Ensuring high quality satellite communication
SkyMon is the satellite carrier monitoring and interference localization solution that lets you identify interference and manage carriers in one comprehensive system while minimizing your investments. Its modular architecture can be customized to integrate with your existing infrastructure.
The advent and rise of data-hungry media like HDTV, mobile services and satellite radio have made satellite links indispensable for global communications. Subsequently, revenues of the satellite industry are expected to rise significantly over the coming years. However, the amount of interferences and anomalies that negatively affect data transmissions will increase even more as a direct side-effect of the growing number of satellites crowding the Earth’s orbit. In order to have enough time to take counteractive measures, the best solution is to identify and localize these interferences before any serious problems arise and subscribers start to take notice.
This is a very serious issue – satellite operators may not be able to deliver the required level of service quality, leading to high contract penalties and, ultimately, to increased churn rates.
With SkyMon, you can both identify and localize satellite interferences in one single solution and on one intuitive graphical user interface (GUI) in order to take counteractive measures immediately. The satellite monitoring system is a sophisticated automated radio frequency traffic monitoring system that gives you all the necessary tools to continually monitor the links between your satellites and your ground stations from one central hub, obviating the need for investments at your various locations around the globe.
SkyMon includes a fully integrated comprehensive geolocation system that lets you precisely localize any type of detected interference, so that you don`t have to waste precious time transferring data to external localization applications and are able to start a coordinated reaction right away.
Product Line and Sales Manager