India’s Factories Are Digitizing

India’s manufacturing industry is rapidly adopting technologies like AI, connected systems, and smart factories. Instead of focusing on separate digital projects, companies are now building integrated and secure manufacturing environments that improve efficiency, support growth, and deliver better business results. To discuss these changes, Bosch Conversations hosted a private round-table in Pune on April 16, 2026. The session, titled “Engineering Leadership’s Blueprint: Navigating AI, Connectivity and Sustainability for Tomorrow’s Manufacturing,” brought together leaders from the manufacturing, engineering, automotive, and technology sectors. They shared ideas on how Indian companies can move from isolated digital initiatives to building connected, secure, and future-ready factories. The discussion focused on five key areas that are shaping the future of manufacturing. These include connected product lifecycle systems, strong cybersecurity across IT and OT, smarter and more autonomous operations, sustainability aligned with new policies and the real challenges of using AI in manufacturing.

The round-table was moderated by Rakesh Kumar Murugan, Global Head of Digital Transformation and Sustainability at Bosch SDS. It brought together leaders from different companies, including Vinod Bhat from Tata AutoComp Systems, Dr. Maruti Khaire from ADVIK Hi-Tech, Madhukar Madhukar from JSW Greentech, Sahil Sehgal from EMotorad, Ganesh Joshi from Nilons Enterprises, Franz Kaltseis from Contact Software, and Pradeep Karnawat from Endurance Technologies. They all shared their views on the future of manufacturing and digital transformation.

Connecting the lifecycle : One of the main topics of the round-table was product lifecycle engineering, especially how to connect scattered data into a single system that helps in better decision-making. In many Indian manufacturing companies, engineering, production, and service teams still work separately. This leads to a lot of data being created, but without a common system to link it across the full product lifecycle.

Another key point discussed was that simply having visibility through dashboards does not mean real transformation. Leaders highlighted that data is useful only when it helps make better decisions, improves response time, and leads to real changes in operations. They also noted that the real value of digital transformation comes when insights are actually turned into action.

Plugging cybersecurity gaps : As factories become more connected, cybersecurity is becoming one of the biggest challenges in manufacturing. With engineering systems, shop-floor equipment, cloud platforms, and supply chains all now linked together, the risk of cyberattacks has increased. Because of this, cybersecurity is no longer just an IT issue it is now a major business concern. The participants noted that cyber risks are different across systems. If OT systems are attacked, it can stop production, affect worker safety, or shut down factory operations. At the same time, engineering systems hold important intellectual property like CAD files, design models, and simulation data, which are now often stored in the cloud and shared with suppliers, making them more exposed to security risks.

What intelligent and autonomous operations truly mean : The talk around AI in manufacturing focuses on big promises, but on the factory floor, progress is usually slow and step by step. The participants said that successful AI use does not start with technology itself. It begins with a clear problem in operations, and then the right digital solution is chosen to solve it. A key point from the discussion was that smart, autonomous systems only work well when the data is well-organised and reliable. Advanced AI cannot perform properly if operational data is scattered, inconsistent, or hard to access. Without a strong data foundation, it is difficult to scale up plans for fully autonomous manufacturing.

Sustainability and policy :  Sustainability is quickly becoming a key part of manufacturing operations instead of just a side initiative. With growing regulations, changing global supply chain demands, and stricter reporting rules, companies are now being pushed to include sustainability directly in their production and business plans rather than treating it as a separate goal. The round-table discussed how the same digital systems that improve efficiency in manufacturing can also help achieve sustainability goals. The tools used to track production, quality, and supply chains can also be used to monitor energy use, record emissions, and study environmental impact across a product’s lifecycle. Participants said that sustainability works best when it is built into existing operational systems instead of being handled through separate reporting tools.

Lastly, the session reinforced that India's manufacturing sectors already understands the directions of travel. The future of intelligent manufacturing will depend less on acquiring new technologies and more on making existing systems deliver measurable impact.

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