Software Driven Mobility Solutions in India Brings New Opportunities and Challenges for GCCs and Automakers

Software Driven Mobility is redefining how the automotive industry in India approaches engineering and innovation. As vehicles become embedded with connectivity, intelligence, and autonomous capabilities, the traditional roles of automakers and global R&D centres (GCCs) are shifting rapidly. What was once purely mechanical is now becoming a complex blend of software, data, and real‑time user interaction.

According to recent industry reports, India is home to over 60 automotive GCCs, employing more than 110,000 engineers focused on mobility software, autonomous systems, and cloud‑connected vehicles. These GCCs are no longer just cost centres they are innovation engines enabling automakers to scale software‑defined mobility (SDM) platforms worldwide. Yet, scaling these platforms from pilot to production remains a major hurdle. Legacy automotive architecture, regulatory complexity, talent scarcity, and integration risk all pose serious execution risks to this transformation.

What Is Software Driven Mobility?

Software Driven Mobility refers to the transition from hardware-dominant cars to vehicles where software controls essential functions. In modern vehicles, software defines everything from in-car connectivity to autonomous driving, predictive maintenance, and over-the-air (OTA) updates.

In this model, the vehicle functions as a digital ecosystem: embedded operating systems, cloud connectivity, telematics, and AI-powered modules work in concert to deliver a dynamic, data-centric user experience. Software is no longer a support function, it has become the vehicle’s central nervous system.

Key Components of Software Defined Vehicles

A software‑defined vehicle (SDV) is made up of multiple integrated layers:

• Embedded systems
• Connectivity modules
• Autonomous driving systems
• Backend infrastructure
• In-vehicle interfaces
• OTA update mechanisms

Software Driven Mobility: Opportunities for India

1. India as a Global Innovation Hub
India’s GCC ecosystem is expanding rapidly. More than 60 automotive GCCs are active in the country, contributing to SDV, EV, and AI development. With cost‑effective R&D talent and mature engineering expertise, these centres help global automakers design, test, and deploy next‑gen mobility software.

2. Skilled Talent for Cross‑Functional Engineering
As electronics and software converge with traditional automotive systems, automakers need engineers who understand both domains. The Automotive Skills Development Council (ASDC) notes a growing demand for cross-skilled engineers with embedded, software, and mechatronics capabilities. GCCs are well-placed to attract this talent, cultivating teams that can address future mobility challenges.

3. Modular Software Architecture
Software Driven Mobility enables modular, layered architectures. Automakers can iterate, upgrade, and personalize features via software, reducing the need for hardware recalls. This modularity favors cloud-native development and shorter release cycles, and Indian GCCs are increasingly building these platforms in areas like Bangalore, Pune, and Chennai.

4. Strategic Cost Benefits & Scale
India’s GCCs offer a balance of innovation and cost efficiency. The 2023 Zinnov‑Nasscom report shows that many newly founded GCCs in India now handle all three major functions Engineering Research & Development (ER&D), IT, and BPM, rather than just support services. This enables automakers to realize economies of scale in software development without sacrificing quality.

Software Driven Mobility: Key Challenges

Modernizing Legacy Architectures
Many automakers must refactor aging systems to adopt software-first platforms. This “rebuild while flying” scenario needs careful strategies. A PwC report reveals that some 20% of auto GCCs were only established in the past few years, a signal of rapid structural re-alignment.

Regulatory & Compliance Risk
Software raises safety and compliance concerns. Indian SDV developers report challenges around cybersecurity, OTA update policies, and functional safety standards (like ISO 26262). These regulatory burdens complicate scaling across geographies.

Software Vulnerabilities & Security
Connected vehicles face increased risk of cyber vulnerabilities. Over 1,600 software vulnerabilities have been identified in automotive systems over recent years, according to a seven-year study. Missteps in security can lead to recalls, reputational damage, or safety hazards.

Talent Supply vs. Demand
While India has a large pool of engineers, the demand for cross-domain expertise (software, embedded systems, AI) is outpacing supply. Experts say that scaling SDM requires sustained investment in training and hiring pipelines. GCCs need to develop talent strategies that address this gap.

How GCCs and Automakers Can Strategize for Success

Collaborative R&D Models
Automakers should partner with Indian GCCs not just for cost, but for innovation. GCCs are evolving into full-stack labs that prototype, validate, and scale mobility software. Automakers that co‑develop with these centres can accelerate time to market. Given that roughly 36% of automotive GCCs focus on core ER&D, with another ~20% on advanced software, this model is gaining traction.

Adopt Modular, Decoupled Architectures
To reduce risk, automakers should invest in software architecture that supports domain controllers, OTA updates, and layered development. This helps reduce hardware dependencies and adds flexibility.

Build Cross-Functional Talent Pipelines
GCCs and automakers must jointly fund talent development initiatives targeting engineers who can bridge software, electronics, and automotive mechanics. Institutions and councils like ASDC are already highlighting this need.

Embed Robust Security Practices
From the start, architecture must support cybersecurity, data privacy, and OTA integrity. Shared R&D and V&V (verification & validation) frameworks can help GCCs and OEMs avoid vulnerabilities.

Align with Policy & Incentives
Local policy incentives especially for EVs and smart mobility can support SDM adoption. GCCs should play a role in influencing regulation and partnering with automakers to build compliant solutions. India’s GCC ecosystem is already maturing: according to PSAs report, India hosts over 1,430 GCCs across verticals.

India’s Mobility Software Ecosystem

GCCs in India Powering Next-Gen Automotive Software

With strong GCC presence, a growing engineering talent base, and rising policy support for EVs and data-driven mobility, India is poised to lead in software-defined vehicle development. GCCs will evolve from support centres to strategic innovation labs, and automakers who align with them early will likely define the next wave of connected, autonomous, and service-oriented mobility.

Software-defined and connected vehicles represent more than a shift in architecture, they redefine mobility as a software-led product and service ecosystem. By aligning GCC strength with automaker vision, India can scale smarter, safer, and more efficient mobility platforms.

Expandrum partners with global businesses to build and scale high-performance engineering teams in India. With deep expertise in recruitment, GCC setup, and offshore workforce solutions, we support automakers and tech firms in developing software‑driven mobility platforms. Our talent network and operational infrastructure help you navigate execution risk and drive innovation from concept to production.