Latest news with #RajnishNath
Forbes
22-07-2025
- Automotive
- Forbes
How AI Is Driving Innovation In The Automotive Industry
Rajnish Nath, President of Manufacturing, Automotive, Aerospace & Defense and Life Sciences at Capgemini Americas. For years, pop culture and various media have envisioned our cars of the future. From the DeLorean of the "Back to the Future" franchise to The Jetsons' aerocar, these portrayals have offered a window into how revolutionary automotive technology could reshape the way we travel, live and interact with vehicles in the future. Today, flying cars are being designed by a variety of start-ups, helping to push the boundaries of mobility. Each day, we move closer to fully autonomous, incredibly intelligent and connected vehicles. AI is fundamentally changing the automotive sector, from product design, supply chain and manufacturing, safety and logistics, all the way down to the in-cabin experience. It seems like there is virtually no limit to AI and other transformative technologies' ability to drive innovation. AI's Role In The Supply Chain Although the current geopolitical uncertainties, supply chain disruptions and economic pressures have the automotive industry scrambling to adapt quickly and efficiently, I believe there is an exciting opportunity for organizations to rethink their factories and supply chains of the future. In today's political headwinds, every organization must ensure the longevity and resilience of its business in the market, with 62% of organizations acknowledging the importance of establishing domestic manufacturing and supply chain infrastructure to strengthen local capacity. Arguably, one of AI's most important roles is its potential to revolutionize supply chain operations. AI-powered technologies can provide companies with the power to better map their supply chains, detect changes in supply and demand, and recommend proactive measures to mitigate disruptions earlier. For example, AI technology is already helping automotive OEMs adjust their strategies to improve part supply by understanding multiple market signals to continuously monitor the risk of parts shortages to keep plant lines running. Early guidance can enable alternate sourcing and reduce or eliminate reactive approaches. Hand in hand with other advanced technologies such as agentic AI, machine learning (ML) and large language models (LLMs), AI-powered technologies are helping companies mitigate supply chain risk to continue manufacturing despite market shifts. Additionally, the rise of hybrids and electric vehicles (EVs) has added complexity to the automotive supply chain, accounting for a record 20% of US vehicle sales in 2024. Beyond working together to improve planning, forecasting and decision making, these tools will be crucial in supporting the manufacturing of complex vehicles and their software-rich components to keep up with the ever-changing customer demand. While AI will be key in building proactive resilience and risk management in the automotive supply chain and manufacturing, we're also seeing how AI-powered innovations are powering the vehicles of our future. AI-Powered Innovations In Modern Vehicles Nearly every major automaker around the world utilizes advanced driver assistance systems (ADAS) in some form. With the global ADAS market projected to grow from $72.7 billion in 2025 to $260.5 billion by 2035, it's clear that industry leaders see this technology as essential for enhancing vehicle safety, boosting sales and driving new revenue streams through connected services. AI plays a central role in the evolution of ADAS. Its ability to process vast amounts of data, interpret complex environments and support real-time decision-making brings us closer to fully autonomous vehicles. Currently, 26% of automotive organizations are using generative AI to accelerate autonomous vehicle development. Looking ahead, we can expect to see even greater use of neural networks, proprietary algorithms and agent-based AI in engineering software-defined vehicles. These technologies aim to achieve faster time to market, greater reliability and safety, and improved customer satisfaction—all while keeping human engineers at the wheel. AI is also transforming the in-cabin experience by making it safer and more personalized. Features like voice-activated controls as well as tailored recommendations for food, fuel and eco-friendly routes are already enhancing daily driving. Now, we're seeing next-level personalization with innovations such as interior lighting designed to reduce motion sickness and holographic dashboards, turning cars into immersive, personalized living spaces. Beyond the driving experience, AI is also streamlining post-sale operations. It's helping manufacturers and suppliers close the warranty feedback loop more quickly by identifying product issues through both customer reports and vehicle telematics. This accelerates root cause analysis and improves product design. In service environments, AI tools are helping technicians improve repair accuracy by analyzing shared images, videos and sounds of vehicle issues. Soon, AI agents will be capable of providing real-time guidance on warranty coverage simply by reviewing a media file and responding to technician queries, driving faster, more accurate and more transparent vehicle servicing. The Road Ahead Over the next decade, AI is poised to play a transformative role in the automotive industry, reshaping vehicle development, enhancing driving experiences and influencing urban mobility. As software becomes increasingly central to vehicle functionality, the shift toward software-defined vehicles will accelerate, gradually moving away from traditional engineering paradigms. While fully autonomous vehicles may not yet dominate the roads, we can expect more widespread integration of ADAS, contributing to incremental safety and performance improvements. In-car experiences are also likely to become more adaptive, with AI personalizing settings and preferences to individual drivers. This period of technological transition brings both uncertainty and opportunity. AI holds promise for strengthening supply chain resilience, offering predictive capabilities that could help automakers navigate disruptions with greater agility. At the same time, its role in connecting vehicles to smart city infrastructure opens new possibilities for traffic optimization and urban mobility services, such as autonomous ride-hailing and shared transport. In today's automotive landscape, AI is not just a tool; it's becoming a foundational enabler of innovation. From engineering and manufacturing to the user experience, AI is helping to redefine what vehicles can be, setting new benchmarks for safety, customization and customer expectations. Forbes Technology Council is an invitation-only community for world-class CIOs, CTOs and technology executives. Do I qualify?
Forbes
13-06-2025
- Business
- Forbes
The Digital Revolution: Unlocking The Power Of Data In Life Sciences
Rajnish Nath, President of Manufacturing, Automotive, Aerospace & Defense, and Life Sciences at Capgemini Americas. The future of healthcare is here—and it's digital. From accelerating research to improving patient care, the integration of AI, data analytics and cutting-edge technologies is driving the industry into a new era where disruption is the norm. However, while digital transformation has the potential to unlock unprecedented value, it's not simply a matter of upgrading technology. It requires a fundamental shift in mindset, with a strong focus on establishing a solid data foundation to drive meaningful progress in a world that is increasingly driven by automation, prediction, and personalization. Data is the cornerstone of today's digital landscape, as it fuels these AI-enabled technologies to learn, adapt and deliver reliable results. As AI becomes more sophisticated, its effectiveness depends entirely on the quality and integrity of the data it's built on. Without strong data, even the most well-designed strategies and initiatives are built on unstable ground. Throughout my 28-year tenure with Capgemini, I've served clients across all sectors and functions. A solid foundation of good data is particularly relevant in the life sciences industry, where advanced technology is bringing us into a new era of R&D and patient care. Our ability to understand how we leverage the power of data has never been more critical to achieving life-changing impact. The life sciences industry generates vast amounts of data, but collecting it alone isn't enough. The real value lies in transforming raw data into actionable insights that drive improvements across the entire value chain—from enhancing patient outcomes to streamlining business operations. Yet, only 37% of life sciences organizations have standardized frameworks and tools in place to effectively collect, analyze and manage the full spectrum of data, including patient records, real-world outcomes and clinical trial results. As the role of data in driving innovation becomes more apparent, many organizations are turning to strategic partnerships to streamline data management and deliver measurable business results. This shift comes at a time when the global life sciences analytics market is projected to nearly double—from $13.78 billion in 2025 to $27.75 billion in 2032—reflecting the growing demand for data-driven solutions. And while life sciences leads the charge, the value of quality data management is gaining importance across all industries, becoming the basis of digital transformation and a key factor in maintaining competitive advantage. Partnerships that bring together functional innovation and precise data integration have the power to be truly transformative. This combination lays the groundwork for scalable, future-ready solutions designed to meet the evolving demands of a digital-first world. After all, it's a saying we know well: Not all data is good data. In an age where information is everywhere, success depends not just on access but on the quality, accuracy and usability of the data at hand. At this stage of mainstream digital transformation, quality data and advanced technologies like AI, machine learning and robotics are deeply interconnected—you simply can't have one without the other. The push to integrate advanced technologies, particularly within software-driven solutions, is motivated by the need to improve R&D efficiency, enhance market intelligence, streamline operations and deliver more personalized, effective patient care. Despite the momentum, and with the global AI market in life sciences projected to reach $14.20 billion by 2034, many organizations still face considerable hurdles. Challenges related to strategy, governance, funding, talent, technology integration, data management and regulatory compliance often slow or complicate progress. In particular, the growing reliance on big data in drug discovery, development and clinical trials is forcing companies to reevaluate their capabilities. Because of these challenges and the growing importance of data management and advanced technologies, here are several best practices that organizations can implement to successfully navigate this evolving landscape. • Data-First Approach: Start AI initiatives by focusing on data quality and readiness to prevent cost overruns and delays and ensure AI readiness. Prioritizing data aligns transformation with business goals. • Leverage Expertise: Utilize proven expertise and methodologies to handle complex data challenges. This includes employing a repeatable data migration approach that minimizes the risk of unsuccessful implementations and ensures high-quality data that aligns with business goals. • Service Excellence: Engage in long-term guidance and services that extend beyond a project's onset. This includes consulting expertise, oversight, on-demand support and deep technical expertise to drive real business value continuously. • Data Competency: Build the practice around the solutions to ensure the data initiatives are aligned with business goals, deliver measurable ROI and meet key performance indicators. • Customer-Centric Focus: Prioritize the client's end-customer success by delivering exceptional value and aligning data outcomes with business outcomes. This approach minimizes risks and drives higher-value outcomes. In today's increasingly digital landscape, validated processes are no longer optional—they're essential in a highly regulated environment where certified systems ensure compliance and data integrity. Regulations such as medical device reporting (MDR) in the EU and unique device identification (UDI) in the U.S. have intensified the demand for accurate data collection and reporting, particularly as they relate to patient safety. At the same time, technological advancements are pushing organizations to continuously evolve their data models and adopt new systems to stay competitive. True effectiveness now lies in bridging regulatory compliance with business acumen, empowering organizations to make informed, scalable decisions backed by reliable data. Looking ahead, data management practices must become more intentional. Where companies once stored every piece of data indefinitely, there's now a clear need to purge outdated or irrelevant information. Retaining only business-critical data helps minimize risk, enhance accuracy and build cleaner, more actionable datasets. As digital transformation continues to reshape the life sciences industry, the ability to leverage quality data alongside advanced technologies will be the key to success. Organizations that build solid data foundations and integrate AI and machine learning effectively can drive faster innovation and better patient outcomes. With the right strategic approach, the future of healthcare is one where data is the driving force behind breakthrough treatments and operational excellence. Forbes Technology Council is an invitation-only community for world-class CIOs, CTOs and technology executives. Do I qualify?
