Smarter Autonomous Systems
For Safer Transportation
Pioneer the Modern Mobility Era with Our ADAS & Autonomous Vehicle Expertise
Elevate your automotive portfolio’s finesse by offering your customers a safe, comfortable driving experience with our comprehensive Advanced Driver Assistance System (ADAS) solutions. Our comprehensive ADAS solutions integrate state-of-the-art sensors, intelligent algorithms, and real-time data processing to instill robust driving assistance functionalities in your vehicle offerings. We collaborate closely with you to ensure the successful development, testing, and deployment of ADAS modules that meet the highest industry standards.
At SRM Tech, we are committed to driving innovation through rigorous verification processes and a focus on dependable, high-performance solutions. Whether you are looking to enhance vehicle safety, improve driver comfort, or pave the way for full autonomy and automated drive capabilities, we bring the expertise that aligns with your automotive portfolio goals.
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Safety & Security Experts
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HIL Systems For ADAS Testing & Validation
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ADAS Projects deliveries
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ADAS Gen platforms
Our Areas of Expertise
Software Development for ADAS
Enhance your vehicle’s intelligence with our seamless ADAS software integration into the AUTOSAR Classic Platform, ensuring future-ready automotive systems. We specialize in ADAS system architecture design and tailor-made MCAL development for diverse automotive MCUs, guaranteeing optimal performance and efficiency. Our team of experts excels in developing and configuring communication protocol stacks, robust diagnosis tools, and memory systems to equip your automotive portfolio, making your vehicles smarter and more secure.
System Testing Solutions
Maximize your automotive control system’s efficiency, outperform the competition, and ensure unparalleled safety with our advanced ADAS testing systems and frameworks. Employing cutting-edge HIL testing platforms such as Vector and dSpace, we execute stringent testing protocols aligned with ISO 26262 standards, ensuring comprehensive verification and validation of diverse control units. Our tailored end-to-end ADAS testing capabilities ensure reliable performance, shaping your success through quality-driven automotive modernization.
Automation Framework
Enhance your automotive testing strategy with our innovative frameworks, ensuring precise software validation and ECU performance analysis. We specialize in developing advanced test tools that automate test case generation, parameter file creation, and execution, seamlessly integrating with CI/CD pipelines for efficient autonomous testing. With expertise in BUS Communication Tests for protocols like CAN, CANFD, FLEXRAY, LIN, and Ethernet, we bring tailored automation solutions that speed up time-to-market, improve product quality, and boost customer satisfaction.
ADAS Features Development
We possess deep expertise in developing advanced ADAS features that enhance vehicle portfolio performance in safety, efficiency, and reliability. Our key feature development spans autonomous emergency braking, radar-based lane detection and segmentation, semantic segmentation for obstacle detection, and LiDAR-driven HDL map creation for precise environmental awareness. Our proficiency in road curvature estimation and real-time sensor fusion enables responsive steering control and enhanced vehicle protection, delivering safer, smarter autonomous driving experiences.
ISO 26262 Compliance
Leverage our expert team to streamline ISO 26262 compliance for your ADAS and autonomous systems. We craft essential safety documentation, from safety plans and cases to requirement specifications and personalized solutions, driving the entire automotive safety lifecycle management. Our approach determines ASIL classes, aligns risks, and outlines safety measures, ensuring paramount safety throughout your ADAS initiatives. Ensure enhanced protection for your automotive portfolio’s autonomous systems with our comprehensive ADAS validation capabilities.
Popular Use Cases of ADAS Technologies
Resources
Partnerships & Certifications
Frequently asked Questions
What levels of autonomous driving does SRM Technologies support?
We develop solutions across all SAE autonomy levels, from Level 1 driver assistance features to Level 3 high automation systems. Our autonomous driving system expertise includes sensor fusion, path planning, decision-making algorithms, and safety-critical system integration.
How do we ensure functional safety compliance for ADAS and autonomous systems?
We strictly adhere to ISO 26262 ASIL requirements, implementing redundant safety systems, conducting comprehensive hazard analyses, and employing rigorous verification and validation processes. Our safety-first approach ensures reliable performance for your automotive portfolio in all driving scenarios.
What types of sensors and hardware platforms does SRM Technologies work with for ADAS development?
We integrate various sensor technologies, including cameras, LiDAR, radar, and ultrasonic sensors. Our hardware-agnostic approach works with leading automotive computing platforms from Texas Instruments, NXP, NVIDIA, and Qualcomm.
Can SRM Technologies provide Hardware-in-the-Loop (HIL) testing for ADAS systems?
Yes, we offer comprehensive HIL testing services using industry-standard simulation environments. Our testing covers sensor simulation, scenario generation, edge case validation, and performance verification under various driving conditions.
What is our experience with autonomous vehicle software certification and validation?
We have extensive experience with automotive certification processes, including SOTIF (Safety of the Intended Functionality) compliance, regulatory validation, and working with certification bodies to ensure market readiness of autonomous systems.
Does SRM Technologies provide simulation and testing environments for ADAS development?
Yes, we offer complete simulation ecosystems, including virtual testing environments, scenario generation, traffic simulation, and automated testing frameworks to accelerate ADAS development and reduce physical testing requirements.
