Project Overview
In the modern battlefield, the speed of data processing is a fundamental determinant of operational superiority. As Mega Computer, we have implemented industrial hardware solutions with GPU cards that enable land, sea, and air elements to run high-performance artificial intelligence algorithms even in the most challenging field conditions.
Solutions Offered and Application
High-Performance Edge AI:
GPU-based edge hardware was developed to improve the performance of decision support systems used in stationary and moving elements. This enabled the processing of image and sensor data from the field in real-time, independently of the central system.
Platform Independent Integration:
The developed industrial systems; The systems have been adapted to the vibration, temperature, and energy constraints of different platforms such as armored land vehicles, unmanned aerial vehicles (UAVs), and naval elements.
AI-Powered Decision-Making Mechanisms:
AI-powered industrial PCs, creating a multiplier effect in the defense industry, enable operators to make the most accurate decision in seconds by minimizing the margin of error in target detection, identification, and tracking processes.
Resilience to Harsh Conditions:
An architecture equipped with fanless and industrial-grade components resistant to the high mechanical stress created by mobile elements (tactical wheeled and tracked vehicles) has been designed.
High-durability (rugged) hardware solutions developed within the framework of NATO Facility Security standards, increasing the domestic contribution rate in the defense industry, and suitable for critical missions.
Results Obtained
Operational Speed:
The data processing speed of decision support systems has been increased significantly compared to classical systems thanks to GPU integration.
Tactical Superiority:
The operational success rate has been increased by activating autonomous capabilities and intelligent object recognition features in mobile elements.
Domestic Engineering:
A customized hardware ecosystem has been created that reduces external dependence in critical systems and is in line with the vision of a domestic and national defense industry.
Added Details:
MIL-STD Standards and NVIDIA Jetson/Orin Series.
Military Standards:
The developed industrial systems have been tested and verified in accordance with the MIL-STD-810G (Environmental Conditions) and MIL-STD-461G (Electromagnetic Compatibility) military standards.
Hardware Power:
Real-time image processing (computer vision) capabilities have been achieved with NVIDIA Jetson AGX Orin and NVIDIA RTX Embedded series GPUs, offering high performance with low power consumption in tactical field applications.