KPIT Technologies Limited is an Indian software services and engineering company specializing in automotive and mobility. Its role is to design, integrate and test the programs that control a growing share of a vehicle’s functions. Positioned between automakers, automotive suppliers and technology providers, it works on projects where software must meet safety, reliability and industrial cost constraints.
From general IT services to automotive specialization
KPIT’s origins date back to 1990 in Pune, a major Indian industrial and technology hub. The company grew in IT services and engineering before refocusing its scope on mobility. A reorganization with Birlasoft, completed in 2019, separated general IT operations from the automotive engineering activities now carried out by KPIT Technologies Limited.
Listed in India, KPIT maintains its headquarters in Pune and has locations in Europe, North America and Asia. This structure allows it to combine teams close to its clients’ decision-making centers with development capabilities spread across several countries. Its sector specialization sets it apart from IT service providers operating across many industries.
Developing and validating vehicle functions
KPIT works in particular on software related to electric propulsion, battery management, driver assistance and automated driving. Its activities also cover connectivity, digital cockpit interfaces and electronic architectures. The company does not manufacture vehicles: it contributes to the software layers that connect their components and coordinate their operation.
Its offering combines consulting, development, integration and validation. In the automotive industry, writing code is not enough: its behavior must be checked in a wide range of situations, along with its compatibility with different electronic control units and its compliance with functional safety requirements. Simulation and test automation therefore play an important role in these services.
KPIT also supports the transition to the software-defined vehicle. This shift aims to make automotive functions easier to modify throughout a vehicle’s life, particularly through over-the-air updates. It requires a rethink of architectures, development tools and the separation between hardware and software.
What’s next?
The growing role of software in the automotive industry creates a long-term field of activity for KPIT, but timelines remain dependent on automakers’ investments. Trade-offs around electrification, development costs and the pace of deployment of automated functions can alter program priorities.
The challenge will be to reconcile growing system complexity with well-managed industrial timelines. Artificial intelligence tools could speed up certain development and testing tasks without eliminating validation requirements. For KPIT, the ability to industrialize its methods while retaining in-depth automotive expertise will be an important differentiating factor.