For decades, the global auto industry focused on manufacturing scale, supply chain efficiency, and engineering excellence. Today, this definition is evolving. Global Capability Centres (GCCs) in cities such as Bengaluru, Hyderabad, Pune, and Chennai are emerging as key drivers of the mobility ecosystem. Initially established for cost efficiency, GCCs have become strategic assets. They are now integral to how automotive companies design, build, and envision the future of mobility.
Cost Efficiency to Core Capability
The shift has been gradual but decisive. In the early 2000s, automotive GCCs in India were largely focused on IT services, bThis shift has been gradual yet decisive. In the early 2000s, automotive GCCs in India focused on IT services, basic engineering support, and back-office operations. Today, they lead initiatives in advanced driver assistance systems (ADAS), electric vehicle (EV) platforms, connected car technologies, digital twins, and predictive maintenance, electrification, software-defined vehicles, autonomous driving, and shared mobility are reshaping business models. In such a landscape, the centre of gravity is shifting from mechanical engineering to software, data, and systems integration. GCCs, particularly in India, are uniquely positioned at this intersection.
India’s Advantage: Talent to Meet Scale
India’s emergence as a GCC hub is supported by a deep and diverse talent pool. Engineers have expanded their expertise from mechanical systems to embedded software, AI models, and cloud architectures. Combined with a strong startup ecosystem and cross-industry collaboration, this talent base is both scalable and adaptable. For global automotive companies, this is invaluable. Building such multidisciplinary teams in traditional markets is both expensive and time-consuming. GCCs in India offer not just cost advantages, but speed, agility, and access to next-generation skills. This is one reason why we are seeing a new wave of GCC investments, not just from traditional OEMs, but also from EV startups, mobility platforms, and Tier-1 suppliers.
The Software-Defined Vehicle and the GCC Moment
The idea of the “software-defined vehicle” is no longer theoretical. Vehicles today are becoming platforms continuously updated, data-rich, and deeply integrated with digital ecosystems. This requires capabilities that go far beyond traditional automotive engineering. GCCs are playing a central role here. They are developing vehicle operating systems, managing over-the-air (OTA) updates, building cybersecurity frameworks, and enabling real-time data analytics. In many cases, critical intellectual property is now being created within these centers. This raises an important shift in perception: GCCs are no longer just execution hubs, they are innovation engines.
Reimagining the Value Chain
The impact of GCCs is not limited to product development. They are increasingly influencing the broader automotive value chain. In supply chain management, GCCs are deploying AI-driven forecasting models to navigate disruptions, from geopolitical tensions to shipping delays. In manufacturing, they are enabling smart factory initiatives using IoT and digital twins. In aftersales, they are building predictive maintenance solutions that enhance customer experience while reducing costs. Even areas like finance, risk, and compliance are being reimagined, with GCCs leveraging advanced analytics to drive decision-making. In essence, GCCs are stitching together what was once a fragmented value chain into a more integrated, intelligent system.
The India Opportunity
India today hosts over 1,500 + GCCs, employing more than 1.8 million professionals. A significant and growing share of these is linked to the mobility and auto ecosystem. Yet, the opportunity ahead is even larger. As global companies look to diversify supply chains and build resilience, India is emerging as a credible alternative, not just for manufacturing, but for capability building. GCCs will be central to this shift.
However, this also brings responsibility. To sustain this momentum, India must continue investing in infrastructure, skilling, and policy clarity. The transition to EVs, the rise of AI in mobility, and the increasing importance of cybersecurity all demand a workforce that is continuously learning and evolving. Equally important is the need to move up the value chain, from execution to ownership. This means not just delivering projects, but shaping strategy, driving innovation, and creating intellectual property.
A More Human Shift
Amid all the talk of technology and transformation, it is easy to overlook the human dimension of this shift. Inside GCCs, thousands of engineers are working across time zones, collaborating with global teams, and solving problems that have real-world impact, whether it is improving vehicle safety, reducing emissions, or enhancing access to mobility. For many, this is not just a job; it is an opportunity to be part of a global transformation from right here in India. The auto industry’s future will be defined as much by code as by combustion, as much by data as by design. In this new world, GCCs are not just supporting actors, they are central to the narrative.
The question is no longer whether GCCs will play a role in the mobility ecosystem. It is how far they will go and how effectively India can leverage this moment. If the trajectory holds, the next breakthrough in mobility may not just be manufactured in India. It may well be imagined, designed, and engineered here.
Nancy Bhatt is Managing Director at Protiviti Member Firm for India. Views expressed are the author's personal.