As the automotive industry moves from hardware-centric development towards software-defined, continuously evolving vehicles, India is poised to play a critical role in the transformation. Mr. Sai Sridhar, Managing Director, Elektrobit India, and CRO – APAC, outlines the technologies, development models and ecosystem partnerships that will shape the road to 2030.
The automotive industry is entering one of its most profound transformations since the advent of mass production, with software becoming a core determinant of vehicle capability, customer experience and competitive differentiation.
According to Mr. Sai Sridhar, Managing Director, Elektrobit India Pvt. Ltd., and CRO – APAC, the next five years will see the Software-Defined Vehicle (SDV) move from concept to large-scale industrial implementation. Centralised and zonal architectures, reusable software platforms, over-the-air updates and common software components will increasingly shape future vehicles.
“Software is no longer a supporting component of the vehicle; it is increasingly becoming the foundation for future mobility experiences, business models and competitive differentiation,” says Sridhar.
The significance of the SDV, he believes, lies not merely in adding more software, but in changing how vehicles are developed and evolve after reaching customers. Future vehicles will increasingly receive new functions, improvements and updates throughout their lifecycle, requiring scalable and modular software platforms that can support multiple programmes and generations.
AI Moves from Experimentation to Execution
Artificial Intelligence is another major force expected to reshape automotive by 2030, with applications spanning automated driving, digital cockpits, predictive diagnostics, fleet operations and engineering. The next phase, however, will be about moving beyond experimentation towards safe, responsible and commercially meaningful deployment.
“The real opportunity lies beyond experimentation. The industry must now focus on deploying AI responsibly and safely to deliver measurable value, improve customer experiences, reduce development costs and enhance vehicle intelligence,” Sridhar observes.
AI will have a dual role – enabling new vehicle functions while also transforming engineering through automated testing and validation, improved productivity and more efficient lifecycle management.
Cybersecurity will become equally central as vehicles become increasingly connected and dependent on software. With continuous connectivity and over-the-air updates becoming commonplace, security can no longer be treated simply as a compliance requirement.
“Cybersecurity will become a boardroom-level priority. As vehicles become permanently connected and software updates become routine, security can no longer be treated as a compliance exercise. It must be embedded throughout the vehicle lifecycle, from design and development to deployment and operations,” he says.
Regulatory frameworks such as UNECE R155 and ISO/SAE 21434 are accelerating this transition. Meanwhile, cloud-native engineering, virtual ECUs, digital twins and simulation environments are enabling software to be developed and validated well before physical hardware becomes available, potentially reducing development cycles and costs.
India’s Role in the Global SDV Transition
These changes are unfolding against geopolitical uncertainty, supply-chain disruptions, semiconductor dependencies and continuing cost pressures. Software reuse, platform strategies, regional engineering capabilities and stronger ecosystem partnerships will consequently become increasingly important.
For India, this creates a significant opportunity. Its engineering talent, technology ecosystem and rapidly developing automotive market are positioning the country as an increasingly important global centre for automotive software development. Capabilities spanning AUTOSAR, cybersecurity, ADAS, AI, cloud engineering, connectivity and SDV development can enable India to move beyond its traditional role as an engineering support base.
“Beyond being an engineering centre, we see India evolving into a key innovation hub that contributes meaningfully to product development, advanced software platforms, AI-enabled mobility solutions, cybersecurity and next-generation SDV technologies,” says Sridhar.
For Elektrobit, this opportunity is central to its 2030 strategy. The company is strengthening its capabilities across the SDV stack, including embedded software, AUTOSAR, operating systems, middleware, networking, cybersecurity, digital cockpit and automated driving.
Building the Ecosystem for 2030
Elektrobit is also helping customers adopt cloud-native engineering, virtualisation, automation, software reuse and software-first development methodologies to improve quality, engineering efficiency and time-to-market. AI is expected to further support productivity, testing, validation and lifecycle management.
But Sridhar stresses that the SDV transformation cannot be driven by individual companies in isolation.
“No single organisation can drive the SDV transformation alone. Success requires close partnerships between OEMs, Tier-1 suppliers, semiconductor companies, cloud providers and technology innovators,” he says.
As vehicle architectures evolve towards more integrated computing platforms, such collaboration will be critical to ensuring that software, hardware and cloud technologies work together across programmes and markets.
At the same time, technological sophistication cannot come at the expense of affordability. Different vehicle segments and markets will require different levels of software complexity. The winners, Sridhar believes, will be those capable of delivering scalable, modular, secure and cost-effective solutions.
For Elektrobit, the 2030 ambition is to help enable vehicles that are faster to develop, easier to maintain, more secure and continuously upgradeable, while remaining economically scalable across global markets.
“Our mission is not simply to develop automotive software. It is to help redefine how vehicles are conceived, engineered, deployed and experienced in the software-defined era, enabling a future of mobility that is safer, smarter, more sustainable and accessible to all,” Sridhar concludes.