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Innovation

Future Trends in Manufacturing – A Pharma Perspective

The pharmaceutical industry is undergoing a transformative shift driven by expiring drug patents, rising cost pressures, and evolving global health demands. By 2030, over USD 100 billion in annual sales from blockbuster drugs will be at risk due to patent expirations, intensifying competition from generics and biosimilars. In response, pharma manufacturers are embracing advanced technologies and reimagining their manufacturing strategies to remain competitive and resilient.

This Point of View explores the key trends reshaping pharmaceutical manufacturing. Central to this transformation are advancements in biotechnology, including Cell and Gene Therapy (CGT), genomics, biosimilars, and nanomedicine. These innovations are enabling more personalized, patient-centric therapies but also demand specialized manufacturing capabilities, cleanroom environments, and updated standard operating procedures (SOPs).

Market forces are also influencing manufacturing strategies. Outsourcing to contract manufacturers is on the rise, especially in emerging markets, to reduce costs and improve accessibility. Simultaneously, sustainability is becoming a core focus, with green chemistry and biocatalysis gaining traction. Geopolitical shifts, such as trade tensions with China, are prompting companies to reassess supply chain dependencies and localization strategies.

On the technology front, Industry 4.0 is revolutionizing operations. The adoption of single-use technologydigital twinsAR/VR for workforce trainingcloud computing, and 3D/bioprinting is enhancing efficiency, reducing contamination risks, and enabling real-time decision-making. Gen AI and Agentic AI are further accelerating drug development, optimizing SOPs, and predicting deviations in manufacturing processes.

Smart packaging technologies, including radio-frequency identification (RFID), near field communication (NFC), and sensor-embedded materials, are improving traceability, patient engagement, and inventory management. These innovations, coupled with sustainable packaging materials, are reshaping the pharma supply chain.

In conclusion, the future of pharmaceutical manufacturing lies in agility, digitalization, and sustainability. Capgemini Invent India’s Life Sciences team is well-positioned to guide organizations through this transformation, leveraging deep domain expertise and cutting-edge technology to drive innovation, reduce time-to-market, and ensure long-term growth.

Meet our experts

Dr. Sarika Vanarse

Dr. Sarika Vanarse

Senior Director – Life Sciences, Capgemini Invent India
Dr. Sarika is a seasoned consulting leader with 25 years of Global experience in business transformation consulting across Life Sciences and Medical Devices value chain. She has a proven track record of partnering with clients to create Domain strategies in conceptualizing and delivering large digital transformation programs, for research and care solutions leveraging Next-Gen technologies.
Abhijit Wakodikar

Abhijit Wakodikar

Senior Manager – Life Sciences, Capgemini Invent India
Abhijit is a seasoned consultant with 13+ years of experience in Life Science Manufacturing, Supply Chain and Sustainability. He has worked and implemented various projects in the area of Smart Factory, I4.0, GenAI, Intelligent Supply chain. He has a proven track record of designing and developing digital transformation roadmaps and implementation resulting into process improvement and cost reduction.
Prathmesh Limaye

Prathmesh Limaye

Manager – Life Sciences, Capgemini Invent India
Prathmesh has over 11+ years of experience majorly in the field of manufacturing market research in the chemicals and life sciences domain. He has worked and implemented projects in Industry 4.0 Maturity Assessments, Change Management for a Pharma Manufacturer and implementing Predictive Safety to reduce LTIs on the shop floor.