KPIT Technologies has entered into a strategic collaboration with Mercedes-Benz Research and Development India (MBRDI) to advance the development of software-defined vehicles, the companies announced Monday.
The partnership will focus on accelerating innovation cycles, reducing time-to-market for new features, and creating cost efficiencies by leveraging KPIT's expertise in mobility technologies across multiple domains.
KPIT will assist MBRDI in rearchitecting the technology stack for next-generation vehicles as Mercedes-Benz continues its global digital transformation strategy. The German automaker has emphasized software development as a core component of its future vehicle architecture, enabling enhanced functionality, improved user experience, and greater operational efficiency.
"With over 100 years of legacy, Mercedes-Benz is an inspiration for excellence, luxury, and customer centricity," said Kishor Patil, CEO of KPIT Technologies. "KPIT is delighted to be partnering with MBRDI in their pursuit of software excellence, digital innovation, and rearchitecting the automotive tech stack for Software-Defined Vehicles."
Software-defined vehicles represent a fundamental shift in automotive design and functionality, allowing manufacturers to update vehicle capabilities throughout their lifecycle via software updates rather than hardware replacements. This approach enables vehicles to remain technologically current for longer periods, providing ongoing value to customers.
Mercedes-Benz's software strategy focuses on creating an integrated architecture that will support these continuous improvements through regular updates. The partnership with KPIT aligns with the automaker's commitment to maintaining technological leadership in the rapidly evolving automotive industry.
KPIT Technologies, which employs approximately 13,000 automotive specialists globally, has positioned itself as a key player in the transition to software-defined mobility. The company maintains engineering centers across major automotive markets including Europe, the United States, Japan, China, Thailand, and India.
The collaboration comes amid an industry-wide race to develop more sophisticated automotive software platforms, with traditional automakers increasingly competing with technology companies for dominance in the connected and autonomous vehicle space.