Aptiv, the global technology company driving safer, greener, and smarter mobility, has taken a big leap in India with the launch of its new Software, Advanced Safety & User Experience (AS&UX) Technical Center in Chennai. More than just a new facility, this centre signals a shift – from simply “making in India” to now also designing and developing in India.
The Chennai hub will focus on customising global technologies for Indian roads and consumers. This means everything from advanced driver assistance systems (ADAS) like adaptive cruise control, blind spot detection and lane keep assist, to seamless user experiences (UX) where cars effortlessly connect with smartphones and adapt to drivers’ preferences. With AI- and ML-driven capabilities, the company aims to make these features not only smart, but also affordable and relevant for India’s fast-changing market.
The new centre builds on the work already being done at Aptiv’s Bengaluru facility, which develops parts of global ADAS and safety platforms. While Bengaluru designs solutions for the world, Chennai will personalise and localise them for Indian OEMs – and soon, for the wider ASEAN region too, said, Matthew Cole, Sr. Vice President & President, Global Advanced Safety & User Experience (AS&UX), at a roundtable just before the inauguration of the centre.
Blending Safety With Seamless Experience
Cars today are as much computers as machines, and Aptiv is helping shape that future. According Javed Khan, Executive Vice President & President, Software & Advanced Safety & User Experience (AS&UX), said, the company has been developing real-time operating systems that power both critical safety functions and the increasingly complex in-cabin experience. Its first big India project with Mahindra—featured in the BE 6 and XUV 9e—showcased how AI and software can transform both safety and comfort.
Arun Devaraj, Javed Khan & Matthew Cole
Aptiv’s new Chennai Technical centre builds on this momentum. With up to 500 engineers, it allows the company to design solutions tailored for India’s unique driving conditions, while also supporting global programmes. Just as important, the centre strengthens the company’s ability to work closely with local OEMs at speed.
Arun Devaraj, Vice President & Managing Director, Advanced Safety & User Experience (AS&UX) APAC (Non-China), said, AI/ML is at the core of these advances. From adaptive cruise control and pedestrian detection to radar and vision systems, it is creating an intelligent feedback loop where vehicles learn continuously and improve through over-the-air updates. Inside the cabin, the same intelligence brings natural voice interaction, even across India’s many dialects, with no lag—finally making features like voice control truly usable.
“But safety remains the anchor. India has one of the world’s highest road fatality rates, and Aptiv is working towards ‘zero fatalities.’ Using interior sensing, AI can track driver attention while radar watches the road—together offering real-time prompts to prevent accidents,” he explained.
With advanced chips like Qualcomm’s 8295, used in Mahindra’s BEVs, these capabilities are moving from theory to production. Aptiv is also collecting real-world road data across India to refine its systems further. The goal is simple but bold: a driving experience that feels personal, seamless, and above all, safe, Devaraj said.
The Shift To Zonal Architecture
Khan observed that cars are undergoing a quiet revolution in their very architecture. Until recently, a typical vehicle carried hundreds of tiny microcontrollers—one just for the headlights, another for the doors, and so on. This setup worked, but it left little room for advanced computing.
Now, the industry is moving to a ‘zonal’ architecture, where instead of 200 small computers, a car might use just four or five powerful ones. These chips, capable of running AI, allow vehicles to do things once impossible—like spotting when a driver isn’t paying attention, detecting if the car is drifting out of its lane, or calculating stopping distance in real time.
The real breakthrough is edge computing. Decisions such as whether to brake cannot wait on cloud responses. Thanks to advanced GPUs and AI-ready chips, cars can now process complex data instantly within the vehicle.
This shift not only boosts safety and user experience but also reduces long-term costs. Still, transforming supply chains and manufacturing processes takes time. That’s why newer players like Tesla, starting fresh, are further ahead, while traditional automakers are steadily adapting to this new reality, he pointed out.
From Wires To Intelligence
The shift to electric and software-defined vehicles is giving OEMs a chance to rethink vehicle architecture—and Aptiv is at the centre of that change. While zonal computing may reduce the sheer length of wiring, it transforms simple copper wires into high-voltage cables and smart Ethernet links. That means more value, not less. In fact, Aptiv estimates up to a 40% rise in content per vehicle as cars become electric and software-driven, Cole mentioned.
To keep pace with the rapid evolution of electronics, Aptiv designs hardware with ‘headroom’—extra compute power that can be unlocked later. Combined with Wind River’s dynamic scheduling, this lets features be added or updated without replacing the entire system. “For instance, power used by adaptive cruise control while driving can be reallocated to parking assistance when reversing,” Cole said.
According to Khan, this zonal approach also separates hardware and software more cleanly. Fewer computers mean updates are easier, while containers allow individual software modules to be refreshed over-the-air. Hardware too is becoming scalable, with selective boosts in compute power to meet new regulatory or cybersecurity needs without complete redesigns.
Aptiv’s middleware, developed with Wind River, provides the glue for this flexible architecture. “While it primarily supports automotive customers, the same software is already finding uses in aerospace and defence”—showing how the company’s innovations extend well beyond cars, he added.
From Mobility To Multi-Industry Power
Aptiv sees India not just as a market, but as a launchpad for the future of intelligent systems. Cole explained that as new technologies gain speed, the company is investing heavily to stay ahead. A key enabler here is Wind River, whose software expertise helps unlock the full potential of powerful chips.
With Wind River’s hypervisor, multiple operating systems can run on a single high-performance chip—maximising compute power, AI/ML capabilities, and real-time applications. This makes the architecture both flexible and future-ready, he mentioned.
While Aptiv is best known for mobility—and is already shaping Mahindra’s latest vehicles in India—the technology goes far beyond cars. The same edge intelligence, sensors, and cloud connectivity that enhance driving can be scaled to healthcare, aerospace, defence, robotics, and drones, he said. As Matt put it, mobility may be the starting point in India, but the goal is bigger -- to build a truly multi-industry powerhouse.
Guarding Against AI’s Weak Spots
One of the biggest challenges with AI is “catastrophic forgetting”—when systems lose track of what they’ve already learned. For Aptiv, safety leaves no room for such risks. That’s why its AI/ML systems are built with hard-coded rules—circuit breakers that prevent dangerous actions like sudden braking or unsafe manoeuvres, no matter what the AI suggests.
Equally important is the strict separation between safety-critical and non-critical functions. Khan said, autonomous driving runs in its own secure container, completely isolated from infotainment or dashboard software. This clean divide ensures that competition for computing resources never compromises safety. By combining strict rules with isolation, the company’s systems keep AI smart—but always under control, he added.
Building Scale At Oragadam
Aptiv’s Oragadam manufacturing centre spans 220,000 sq ft and focuses on displays, body control modules, infotainment, and integrated cockpit computers—all for the Indian automotive market. Over the last three years, the company has invested about $60 million across its Chennai plant and the new technical centre in Chennai.
The Oragadam facility already generates significant revenue, with headroom to double that within the current setup and even triple capacity over time. As ADAS and user experience systems begin to gain ground in India, the company expects demand to rise sharply, driven both by regulations and customer adoption. The total addressable market is pegged at around $300 million, with rapid growth expected as radars, cameras, and vision systems move into mainstream vehicles, Devaraj said.
The company is already working with leading OEMs including Suzuki, Mahindra, Tata, and Hyundai. Competition is fierce, but the company believes its strong investments give it an edge. While many electronics components are still imported due to the lack of a mature local ecosystem, Aptiv is actively pushing localisation, encouraging tier-2 and tier-3 suppliers to scale up in India.
Aptiv employs more than 13,000 people across India, with eight manufacturing plants, four technical centres, and a tooling centre forming a strong local backbone. Together, they support Aptiv’s global mission of enabling intelligent, software-defined systems that are reshaping industries.
Also Read:
Aptiv Opens New Technical Center In Chennai To Drive AI, Safety, UX Innovation