India's smart warehousing accelerates expansion: automation and IoT reshape the supply chain landscape.

Introduction

India's warehousing infrastructure is undergoing a transformation from traditional warehouses to digitalized operations centers. Factors driving this shift include e-commerce penetration, manufacturing expansion, consumer expectations for delivery speed, and the government's top-level design for logistics digitalization. Supported by technologies such as warehouse management systems (WMS), automated storage and retrieval systems (ASRS), RFID, and IoT sensors, enterprises are able to manage inventory more precisely, reduce operating costs, and gain end-to-end supply chain visibility.

Key Developments: Record Leasing Volume and an Expanding Warehousing Footprint

In 2025, industrial and warehousing space leasing in India's top eight cities reached 36.9 million square feet, a year-on-year increase of 16%, with third-party logistics (3PL) companies accounting for about one-third of the total. In the first quarter of 2026, this figure continued to exceed 18 million square feet, supported mainly by demand from manufacturing, engineering, and e-commerce. As of 2026, India's total warehousing stock stood at approximately 533 million square feet, of which tier-2 and tier-3 cities contributed around 100 million square feet, indicating that the network is extending toward emerging consumption and manufacturing hubs.

In terms of public warehousing, as of December 2024, India had 2,278 owned and leased warehouses with a total capacity of approximately 40.262 million metric tons; the Central Warehousing Corporation (CWC) operated more than 700 warehouses with a capacity of approximately 10.3 million metric tons. These public facilities complement the new high-standard warehouses built by private developers, forming a tiered warehousing system.

Policy Drivers: The Integrative Role of the National Logistics Policy and PM GatiShakti

Through initiatives such as the National Logistics Policy (NLP), the PM GatiShakti National Master Plan for Multi-Modal Connectivity, and the Unified Logistics Interface Platform (ULIP), the Indian government aims to reduce logistics costs and improve transport efficiency. The NLP sets targets including breaking into the top 25 of the World Bank's Logistics Performance Index (LPI) by 2030, and its policy framework emphasizes warehousing standardization, digitalization, and automation, while promoting end-to-end traceability.

As a multi-sectoral collaborative digital platform, PM GatiShakti had onboarded 44 central ministries and 36 states and union territories as of October 2024, integrating more than 1,600 geospatial data layers. The platform is used for cross-departmental infrastructure planning to reduce transport bottlenecks, improve "last-mile" connectivity, and provide a basis for the future site selection of multi-modal logistics parks. ULIP and the E-Logs platform perform functions such as data sharing and process simplification, serving as institutional safeguards for the implementation of smart warehousing.

Supply Chain Impact: Cost, Efficiency, and Resilience

Logistics costs account for approximately 14.4% of India's GDP, and the industry employs more than 22 million people. The core contribution of smart warehousing lies in reducing inventory costs and improving order fulfillment rates. Automated warehousing can reduce manual intervention and lower error rates, while temperature, humidity, and location monitoring enabled by IoT sensors helps handle sensitive goods, which is particularly beneficial for the pharmaceutical, cold chain, and electronics supply chains.Additionally, the combination of warehouse automation and national digital platforms enables companies to allocate inventory more flexibly, reducing inventory backlogs and transportation waiting times. In the long run, the digitalization of the warehousing segment will provide more granular real-time data for supply chain risk management, helping shippers and logistics providers respond to demand fluctuations and unexpected events.

Regional Impact: India's Position in Asian Supply Chain Networks

India's warehouse market expansion not only serves domestic demand but also supports multinational corporations' supply chain diversification strategies. The extension of warehousing networks to second- and third-tier cities will help connect manufacturing hinterlands with major consumer markets; with the planning of multimodal logistics parks, this infrastructure upgrade is expected to link with ports, railways, and other nodes, improving logistics connectivity in South Asia.

For global enterprises, India's warehouse modernization implies higher predictability of inventory turnover and shorter order cycles, and may also affect inventory allocation across Asian supply chains. The rising supply of warehousing in second- and third-tier cities will further mature inland logistics networks and ease warehousing and transportation pressure on coastal hubs.

Industry Perspective: Drivers and Barriers to Technology Adoption

From an industry structure perspective, 3PL companies are the largest users of warehouse leasing, and their demand is shifting from pure storage space toward operational efficiency and value-added services. E-commerce and fast-moving consumer goods companies, meanwhile, prioritize order fulfillment speed and traceability. Warehouse equipment suppliers and logistics IT companies offer a range of solutions in the Indian market, from basic WMS to robotic sorting systems, but cost sensitivity and the quality of park infrastructure remain challenges for small and medium-sized players.

Currently, India's warehouse market is seeing increased supply of grade-A warehouses, but automation penetration is still on the rise. Many traditional warehouses are undergoing renovation, and integrating IoT infrastructure equipment with legacy systems takes time. Policy-supported standardization systems help lower the threshold for technology deployment, but skills training remains a long-term issue.

Future Outlook

With domestic consumption growth running parallel to export-oriented manufacturing, India's warehousing industry is expected to continue attracting investment. Automation is no longer confined to a few large-scale operation centers, but is expected to spread across regional distribution centers and contract logistics projects. Logistics companies need to closely track changes in India's demand for grade-A warehouses, as well as data interface compliance requirements for platforms such as ULIP.

Against the backdrop of global supply chains continuing to seek diversified layouts, improvements in India's internal logistics efficiency may strengthen South Asia's position as an alternative hub. The next step is for India to continue expanding warehousing coverage in second- and third-tier cities and promote the development of talent and standardization systems, to ensure the full release of growth dividends.

Conclusion

India is driving the upgrade of its warehousing segment through policy, capital, and technology. Leasing data and public investment from 2025 to 2026 indicate that this process has entered an acceleration phase. Warehouse automation and IoT help improve inventory accuracy, reduce logistics costs, and support greater supply chain visibility. In the future, India's warehouse modernization will become a key variable in its integration into global logistics networks and its enhanced competitiveness in international trade.

---Source: Indian Brand Equity Foundation (IBEF), *Smart Warehousing in India: Role of Automation and IoT in Supply Chains*, August 28, 2026. Original link