Spanish Company Integrasys Accelerates its U.S. Developments to Secure Satellite Communications Amid Rising Middle East Tensions

Integrasys, a Spanish company specialized in satellite communications and networking, will present six new technologies at SATShow Week 2026 in Washington, developed to address one of the major challenges in today’s strategic context: protecting, securing, and optimizing critical communications in increasingly demanding environments. The fair, one of the main global meeting points for the satellite, space, government, and defense ecosystem, will take place from March 23 to 26 in the U.S. capital.

The company has invested €3 million in developing these solutions, aiming to strengthen its position in a market particularly sensitive to the need for rapidly deployable, operationally useful capabilities.

Integrasys has developed these six technologies specifically for this event to meet the strong demand from the U.S. Department of Defense and leading industry companies, driven by the conflict in the Middle East and the high demand for critical satellite capabilities.

Among the new solutions is GeoSig, designed for ISR constellation design and real-time signal geolocation simulation. This capability is especially relevant in scenarios where it is crucial to know where a signal originates, how it behaves, and what coverage a constellation can provide before deployment.

Optilink allows optimization of optical links between satellites and terminals under different operational conditions, particularly useful for maintaining high-capacity, low-latency communications even in complex environments.

Other technologies include Beam Former, which directs signals to the receiver to increase gain and reduce interference, even in jamming contexts; NAVSHIELD GNSS, designed to protect positioning systems from interference and jamming while preserving navigation accuracy; and VeryFiling PNT, which automates compatibility studies and facilitates web-based management of PNT licenses for satellite constellations in compliance with international regulations.

The sixth technology, Mission Track, is designed to monitor spacecraft trajectories in Earth orbit, lunar orbit, and deep space. Integrasys will use it to track the Artemis 2 mission, scheduled for launch on April 1, which will take humans to the Moon for the first time in over 50 years. Integrasys is the only Spanish company selected by NASA for this tracking.

Some of these technologies have been nominated for awards to be presented during the event. Specifically, Integrasys is a finalist in the Teleport Technology of the Year category at awards organized by the World Teleport Association (WTA).

Strengthening relationships

Integrasys’ presence in Washington is also part of a longstanding relationship with the U.S. market, where it has operated for 16 years, now representing 33% of the group’s annual revenue.

During this time, it has established itself as a trusted technological partner across various sectors, collaborating with all units of the U.S. Department of Defense, including Space Force and U.S. Space Command, as well as Combatant Commands (CoComs). It also maintains strategic alliances with leading defense companies such as L3 Harris Technologies, Networking Innovations, and Hughes Network Systems.

In this context, Integrasys has reaffirmed its commitment to its U.S. clients, stating it will continue working closely with them despite government tensions. The company emphasizes that its technical and contractual cooperation with U.S. partners is based on mutual trust and the strategic importance of its technologies for security and competitiveness in the space sector.

Integrasys’ participation in SATShow Week 2026 will also include a presentation by its CEO, Álvaro Sánchez, in the official event program.

For Álvaro Sánchez, CEO of Integrasys, “These technologies reflect a way of working based on innovation, agility, and adaptability to an environment that demands increasingly fast, resilient, and precise responses. Today, it is not enough to communicate: a critical signal must reach its destination, withstand interference, and be defendable.”