BOHEMIA, NY – August 2024 – North Atlantic Industries, Inc. (NAI) a leader in rugged, embedded electronics and computing solutions for defense, industrial and commercial aerospace sectors, is proud to announce the launch of EagleAI, the latest advancement in SOSA™-aligned high-performance embedded compute (HPEC) and artificial intelligence (AI) technology. EagleAI features the integration of Intel® Quad Core i7, Intel® Octal Core Xeon, and WOLF Advanced Technology’s NVIDIA RTX™ GPU processors, establishing a new benchmark for autonomous control systems across air, land and sea applications.

EagleAI is expertly designed to meet the demands of uncrewed systems, which often undertake hazardous and repetitive tasks. By improving situational awareness and enhancing logistical capabilities, EagleAI not only boosts operational efficiency but also significantly minimizes the risk to human personnel.

The inclusion of FIPS-140-2 Level 3 cybersecurity measures ensures that mission success is prioritized through the prevention of unauthorized access and the protection of critical data. This robust security framework makes EagleAI and indispensable component for modern defense and aerospace operations.

EagleAI is perfectly suited for a variety of system solutions, including Flight Control Computers, Vehicle Management Computers, Actuator Units, Mission Computers, Adjunct Processors and HPEC. Each of these applications benefits from EagleAI’s exceptional processing power and advanced cybersecurity features, making it an essential tool for mission-critical operations.

“With EagleAI, we are pushing the boundaries of what autonomous systems can achieve,” said Lino Massafra, VP of Sales and Marketing at NAI. “Its advanced processing capabilities and fortified cybersecurity make it an invaluable asset in ensuring mission success and operational safety.”

North Atlantic Industries remains at the forefront of delivering innovative solutions tailored to the needs of defense and aerospace sectors. EagleAI is now available for integration into a wide range of autonomous systems, heralding a new era of efficiency and safety in these fields.