India releases Land Warfare Doctrine 2026

The Land Warfare Doctrine 2026 is an overarching plan for how the Indian Army should prepare for evolving warfare and future conflicts. It was released by Defence Minister Rajnath Singh at the Army Commanders’ Conference in New Delhi on 23 October. A doctrine does not describe one battle plan. It sets broad priorities for force development, readiness, training, technology, and operations.

Its purpose is to align commanders and units around a shared understanding of future challenges. In this case, the Ministry of Defence highlighted artificial intelligence, autonomous systems, data analytics, cyber security, and secure communications. The doctrine also stresses joint operations and multidomain capabilities, rather than treating land warfare as separate from other military activities.

The document’s public outline was not provided by the Ministry of Defence. However, its release signals a long-term effort to prepare the Army while maintaining immediate readiness. Singh asked commanders to develop a strategic vision covering 20–30 years, alongside preparations for immediate and emerging challenges.

Reported priorities centre on technology and resilience. They include artificial intelligence, autonomous systems, data analytics, cyber security, and secure communication networks. Media reports from India also identify unmanned systems, especially unmanned aerial vehicles, as important areas. The doctrine reportedly calls for UAV operations to become a secondary skill across the force.

Operationally, the emphasis is broader than adding new equipment. The Army is expected to improve communications that can withstand disruption and logistics that can support operations under pressure. Greater use of manned-unmanned teaming is also reported. That means personnel and unmanned systems would be planned and employed together, rather than treated as unrelated capabilities.

These priorities reflect the doctrine’s integrated approach to warfare. The Ministry of Defence said Singh stressed multidomain capabilities and seamless coordination in joint operations. The article does not provide an official outline, so the UAV, logistics, communications, and teaming details remain reported priorities rather than a published full list.

Singh asked army commanders to develop a strategic vision spanning 20–30 years. That horizon covers the Army’s long-term preparation for changing warfare, including the capabilities, skills, systems, communications, and operating methods it may need. The doctrine provides the broad framework for that preparation, although the Ministry of Defence did not publish its detailed outline.

The reported priorities show what this long view could involve. They include AI, autonomous systems, data analytics, cyber security, secure communications, UAV operations, resilient logistics, and manned-unmanned teaming. The central mechanism is sustained planning. Training, procurement, force organisation, and joint operations would need to develop together rather than through isolated decisions.

Long-term planning cannot make the Army wait for future threats. Singh also told commanders to remain prepared for immediate and emerging challenges. This creates a two-speed requirement: build capabilities for the next 20–30 years while keeping current forces ready. The doctrine therefore links future transformation with present operational readiness.

Singh’s argument is that modern warfare is interconnected. A land operation may depend on information, communications, air defence, cyber security, unmanned systems, and logistics working together. The Army remains central to land warfare, but its results can be limited if other capabilities cannot share information or support the same mission.

The article gives a concrete direction through the emphasis on joint, multidomain operations. The Ministry of Defence said Singh called for seamless coordination in joint operations. In practice, the key mechanism is integration: services and capabilities plan together, exchange information securely, and act toward one operational purpose. Secure networks, data analytics, and resilient logistics support that process.

This approach also explains the doctrine’s technology priorities. AI, autonomous systems, UAVs, cyber security, and communications are not presented as isolated projects. They are parts of a connected military system. The doctrine’s importance lies in preparing the Army to contribute effectively to that system while still meeting immediate and emerging challenges.

If the reported policy is implemented, UAV operations would become a secondary skill across the force rather than remaining limited to specialist teams. Personnel would still retain their primary military roles, but they could also be expected to understand UAV tasks. That could change training schedules, unit drills, and how commanders assign missions.

Daily work could include learning to plan UAV sorties, interpret collected information, coordinate flights with ground activity, and maintain or report equipment. Soldiers might use unmanned aircraft to support observation, communication, or other missions. The key mechanism would be force-wide familiarity, allowing more units to request, control, or integrate UAV support without waiting for a small specialist pool.

The article describes this as a reported emphasis, not an officially published implementation plan. It does not specify training standards, staffing, or equipment numbers. Still, the change would support the doctrine’s wider focus on autonomous systems, multidomain operations, and manned-unmanned teaming across the Indian Army.

Manned-unmanned teaming, or MUM-T, is the coordinated use of people and unmanned systems in the same operation. “Manned” refers to soldiers or crewed platforms, while “unmanned” refers to systems operating without a person physically aboard. The article reports that the doctrine places greater emphasis on this approach, but it does not define specific MUM-T procedures.

In combat, soldiers could assign tasks to UAVs or other autonomous systems, receive information from them, and use that information to plan movement or action. Unmanned systems could perform tasks that extend reach or reduce exposure, while personnel make mission decisions and coordinate the wider operation. Secure communications and data analytics would help connect the human and machine elements.

This approach fits the doctrine’s wider focus on AI, autonomous systems, UAVs, and joint operations. Its practical success would depend on reliable networks, clear control arrangements, training, and logistics. The article establishes the reported priority, but gives no details about the Army’s intended equipment, rules, or timelines.

AI and data analytics can help military organisations process large amounts of information and support faster decisions. Autonomous systems can perform selected tasks without constant direct control. Cyber security protects networks and information from disruption or compromise. Secure communications allow units and commanders to exchange information while reducing the risk that messages are intercepted or blocked.

The mechanism is integration. Data can move through secure networks, be analysed, and support decisions by soldiers and commanders. Autonomous systems can then be coordinated with human teams. Resilient logistics keep personnel, equipment, and supplies moving when operations face disruption. The article’s emphasis on UAVs and manned-unmanned teaming shows how these technologies may connect battlefield sensing with action.

These tools do not replace the need for trained personnel or joint coordination. The Ministry of Defence said Singh stressed multidomain capabilities and seamless cooperation in joint operations. India’s doctrine therefore treats technology as part of a wider system. Its future impact will depend on training, communications, cyber protection, logistics, and readiness working together.