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Ground Surveillance Radar

Ground Surveillance Radar is a versatile, cost-effective solution offering a multitude of advantages making it an ideal choice for border guard, battlefield surveillance, civilian and military installation security and combat operations duties.

GSR can be carried in backpacks by two-man teams to cover areas hardly approachable by vehicles.
GSR is also mountable on vehicles and on field posts as needed.
GSR can be used as a standalone unit or in a network of radars as required by the surveillance scenario.
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Coastal Surveillance Radar

Coastal Surveillance Systems (CSS) enable real-time monitoring of coastal and maritime areas to safeguard national security, prevent illegal activities, and support search-and-rescue operations. They enhance maritime domain awareness while protecting lives, the environment, and critical offshore infrastructure.

The control over the maritime domain is a crucial aspect of national security, directly impacting border protection, territorial integrity, and Exclusive Economic Zones (EEZs). Ensuring sovereignty over maritime regions is essential for maintaining economic stability, preventing illegal activities, and securing valuable offshore resources.
Coastal Surveillance Systems (CSS) play a vital role in addressing these challenges by integrating advanced sensors, radar technologies, and communication networks to monitor coastal and maritime environments. These systems provide real-time intelligence to detect unauthorized vessel movements, prevent smuggling, combat piracy, and respond to search-and-rescue (SAR) operations effectively
Beyond security, CSS contributes to the protection of human lives, the environment, and offshore critical infrastructure such as oil rigs, wind farms, and undersea communication cables. By offering seamless maritime situational awareness, these surveillance systems enhance maritime domain awareness (MDA) and support law enforcement agencies, coast guards, and naval forces in ensuring safe and secure waters

Drone Detector Radar

Drone detection radar is a high-resolution surveillance system that detects and tracks unauthorized UAVs to enhance security.

Drone detection radar is a cutting-edge technology designed to address the growing challenges associated with the proliferation of unmanned aerial vehicles (UAVs) or drones.
It is a high-resolution radar system designed to address the demands of the Security and Defence market in two key applications: unregulated border surveillance and critical infrastructure protection.
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3D AESA RADAR (Non Rotating)

A 3D Fixed-position Radar designed to rapidly cover the entire 360° hemisphere (visualized as a dome cantered on the radar)

The 3D AESA RADAR promptly detects any drones upon entering the specified airspace.
The 3D AESA RADAR employs X-Band frequencies and power to enhance detection range while ensuring precise micro-Doppler discrimination.
The 3D AESA RADAR enables uninterrupted tracking of targets, including those in slow motion or hovering, with an instrumented detection range up to 12 Kms

RF Drone Detector

The RF detector is a specialized device engineered to identify and analyze the presence of radio frequency (RF) waves within a physical transmission medium.It operates by continuously scanning various frequency bands to detect signals emitted by wireless communication devices.

This technology is essential in scenarios where the uncontrolled presence of drones poses a risk, such as restricted airspace, military zones, or critical infrastructure sites.
This capability makes it an invaluable tool for security agencies, law enforcement, and facility managers who need to track and manage drone activity effectively. Once a drone is detected, the system can trigger alerts or integrate with other counter-drone solutions to mitigate potential threats.
The transducer converts this amplified signal into an audio signal. By offering a non-intrusive and passive detection approach, the RF detector provides a reliable and efficient solution for real-time drone surveillance without interfering with existing communication networks.
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Jammer Manpack & Hand Held

The drone detection and jamming system is engineered to counter unauthorized drones and quadcopters by disrupting their downlink communication signals, effectively neutralizing their flight operations.

It features a unique software solution that enables rapid drone detection and the disruption of its communication links, with an effective jamming range of up to 4 km using specialized dedicated antennas.

LTE Based Passive Radars

Passive radar systems are a type of radar system that detects and tracks targets in the environment by processing reflections from non-cooperative sources of illumination, such as commercial broadcast and communications signals.

A passive radar includes only a receiver without a paired transmitter
These are cost-effective solutions for perimeter surveillance of international borders, coasts, airports, large buildings, prisons, and industries to check and monitor intrusions
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Avalanche Radars

Avalanche Radar is a radar-based detection/measuring system for monitoring and forecasting of avalanches and landslides.

The main component of the system is a Doppler-based radar that detects and measures speed, scope and duration of events.
The system is available both as a mobile system or as a permanent installation.
With this system, detected avalanches and landslides can trigger light, sound, or dynamic signs on location as well as send SMS and email alerts

Fog Penetration Radar

Border Surveillance in Dense Fog in many parts of North, Western & Eastern border is challenging as it restricts the observation. This vulnerability is often exploited by ANEs to meet their nefarious designs.

The Fog penetration technology can aid in detecting targets under heavy fog and inclement weather conditions and in countering the infiltration and smuggling activities in the bordering areas
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Muzzle Velocity Radar

Muzzle Velocity Radar (MVR) is a radar system designed to measure the velocity of projectiles as they exit the muzzle of a firearm

Purpose: Used primarily in military and ballistic testing to obtain precise data on projectile speed at the moment of discharge.
Importance: Crucial for optimizing weapon systems and ensuring accuracy in research and testing scenarios.

Active Protection System

An active protection system (APS) is a defensive system that detects and neutralizes threats to a vehicle. APSs are used in tanks, armored vehicles, and other military vehicles.

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Doppler Weather Radars

DWR have been used for measurement of precipitation and weather forecasting for more than three decades.

Provide detailed information on internal wind flow and structure with sufficient temporal and spatial resolutions.
Operates in C and X-band frequency.
Used for improved estimation of the rainfall and for characterizing the hydrometeors

Foliage Penetration Radar

The Foliage Penetration (FOPEN) Radar is an advanced radar system designed to detect and track targets hidden under dense vegetation, forests, and camouflage.

Operating in the VHF/UHF frequency bands, it can penetrate foliage, sand, and light cover to detect concealed objects, making it highly effective for military reconnaissance, border surveillance, search-and-rescue operations, and counter-insurgency missions
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Maritime Patrol Radar

Foreign Objects Debris (FOD) usually refers to some inanimate objects that can be found especially on the airport's runway.

From litter to wildlife to aircraft parts, a debris detection system scans for FOD and alerts airport operators of potentially dangerous objects.
Over 66% of airport emergencies are related to Foreign Object Debris.
Airport FOD radars ensure proper training, inspection and maintenance to minimize damage to airlines, equipment and personnel.

Active RF Seeker

The Active RF (Radio Frequency) Seeker is a high-precision, self-contained target detection and tracking system used in modern missile guidance. Equipped with its own radar transmitter and receiver, it autonomously locates, tracks, and engages targets without external illumination, ensuring exceptional accuracy in all-weather and day/night operations.

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Strategize & Plan
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03
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[Team Member]

Meet the Beautiful team behind Raddef

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David Chen
Consultant
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Jacob Jones
Project Manager
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Jenny Wilson
Project Coordinator
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Theresa Webb
Operations Analyst
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Ronald Richards
Client Success Manager
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Cody Fisher
Financial Strategy Advisor
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