Exicom Technologies Indian Army Tactical IP Mesh Networking
Exicom Technologies Indian Army Tactical IP Mesh Networking
Mumbai-based Exicom Technologies has successfully demonstrated its indigenous IP Mesh Networking system for the Indian Army, achieving reliable communications across distances ranging from 5 km to 15 km.
The trial indicates the growing capability of Indian private-sector defence firms to develop secure, battlefield-ready networking solutions that can operate without fixed communications infrastructure.
Key Highlights
- Exicom Technologies validated its tactical IP Mesh Networking hardware over ranges of 5 to 15 kilometres during official military evaluations.
- The proprietary system establishes decentralized, self-healing communication architecture vital for modern electronic warfare environments.
- The technology supports real-time voice, video, and data transmission across multiple military branches, land vehicles, and unmanned platforms.
- This milestone highlights the rapid technological evolution of private domestic aerospace and defense firms operating under national self-reliance initiatives.
About Exicom Technologies
Founded in 2017 by Sandeep Omprakash Agarwal and Rakhi Sandeep Agarwal, Exicom Technologies was launched with a mission to develop advanced wireless engineering solutions for the aerospace, defence and homeland security sectors.
Over the past eight years, the company has evolved from a communications technology startup into a specialist provider of tactical radios, airborne datalinks, battlefield networking systems and unmanned platform communications.
The companyβs latest achievement centres on its proprietary IP Mesh Networking technology, which enables secure transmission of voice, video and data through a self-forming, self-healing network architecture.
Unlike conventional communication systems that rely on fixed infrastructure or a single relay point, mesh networks allow every node to function as a transmitter and relay station. This ensures operational continuity even when individual nodes are disrupted, making the technology particularly valuable for modern military operations.
The successful Army testing demonstrated dependable connectivity over 5β15 km, a range highly relevant for tactical deployments involving infantry units, armoured formations, unmanned systems, and forward command posts.
Such capabilities can support real-time situational awareness, intelligence sharing, surveillance feeds and command-and-control functions in contested environments where conventional communications may be degraded or unavailable.
Exicomβs journey reflects a consistent focus on indigenous defence innovation. In 2019, the company developed a real-time situational awareness system for infantry soldiers and invested in unmanned systems communications, including quadcopter links capable of operating up to 20 km.
By 2021, it had developed high-capacity multi-hop mesh radios capable of operating in non-line-of-sight environments. The following year, Exicom secured its first order from the Indian Army Signals Corps for IP Mesh Radios and expanded into military-standard communication products for land, air and maritime platforms.
Its product portfolio now includes the Condor family of high-capacity IP Mesh Radios, airborne datalinks, telemetry radios, tactical handheld radios, and integrated C3ISR (Command, Control, Communications, Intelligence, Surveillance and Reconnaissance) solutions.
These systems are designed for deployment across unmanned aerial vehicles (UAVs), unmanned ground vehicles (UGVs), armoured vehicles, helicopters and dismounted soldiers.
Exicomβs growing credibility is reflected in its expanding defence footprint. The companyβs IP Mesh technology was reportedly used during a NATO joint exercise focused on manned-unmanned teaming in 2023.
It has also developed communication systems for the HAL ALH Dhruv helicopter, LCA Tejas-related programmes, artillery platforms and armoured vehicles.
Future Outlook
The validation of indigenous communications equipment sets a baseline for deeper integration of private sector capabilities into defense acquisition channels. Future applications point toward extensive integration into cross-domain operations, linking robotic platforms and manned units across complex geographical environments. As domestic development intensifies, these multi-platform mesh networks will serve as the primary electronic framework for local state-of-the-art C3ISR systems.
FAQs
What is the communication range verified by Exicom Technologies during the Indian Army trials?
The local defense firm successfully validated operational ranges spanning between 5 kilometres and 15 kilometres during tactical military deployment scenarios.
How does proprietary IP Mesh Networking differ from conventional defense communications?
Unlike legacy infrastructures that require fixed relays, mesh architectures permit every individual node to serve as a transmitter and transceiver, ensuring persistent connectivity via self-healing network links.
Which active Indian defense platforms utilize communication hardware developed by Exicom Technologies?
The firm manufactures tactical equipment integrated into the HAL ALH Dhruv helicopter, components for LCA Tejas-related programs, artillery platforms, and various armored fighting vehicles.
