As the global supply chains grow complex and unpredictable, the need for agility, resilience, and technological integration has never been greater. Today’s supply chain leaders are navigating a VUCA world while enabling the bold national ambition of ‘Make in India’ and self-reliance. Alok Kumar Singh, Leading Supply Chain Management for Semiconductor, Tata Electronics, shares his perspective on how India’s logistics infrastructure is transforming—from smart warehousing and digital compliance to vendor ecosystems. Drawing from his decades of hands-on experience, he offers a grounded yet visionary view of what it takes to build future-ready, intelligent, and sustainable supply chains in an era defined by uncertainty and advanced manufacturing. Note: The following interview has been summarised based on the key insights and discussions shared by Alok Singh during a business session at the ACFI Annual Conclave 2025. The views and perspectives reflected here are drawn from that session and have been articulated to capture the essence of the conversation in a concise manner.
Over the years, with initiatives like Make in India, India’s role in global manufacturing has expanded significantly. How have you seen the logistics and supply chain landscape evolve in this context?
Make in India has catalyzed significant improvements in infrastructure, digital logistics, and regulatory simplification. There’s been a surge in multimodal logistics, tech-driven warehousing, and a shift toward end-to-end supply chain visibility, positioning India as a more competitive global manufacturing hub.
I’ve observed a fundamental shift in how logistics and supply chains are structured to support this ambition. The logistics landscape has become far more sophisticated, marked by digitization, better multimodal transport infrastructure, and enhanced integration of global trade systems.
These factors, along with investments exceeding INR 8,000 crore in multimodal logistics parks under the Bharatmala Pariyojana, are turning India into a formidable player in global manufacturing. India has also climbed six places to rank 38th in the World Bank’s Logistics Performance Index (LPI) 2023, reflecting significant efficiency gains in customs clearance and infrastructure.
Living in a VUCA world, what do you consider the core pillars of a future-ready, tech-enabled supply chain?
In a VUCA world, characterized by market fluctuations, geopolitical tensions, and pandemic aftershocks, resilient supply chains are nonnegotiable. Future-ready supply chains must rest on four pillars: visibility, agility, resilience, and intelligence.
According to the recent research, companies with end-to-end visibility are 2.5x more likely to report superior revenue growth. Technologies like IoT and RFID are enabling 95% real-time tracking accuracy in global networks.
Agility demands responsiveness. Supply chains leveraging AI-driven demand planning have reduced stockouts by 30–50% and excess inventory by 20–30%. Resilience involves diversifying sourcing; research shows firms with multi-regional sourcing recovered from disruptions 40% faster than those with singleregion dependence.
Finally, intelligence via machine learning and advanced analytics is driving down forecast errors by up to 50% and enhancing decision making accuracy.
Organisations that embrace these four pillars are not just surviving uncertainty; they are thriving in it.
India is taking bold steps in semiconductor manufacturing. How critical is supply chain innovation to support this ambition, and what kind of transformations do you foresee shaping the industry in the next few years?
Semiconductors are the foundation of modern technology, and India’s aspiration to be a global player in this space demands a supply chain that is equally cutting-edge. From my experience, supply chain innovation will play a pivotal role in three areas: localization, reliability, and speed.
First, semiconductor manufacturing requires highly specialized raw materials and precision logistics. This mandates the development of localized supplier ecosystems, temperature controlled logistics, and specialized warehousing facilities.
Second, given the zero-tolerance nature of semiconductor production, the supply chain must be built with high reliability. This involves the use of blockchain for traceability, AI-driven quality control, and advanced risk mitigation practices.
Third, speed-to-market is critical. Rapid prototyping, faster design iterations, and reduced lead times can only be achieved with an agile, digitally connected supply chain that integrates R&D, manufacturing, and distribution seamlessly.
The Indian government’s focus on PLI schemes, along with private sector investments, will need to be complemented by strong logistics and supply chain frameworks. I foresee an ecosystem where smart logistics hubs, integrated vendor networks, and real-time data sharing become the norm to support India’s semiconductor aspirations.
Localized supply chains and bonded warehousing can cut turnaround times by 20–30%, vital for a just-in-time manufacturing model. In sum, only an intelligent, lean, and vertically integrated logistics strategy will enable India to realize its semiconductor dream.
With warehousing becoming a strategic differentiator in supply chain performance, how do you see the role of smart warehouses evolving in India, especially with the integration of automation, robotics, and real-time analytics?
Warehousing has evolved from being a passive storage function to becoming a strategic enabler of supply chain performance. In India, the advent of smart warehouses is revolutionizing the landscape, especially in metro and tier-2 cities where demand for speed and accuracy is surging.
This is an abridged version of the interview, published in the September edition of the Logistics Insider Magazine-India. To read the complete interaction, click here.
