ALL.SPACE designs multi-band antenna systems and terminals that maintain simultaneous connectivity across GEO, MEO, and LEO satellite orbits. The tech stack is hardware-heavy—Xilinx FPGA tooling (Vivado, Vitis), VHDL/Verilog, RF simulation (HFSS, Keysight ADS), and embedded Linux—reflecting deep signal-processing and antenna-design expertise. Active projects center on phased-array RF/digital co-design, PCB-level SerDes validation, and FCC certification, while hiring remains engineering-concentrated (8 of 10 open roles) with a senior-heavy seniority mix, suggesting focus on design maturity and productization over headcount scaling.
ALL.SPACE manufactures resilient multi-orbit communication terminals for defense, maritime, and tactical operations. The core product—the Hydra Terminal Range—integrates flat-panel antenna technology with wideband multi-link switching to handle simultaneous satellite access and service interruption. The company addresses mission-critical use cases where connectivity loss or service degradation is operationally unacceptable. Current work focuses on terminal productization for defense operator portfolios, U.S. market entry (including FCC licensing and federal acquisition compliance), and go-to-market partnerships. Based in Reading, Berkshire, the organization operates across the UK and US.
Flat-panel multi-band antenna design for simultaneous GEO/MEO/LEO satellite reception. Specialties include next-generation antenna design, phased-array RF/digital co-design, and high-speed PCB integration.
FPGA-centric (Xilinx Ultrascale+, Vivado, Vitis), hardware description (VHDL, Verilog), RF simulation (HFSS, Keysight ADS), embedded Linux, C++, and MATLAB for signal processing and antenna modeling.
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