Odysight.ai Inc., a leader in AI-powered visual sensing and Predictive Maintenance (PdM) technologies, today announced that its next generation of high-temperature sustainable optical sensors has successfully passed a series of demanding trials with a major Southeast Asian Aerospace OEM.

During the evaluation, the sensor-based solution delivered high-resolution imagery of a critical component, fully immersed in oil, a notoriously challenging environment for optical inspection systems. The sensors also maintained survivability at temperatures exceeding 100°C and stable performance at temperatures exceeding 70°C marking a major advancement in a very harsh-environment visual monitoring for complex mechanical systems.

The tests validated the ability of Odysight.ai’s miniature optical sensors and algorithms to operate near flawlessly inside sealed, oil splash areas and oil-filled mechanical assemblies, delivering precise visual data despite thermal stress, fluid dynamics, and limited visibility conditions.

These capabilities significantly expand the applicability of Odysight.ai’s patent protected technology to high-power industrial machinery, aerospace actuation systems, energy platforms, and rotary-wing environments—all of which rely on critical components that often operate under high heat and continuous lubrication.

Yehu Ofer, CEO of Odysight.ai, commented: “Achieving such high-quality visual performance inside an oil-drenched, high-temperature environment represents a major engineering validation. It opens entirely new categories of mechanical systems that can now benefit from real-time visual monitoring and AI-driven predictive maintenance. We are proud to see our next-generation sensors and algorithms validated by a leading OEM in such challenging conditions.”

This breakthrough continues Odysight.ai’s momentum in advancing its dual use sensing and analytics capabilities, complementing projects across aerospace, heavy industry, defense, and transportation. By enabling visual insights from environments previously considered inaccessible, the technology paves the way for safer, smarter, and more efficient maintenance workflows across mission-critical sectors.