle types and OEM requirements, tailored to your specific use case.
Our Model-Based Development (MBD) approach leverages graphical models to design, simulate, and validate complex embedded systems. By using models as the foundation for both hardware and software design, we accelerate development cycles, improve system accuracy, and reduce errors. MBD enables efficient integration, optimization, and enhanced system quality, ensuring a streamlined development process for your projects
We offer an extensive range of IoT product development services to keep pace with changing markets & bring out full value from your investment.
Explore our portfolio of successful projects and discover how we've helped businesses transform their ideas into impactful solutions.
Wheelsons a Next-Gen, category-defining engineering solutions scaleup that is redefining core engineering solutions in the Intelligent Mobility and IoT space.
