Autonomous & Scalable Defense Systems

Solving modern defense needs
by elevating consumer electronics
to military-grade performance through software.

gobi

[+] MISSION

. >
DETECT & INTERCEPT

[+] TARGET

. >
HOSTILE GROUP 1 & 2 UAV

[+] RANGE

. >
5 km / 3 mi

[+] DIMENSIONS

. >
L 43 cm / 16.9 in
P 43 cm / 16.9 in
H 40 cm / 15.7 in

see details

sahara

[+] MISSION

. >
SAR Imaging

[+] frequency range

. >
500 MHz - 2.5 GHz

[+] weight

. >
3.5 Kg / 8 lbs

[+] resolution

. >
Stripmap Mode
Range 13 cm / 5.1 in
Cross range 8.5 cm / 3.3 in
‍Circular Mode
4 cm / 1.5 in

see details

sahara

[+] MISSION

. >
SAR Imaging

[+] frequency range

. >
500MHz - 2.5GHz

[+] weight

. >
3.5 Kg / 8 lbs

[+] resolution

. >
Stripmap Mode
Range 13 cm / 5.1 in
Cross range 8.5 cm / 3.3 in
Circular Mode
4 cm / 1.5 in

see details

Synthetic Aperture Radar Imagery.
On demand.

UAV-borne radar imagery for situational awareness

[+] Technical data

>
Frequency Range 0.5 – 2.5 GHz
Polarisation Dual linear
Spatial Resolution
• Stripmap Mode
Range: ~13 cm / 5.1 in
Cross-range: ~8.5 cm / 3.1 in
• Circular Mode
~4 cm / 1.5 in
Size 10 cm x 20 cm x 20 cm
3.9 x 7.8 x 7.8 in
Weight < 3.5 kg / 8 lbs (with antennas)
Power Consumption < 65 W

Unified Vision, Any Environment, Every Mission
Sahara is part of a comprehensive family of remote sensing systems tailored for mission-specific capabilities. It delivers an integrated ISR solution, surpassing standalone sensors and seamlessly integrates with command-and-control software for enhanced operational efficiency.

Sahara is an autonomous UAV-borne synthetic aperture radar system designed for situational awareness on and off the battlefield. It detects camouflaged positions and equipment, underground features, weapons storage, and buried objects like AT/AV landmines. The system delivers reliable intelligence data in inclement weather and during night-time operations.

Sahara ISR Payload
A lightweight, compact Synthetic Aperture Radar (SAR) system designed for rapid deployment on UAV platforms. It delivers on-demand remote imaging without satellite reliance, ensuring continuous situational awareness across complex environments. Capable of autonomous operation, it provides critical insights without transmitting sensitive data via radio, still supporting confident decision-making in near real time.

Mission Enhancing Imaging Capabilities
‍Sahara’s advanced SAR technology overcomes the challenges of accessing SAR imagery at the tactical level, providing on-demand, autonomous imaging without satellite dependence. Its ability to penetrate foliage and image underground features ensures superior intelligence gathering in environments where conventional sensors fail.

UAV integration
‍Focusing on size, weight, and power efficiency, Sahara is specifically engineered to be integrated into existing UAV platforms or future systems.

Competitive Advantages
> Rapid deployment
> Change detection
> All-weather Conditions, all-time mission
> Under Foliage Detection
> Underground Features Detection
> Day and Night time Conditions
> AI-Enhanced Target Detection
> Dynamic User interface for quick exploitation
> Lightweight and Compact Design

Defense & Public Safety Applications
> Coastal and Border Surveillance Operations
> Detect enemy equipment
> landmine detection
> Foliage Penetration (FOLPEN)
> Special Operations

thar

[+] MISSION

. >
ISR payload

[+] fov

. >
EO 70°-7°, IR: 12°

[+] CAMERAS

. >
Dual EO IR
stabilized camera

[+] WEIGHT

. >
<500 g / 1 lbs

see details

Dual EO IR camera. Precision ISR Imaging.

UAV-borne Long-Range imagery for situational awareness

[+] Technical data

>
. EO camera
Low Light sensor
Zoom Real mechanical and optical zoom
FOV 70°-7°
Resolution 1920 x 1080 px
Frame Rate 30 fps (option 60 fps)
Aperture f/1.6 – f/1.8
. LWIR camera
FOV 12°
Resolution 640 x 320 px
Frame Rate 30 fps (option 60 fps)
. Weight < 500 g / 1 lbs
. Ball Diameter 60 mm / 2 in
. Range Finder 2 km / 1.2 mi
. Stabilization
2 axis mechanical stabilization
3 axis digital stabilization

[+] FEATURES

>
. UAVs agnostic
. Enhanced night and low-light performances
. Target Tracking
. Object Detection
. GeoLock
. STANAG 4609
. MAVLink

THAR IS EO & IR payolad designed for high resolution and location accuracy. Fully capable of performing intelligence, surveillance and reconnaissance (ISR) operations during day and nightime conditions at extended range. It provides military forces with un-matched situational awareness of the battlefield with near real-time intelligence gathering.

Thar ISR Payload
‍The THAR EO camera has been optimized to detect objects even in low light conditions. Thar’s wide aperture and reduced shutter speed allows more light to reach the sensor, providing exceptional resolution in all operational environments.Complimenting the EO sensor is the, 640x320thermal camera allowing for even more advanced intelligence collection that enables quick decision making.

RISK TO FORCE
‍Designed for stealth and precision, the Thar camera delivers high-resolution imagery with unmatched stability, allowing operators to conduct ISR missions from a safe distance during day and night-time mission profiles.Thar can detect a vehicle at 9 km / 6 mi, ensuring optimal visual observation while minimizing the risk of detection.

System Integration ready
‍With STANAG 4609 and MAVLink compliance, it seamlessly integrates video streams with metadata and advanced features enriching situational awareness and providing relevantinformation on Defense networks.

Integrated Solution for, Any Environment and Every Mission
‍Thar is part of Harmattan AI family of remote sensing systems designed on a unified architecture with specialized capabilities for each mission domain. It offers an integrated solution for Intelligence, Surveillance, and Reconnaissance going beyond the capabilities of standalone sensors allowing tactical intelligence data to be shared over higher echelon networks.

WHO ARE WE

The next generation defense prime, built for modern warfare

Focused on autonomous, scalable, & attritable system

Building end-to-end solutions, spanning all engineering fields

Modern
Warfare

Modern warfare has shifted drastically. Symmetric warfare has returned, dominated by drones and small squads operating with limited awareness.
‍
Sensing and situational awareness are now core to fighting in electromagnetically contested environments. The rise of autonomy in this context demands a switch from high-price, low-volume systems to low-price, high-volume solutions.

Legacy Prime Players

Legacy prime contractors focus on long-term, large-scale, cost-plus contracts. This creates built-in obsolescence, falling short of today’s military demands.

Current defense systems suffer from a slow rate of innovation, production volume, and pricing. These are fundamentally at odds with modern defense needs.

NEW
NEEDS

The modern battlefield craves inexpensive, attritable and still high-performance solutions.

Enemy adaptations occur at a high pace. We need the ability to remotely upgrade fleets of autonomous systems and enable rapid iterations.

With autonomous systems on the rise, we lack humans to manage vast fleets. This necessitates a platform approach acquiring and treating large amounts of data inputs into actionable outputs.

Modern areas of conflict and tensions in Europe and the Pacific define our era of warfare. They demand an overhaul of the military-industrial complex.

High-speedDETECT & INTERCEPT

Synthetic Aperture Radar Imagery.On demand.

Dual EO IR camera. Precision ISR Imaging.

WHO ARE WE

ModernWarfare

Legacy Prime Players

NEWNEEDS

High-speed
DETECT & INTERCEPT

Synthetic Aperture Radar Imagery.
On demand.

Modern
Warfare

NEW
NEEDS