top of page
  • Satellite Evolution Group

Orbit elevates its mission critical systems with advanced AI

Orbit Communications Systems tracking ground station solutions and mission-critical airborne audio management systems, is proud to announce a major technological advancement by implementing AI capabilities in its entire portfolio of SATCOM systems for land, air and sea. 

The AI constantly monitors and analyzes the systems’ performance, giving an alert for a malfunction that starts to form, even at a very early stage, so that the customer can arrive on time, even for a system located in a very remote area, perform preventive maintenance and repair, while connectivity continues without any interruption. Potential issues are detected long before they become critical, thus providing the utmost reliability, always ensuring peak performance and connectivity, without the need for major maintenance or significant downtime.

The AI capability can be implemented in Orbit’s entire portfolio – the Multi-Purpose SATCOM terminal for air platforms and small vessels, the OceanTRx family of SATCOM terminals for naval platforms and the GAIA family of Earth Observation Systems. 

Daniel Eshchar, CEO of Orbit, expressed his pride in providing innovative solutions that meet the evolving market demands. "High-speed continuous communication has become a demand in both the military and the commercial markets. We are not just integrating AI into our systems; we are redefining the essence of connectivity across air, land, and sea. Our clients, whether in remote areas or deep in the sea, now have the assurance of a system that not only predicts issues before they arise but adapts to ensure uninterrupted service. This leap in technology is a testament to our commitment to provide to most trustworthy and advanced systems for our clients. This level of proactive maintenance is revolutionary in the field of satellite communications, setting a new standard for reliability and customer satisfaction”.

For more information visit:


bottom of page