Enabling
Mobility

Latest News

Global Invacom and SatWave Arrays Inc. Sign MoU

Global Invacom Group Limited (“GIGL”) through its wholly-owned subsidiary, Global Invacom Limited (“Global Invacom”) and Satwave Arrays Inc., a specialist in flat panel phased array satellite antennas, have signed a Memorandum of Understanding to enable the commercial production of a multi-orbit Flat Panel Antenna (FPA) for Ka/Ku-band (“MoU”). Through the MoU, Global Invacom intends to bring to the market an innovative FPA which will be motorised, and will feature pan and tilt capability, enabling it to seamlessly switch between LEO, MEO and GEO orbits without signal loss, for enhanced operating flexibility and availability. The MoU establishes a partnership under which Global Invacom and Satwave Arrays will jointly collaborate, integrating their technology to produce the next generation terminal. The resulting antenna will be compact, lightweight, and designed to withstand being in constant motion. It will also be ruggedized to meet the demands of defence and commercial applications where reliability and performance must be maintained even in the most challenging conditions. Bob Potter, Chief Technology Officer at Global Invacom said: “Satellite users today, particularly in the defence sector but also in certain commercial applications, need the flexibility, resilience and security of being able to switch between orbits. While FPAs already on the market have enabled switching between LEO and MEO, moving from LEO to GEO without loss of signal strength has remained a challenge. With its groundbreaking motorised pan and tilt capability, this new FPA, which is the result of an exciting partnership between Global Invacom and Satwave Arrays, will solve that challenge, enabling it to seamlessly switch between LEO, MEO, and GEO orbits, without any signal degradation.” Jimmy Strates, CTO, Satwave Arrays, added: “At Satwave Arrays, we’re committed to designing flat panel phased array satellite antennas that are built for performance and reliability, and engineered for to maintain robust connectivity under dynamic movement and challenging terrains. Through this partnership, we are marrying Global Invacom’s technology together with ours for a truly innovative next-gen FPA.” Global Invacom team is introducing the new FPA at the SatShow Week 2026 in Washington D. C., United States of America. The MoU is not expected to have any material impact on the consolidated net tangible assets per share and earnings per share of the Group for the financial year ending 31 December 2026.

Read More
Product
Our Team
Ku
Ka
Car
Testing & Validation
Office work
office

Satwave Arrays is a satellite antenna company based in the city of Atlanta, USA. We design, develop, and deliver active electronically steered phased array antennas for satellite communications. We are building reliable, robust, and high-quality phased-array systems that support mobility and fixed connectivity across LEO, MEO, and GEO.

We have built and validated multiple prototype antennas and performed extensive measurements, tests and analysis yielding results that demonstrate strong performance. Currently, we are designing them primarily for Ku and Ka bands but will expand to other bands as markets evolve.

Satwave's focus is on military and government applications as well as commercial markets. We started operations in mid-2023 and have a talented team of engineers and experienced satellite industry veterans.

Satwave Arrays: Engineering the Future of Connectivity

Our Core Focus

  • Design and development of advanced Active Electronically Steered Array (AESA) antennas for satellite communications.
  • Ku-band and Ka-band systems for multi-orbit operation (LEO, MEO, GEO).
  • Emphasis on custom, mission-specific antenna architectures rather than off-the-shelf solutions.
  • Primary markets include defense, aerospace, maritime, and ruggedized mobility platforms.

In an era where global communication demands agility, Satwave Arrays has positioned itself at the vanguard of phased array flat panel satellite antenna technology.

Contact Us