Odysight.ai, a leader in AI/ML-driven visual sensing solutions for predictive and conditions-based maintenance (CBM+), announced the execution of a Cooperative Research and Development Agreement (CRADA) with the Naval Air Warfare Center Aircraft Division Lakehurst (NAWCAD), part of the U.S. Navy.
This CRADA establishes a formal collaboration to advance next-generation visual sensing and AI/ML technologies designed to enhance readiness across the U.S. Navy’s fleet. By combining Odysight.ai’s proprietary computer vision and machine learning capabilities with NAWCAD’s operational expertise and test infrastructure, this partnership is expected to accelerate validation, optimization, and transition of AI-enabled maintenance solutions into operational environments.
Focusing initially on carrier arresting cables, the technology is designed to support increased operational availability of the world’s most advanced power projection platforms. It can also enable more effective allocation of human capital across the U.S. Navy’s fleet, helping save time, money, and resources. Both parties expect the collaboration to increase fleet availability, reduce unscheduled maintenance events, and improve maintenance planning and accuracy across mission-critical systems.
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“This agreement marks an important step in advancing AI-driven visual sensing in mission-critical defense environments,” said Yehu Ofer, Odysight.ai CEO. “Our collaboration with NAWCAD validates our platform and supports a transition toward condition-based monitoring across U.S. Navy systems. This is the first step, laying the foundation for expansion into fixed and rotary wing aircraft, ground vehicles, and more. We expect this to further strengthen fleet-wide, long-term sustainment capabilities.”
Odysight.ai’s unique platform leverages miniature ruggedized visual sensors installed in hard-to-access, safety-critical locations, enabling continuous internal, high-resolution visual monitoring with real-time AI/ML edge-based analytics to detect anomalies and identify early-stage degradation and performance deviations before failure occurs. This collaboration provides a pathway to refine these capabilities within mission-relevant conditions while demonstrating scalability across broader defense sectors.
This step reinforces Odysight.ai’s position at the forefront of AI-powered visual sensing for mission-critical maintenance and supports its strategy to expand adoption of predictive maintenance technologies within the U.S. defense ecosystem.
SOURCE: GlobeNewswire
