Ensuring continuous

satellite communication on the move

Organizations – large and small – in industries such as emergency services, disaster relief and the military are often called upon to swiftly respond to crisis situations. The exchange of data and information is critical to making timely decisions that can drive successful outcomes for any situation or operation.

The ability to have uninterrupted satellite communications while on the move leads to greater effectiveness in decision-making. Reliable broadband communications even in remote locations and harsh environments unserved by terrestrial networks matter most when success is at stake.

Our mission is to support your critical communications, by enabling seamless connection between the people that matter, at moments that matter, wherever that may be.

All about connectivity at

crucial moments

Satellite communications are increasingly vital to remain in constant connection during critical situations and work from any remote location. The performance of how well ground station antennas can aim at a particular satellite while stationary, or track a satellite while on the move, is key to success.

Solutions for every communication need

anytime and anywhere.

We create optimal solutions for regular and mission-critical communications through our range of applications, even in locations where terrestrial networks cannot serve you.

Creideas’ Satellite Communications On The Move (SOTM) antennas are therefore designed for connectivity. This enables a continuous transmission of real-time information for critical decision-making, thus ensuring the success of the mission.

The power of

innovation in
connectivity

Creideas’ SOTM antennas leverage on lens-enhanced phased array technologies to offer uninterrupted and reliable broadband communications anytime and anywhere.

Our systems are Size, Weight and Power, plus Cost (SWaP-C) optimized, low-profile and can be deployed on air, land and sea in any environmental conditions that enable the source to maintain continuous connectivity with remote vehicles.

They can be readily deployed onto land vehicles or unmanned aerial vehicles (UAVs) while offering convenient plug-and-play usage.

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