In today’s complex and volatile security landscape, India faces multifaceted challenges including persistent border tensions, internal insurgencies, cross-border terrorism, and emerging asymmetric threats. These dynamic scenarios demand agile, technology-driven solutions that can empower field commanders with real-time intelligence, resilient communication, and instant decision-making capabilities. Traditional command infrastructure often lacks the flexibility, integration of legacy & modern communication system, and situational awareness in a single Command Control platform which are needed for modern warfare and counter-insurgency operations.

To address these evolving threats and operational complexities, Mistral developed the Special Ops Command Post (SOCP), a rapidly deployable, AI-powered communication, logging & searcher. The SOCP is designed to extend frontline operations and provide seamless interoperability with all standard military communication and surveillance systems. The SOCP serves as a robust mobile hub for real-time coordination and command, supporting mechanized forces, infantry units, and armored corps.

This case study outlines Mistral’s expertise in conceptualizing, designing, and integrating a customized, container-based SOCP unit bolted on a 4×4, 6×6 vehicle platforms for Counter Insurgency and Counter Terrorism (CICT) missions and extending modern battlefield operations.

The Customer

The Special Ops Command Post (SOCP) is designed for the Indian Military & CAPF customers.

The Requirement

The customer sought a rugged, mobile command solution that could be deployed quickly in forward posts during mission critical operations. The system needed to be platform-agnostic, capable of operating seamlessly across various terrains, and built to withstand the harsh environmental and operational challenges of remote deployment zones. It had to integrate multiple military radio systems, legacy telephony, surveillance, and voice/data communication into a unified platform.

The vehicle also needed to support real-time video monitoring and streaming, call logging, satellite connectivity, and offer reliable power backup.

Solution Provided

Mistral conceptualized and developed the Special Ops Command Post (SOCP), a self-contained, AI-integrated mobile war-room that meets Indian Army’s stringent operational requirements.

Integrated Communication System (ICS)

The SOCP is equipped with a powerful Integrated Communication System that ensures seamless interoperability across a wide range of military-grade and legacy radios. It was designed to support all radios and communication devices including L3 HARRIS Vehicular Radio RF-7800HMP, L3 HARRIS Leader Radio 7850M, BEL’s Combat Net Radio (CNR), Motorola XIR, BEL’s HX Radio Set, BEL’s STARSV, and INMARSAT IsatPhone 2 (with docking station).

Additionally, the system integrates an IP-PBX supporting VoIP, GSM, PSTN, and ISDN. The SOCP includes dual radio gateways capable of connecting multiple Army radios simultaneously. Operator accessories include headsets, microphones, pedal-based push-to-talk (PTT), and desk PTT-cum-microphones, enabling reliable communication management during missions.

Dual-Operator Console

The SOCP features a dual-operator console designed to enhance operational efficiency, situational awareness, and control during missions. The interface is divided into two distinct stations:

Fixed Operator: A rugged, fanless PC with a 32” high-resolution display, built for continuous use in challenging field environments.

Mobile Operator: A commercial-grade, touch-panel laptop offering
flexibility and mobility for dynamic mission scenarios.

Both consoles are integrated through a central media dock and operate
custom-designed software modules that allow users to:

• Monitor and control multimedia inputs from various surveillance and communication feeds in real time
• Manage infrastructure gateways, ensuring seamless interoperability across connected radios, sensors, and network systems
• Access, record, and retrieve voice communications from all channels, aiding in real-time coordination and post-mission analysis
• Seamlessly switch roles or take over operations from either console, providing redundancy and operational continuity in critical situations

Recorder & AI based data searcher

A rugged IP-based voice recorder logs communications from all connected radio, VoIP, and PSTN channels. This feature enables operators to rapidly access mission-critical communication data in real time or from past operations, improving decision-making and operational continuity.

The highlights of the feature are:

• Instant recall and replay
• Live and recorded audio-to-text transcription
• AI-based indexing
• Searchable historical data repository

Surveillance System

The SOCP is equipped with an advanced surveillance infrastructure that enables real-time monitoring of live feeds from drones, IP cameras, and analog video sources using ONVIF-compliant streams or RTSP protocols. Analog video is converted and stored on a Box-NVR, ensuring flexible and reliable video capture. These video feeds can be streamed live to remote central command centres or headquarters, providing real-time situational awareness and enabling quick decision-making by senior officers.

The System integrates:

• MIL-grade long-range PTZ Camera
• Rugged Fixed Surveillance Cameras
• Drone
• Video Management Software (VMS) – Server & Client
• LED Flood lights
• Public Address System

System Integration

Mistral undertook complete system integration for the Special Ops Command Post (SOCP), transforming a multi-technology concept into a fully functional, container-based, field-deployable command solution.

Designed for forward deployment, the SOCP can be transported on military trucks or airlifted and dropped at high-altitude locations, ensuring mission readiness wherever required.

The integration efforts spanned hardware, software, and mechanical engineering, ensuring that all subsystems operated seamlessly in the most demanding operational environments. From initial concept to field-ready deployment, Mistral executed the full integration lifecycle including
architecture design, interfacing strategy, component compatibility assessment, and subsystem interoperability validation. We carefully sourced and integrated military-grade and industrial-grade components, including rugged PCs, displays, cameras, communication units, and power systems – all fused into a compact, mobile-compatible configuration.

Mistral integrated bespoke software to provide unified control over communication, surveillance, recording, and AI-based analytics. All software modules were validated for real-time performance, user interface efficiency, and cross-system compatibility.

Specialized rugged enclosures and shock-proof racks were designed to house all electronics, ensuring mechanical robustness, vibration resistance, and thermal stability during field deployment and mobility. The vehicle is equipped with self-powering capabilities through the integration of rugged UPS units, generator sets, and smart power distribution systems, enabling uninterrupted operation in remote or power-deficient zones.

The SOCP underwent extensive functional testing, thermal and environmental qualification, and integrated field trials. Each subsystem was tested in isolation and in conjunction with others to ensure mission readiness. Final validation included on-site deployment simulations and field trials under Army supervision. Mistral also conducted user training and system handover to ensure a smooth transition and operational confidence.

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