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UTILIZING SANCHAR PRODUCTS IN

MILITARY INDUSTRY

In India, military and paramilitary forces collectively constitute a robust framework for national defence and internal security.

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  1. The Indian Military comprises three main branches: the Indian Army, Indian Navy, and Indian Air Force.

  2. The Paramilitary Forces consist of several organizations responsible for internal security and various specialized tasks:

  • Central Reserve Police Force (CRPF)

  • Border Security Force (BSF)

  • Indo-Tibetan Border Police (ITBP)

  • Central Industrial Security Force (CISF)

  • Sashastra Seema Bal (SSB)

  • Assam Rifles

LICENSE RADIO

Problem Statement

  • Military, and paramilitary organizations, share a common challenge: the need for communication on the move. Their dynamic operations, especially for field staff without access to office landlines or intercom facilities, create a significant hurdle.

Solution

  • To address this challenge, the concept of "Wireless Communication" emerges as a fundamental solution. Throughout India, security forces, military, and paramilitary organizations utilize UHF/VHF wireless communication systems. Ensure confidential information remains protected and enable commanders to coordinate troops effectively. These radios offer a wide range of frequencies, allowing for versatile communication in various terrains and situations.

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Across India, both military and para-military organizations predominantly utilize UHF band radios. Earlier they used Analogue Radios but now procure DMR Radios only

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PTT Over Cellular RADIO

Problem Statement

  • Traditional point-to-point radio communication, both licensed and license-free, has a limited range of around 100 kilometres, even with the use of base stations or repeaters. However, these elite organisations require long-distance communication spanning state and national boundary. Previously, HF communication was used, but it suffered from environmental noise.

Solution

  • With the advancement of technology, the introduction of Push-to-Talk over Cellular (PoC) has revolutionized long-distance communication. It eliminates heavy noise factors and significantly reduces the high infrastructure costs associated with HF systems, making communication more efficient and cost-effective for these essential departments.

  • They provide instant voice communication over cellular networks, enabling troops to coordinate effectively on the battlefield, share critical information, and maintain operational security while on the move, enhancing situational awareness and mission success.

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HOW A POC RADIO SYSTEM WORKS

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Push-to-Talk over Cellular (PoC) integrates individual instant communication into the global GSM network, where each PoC radio requires a SIM card for network identification.

 

However, for military and para-military organisations with existing short-distance                                point-to-point networks developed over decades, transitioning to PoC for long-distance communication can be impractical. Sanchar has introduced an innovative solution, "PACS" (PoC to Analogue System) and "PDCS" (PoC to Digital System), bridging the gap.

 

These systems enable seamless communication between legacy networks and the modern PoC network, ensuring efficient long-distance communication while preserving existing infrastructure.

ADDITION TO A NEW POC RADIO SYSTEM

Integration of Any Conventional Wireless Network With PoC Radio System

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PoC APPLICATIONS

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BODY WORN CAMERA

  • Sanchar's "Body Worn Camera" (BWC) and "Dashboard Camera" (DC) solutions offer an ideal answer to the demand for dynamic surveillance. These versatile cameras, equipped with various features for live video capture and real-time streaming to a central location, have the potential to significantly enhance law & order efforts by enabling mobile and dynamic surveillance operations.

  • Document interactions during military and para-military operations. They provide an unbiased record of events, aid in training and debriefing, and enhance transparency and accountability.  Employed in military vehicles to record on-road activities during patrols and missions. They serve as evidence in accidents, security incidents, and compliance with protocols, helping improve safety and discipline.

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Solution

  • Ensuring nationwide security is a paramount task for the Military & Para-military forces, and deploying a truly efficient surveillance system poses a challenge. Traditional CCTV systems are stationary and not suited for their dynamic operations. To address this, a need arises for advanced surveillance systems that can operate in dynamic conditions.

Problem Statement

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FOR LIVE MONITORING INTEGRATION IN BWC

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DASH CAMERA APPLICATIONS

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BREATH ALCOHOL ANALYZER

Problem Statement

  • Alcohol consumption can pose a significant challenge within military and paramilitary organizations, compromising discipline, operational readiness, and the well-being of personnel. Instances of impaired judgment and misconduct due to alcohol use are detrimental to unit cohesion and mission effectiveness, leading to accidents and disciplinary issues.

Solution

  • Implementing Sanchar’s BAA as a routine part of military and paramilitary personnel checks can help address this issue and can deter excessive drinking, identify at-risk individuals for counselling, and ensure that only sober individuals perform critical duties. They help maintain readiness and discipline by preventing alcohol-related impairments during duty, safeguarding the integrity and effectiveness of military and para-military units.

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BAA APPLICATIONS

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SANCHAR RUNWAY LIGHTING SYSTEM

Problem Statement

  • The Indian Air Force encounters a critical challenge when it comes to landing aircraft in areas lacking proper airstrips and night-time guidance. This deficiency poses a significant operational risk and hampers rapid response capabilities.

Solution

  • The "Sanchar Runway Lighting System (SRLS)" is a cutting-edge solution for the Indian Air Force. It enables safe night-time landings and operations in challenging environments. It is wireless, infrastructure-free, are cost-effective and versatile, offering permanent, temporary, and emergency runway lighting, bolstering operational capabilities and cost-efficiency.

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PRINCIPAL

  • ​Developed for AirForce, SANCHAR's Intelligent Ground Lighting Systems offer wireless, infrastructure-free deployment for permanent, temporary, and emergency runway strips, reducing costs and enhancing usability.

HOW DOES IT WORK

  • RF-based Runway Lighting System for 24/7 wireless guidance of aircraft, adaptable to all weather conditions. Sanchar Digital Runway Lighting System (SRLS) employs encrypted communication via Sanchar Control Digital Transmitter (SCDT) to Sanchar Digital Receiver (SDR) lights. Notable features include-

  • Variably coloured lights

  • Configurable modes simulating different events

  • Adjustable luminosity

  • Password protection

  • Master kill switch for emergencies

  • Light grouping facilitates independent control of lights within specific zones

COMPONENTS INVOLVED

1.SCDT (Sanchar Control Digital Transmitter): Encodes data into RF waves and transmits via an antenna to Sanchar Digital Receivers (SDR). Installed in control towers or master's rooms, with output linked to mounted antennas for widespread coverage. Broadcasts command messages to all SDR lights across the airfield.

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2.SDR (Sanchar Digital Receiver): Receives and decodes RF signals from antennas, utilizing filters to eliminate unwanted signals. Placed at runway ends, taxi zones, or along runways. Enables effective communication and control of lighting systems throughout the airfield.

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