自動車

LTTS provides solutions & services to automotive OEMs and Tier 1 suppliers across the vehicle development lifecycle, spanning software-defined mobility, eMobility, autonomous driving, connected mobility, smart cockpits, body and vehicle dynamics, and vehicle engineering. Its multidisciplinary capabilities cover E/E architecture, in-vehicle platform software, embedded systems, virtual development and validation, cybersecurity, AI-led engineering, and product and manufacturing engineering. Backed by 20+ years of automotive experience, 30+ ready-to-deploy platforms, frameworks and accelerators, and a global design centers, labs and CoEs, LTTS helps customers address complex engineering challenges and accelerate next-generation vehicle development.

LTTS supports end-to-end electric vehicle development, from system design and controls engineering to component development, integration, and validation. Its capabilities span battery management systems, electric motors and drives, power electronics, electric powertrains, and onboard and offboard charging systems, backed by extensive automotive experience and ready-to-deploy platforms, frameworks, and accelerators. LTTS’s eMobility Lab is NABL-accredited as per ISO/IEC 17025 standards and offers performance, endurance, and functional testing for critical EV components, helping customers validate reliability and performance across the development lifecycle.

LTTS enables connected and immersive vehicle experiences by connecting in-vehicle systems with telematics, cloud platforms, data services, and secure connectivity. Its capabilities span connected vehicle engineering, digital cockpit and infotainment experiences, vehicle-to-cloud integration, and secure over-the-air software and firmware updates. By combining onboard and offboard engineering, LTTS helps OEMs remotely enhance vehicle features, deliver personalized experiences, and keep vehicles connected, secure, and continuously up to date across the lifecycle.

A software-defined vehicle uses software to define and continuously enhance vehicle functions, performance, and user experience. It shifts automotive development toward centralized or zonal architectures, enabling faster software integration, virtual validation, over-the-air updates, and continuous safety and compliance assurance. LTTS supports this transition through E/E architecture, platform software, cloud, cybersecurity, automated validation, and lifecycle traceability.

ADAS and autonomous vehicle development require integrated capabilities across sensor engineering, perception, sensor fusion, localization, intelligent algorithms, decision-making, path planning, and vehicle control. LTTS brings these disciplines together to support development from system design through real-world validation, backed by expertise in functional safety and cybersecurity. This integrated approach helps OEMs develop safer, more reliable, and scalable automated-driving systems across the vehicle lifecycle.

Automotive testing and virtual validation reduce development time by enabling engineers to test vehicle systems and software earlier, before physical prototypes are fully available. LTTS combines simulation, virtualization, scenario-based testing, and automated verification and validation to identify issues sooner, improve test coverage, and reduce repeated physical testing. This shift-left approach supports faster engineering iterations and helps OEMs bring safer, more reliable vehicles to market efficiently.