Key facts
- The Indian Army is developing an indigenous, network-centric fire control system called the Land Vectors Control & Coordination System (LVCCS).
- The LVCCS aims to integrate artillery, rockets, missiles, and loitering munitions into a single, automated grid.
- The system will compress the sensor-to-shooter cycle, reducing decision-making time and improving firepower utilization.
- The Army has issued a Request for Information for the development of the LVCCS.
- The system will integrate with the broader C4I2 grid and existing battlefield surveillance and decision-support systems.
The Indian Army is embarking on a significant modernization effort by developing an indigenous, network-centric fire control system. This initiative, known as the Land Vectors Control & Coordination System (LVCCS), aims to create a digital backbone that will integrate all land-based strike assets, from conventional guns and howitzers to advanced rockets, missiles, and loitering munitions, into a unified, automated grid.
The LVCCS is designed to fundamentally transform artillery and missile operations by automating the entire process of kinetic strikes. This includes observation, target acquisition, planning, delivery, and post-strike damage assessment, compressing what is currently a fragmented, multi-layered process into a near real-time cycle. The system is intended to provide both technical control for accurate and timely fire delivery and tactical control for optimal resource utilization, shifting towards more automated, data-driven decision-making.
This development addresses critical gaps in real-time battlefield integration, where existing systems often involve multiple layers of human intervention, leading to longer decision cycles and sub-optimal firepower utilization in high-tempo conflicts. The architecture mandates seamless integration with the broader Command, Control, Communications, Computers, Intelligence and Interoperability (C4I2) grid, as well as with existing battlefield surveillance and decision-support systems. Former Chief of Defence Staff General Anil Chauhan has emphasized that future wars will be won not just by possessing superior standalone weapons, but by the ability to securely integrate sensors, shooters, communications, and command networks into a unified operational architecture.