Anywaves Luxembourg

ColAIS (Colombus AIS) brought space-based AIS detection to the International Space Station, demonstrating large-scale maritime signal analysis from orbit. Installed on the Columbus module, the payload provided valuable insights into VHF signal propagation and collision behaviour. EmTroniX developed ISS-qualified electronics and signal processing capabilities, ensuring safe, high-performance operation in a human-rated environment.

VesselSat-1 and VesselSat-2 are pioneering nanosatellites that marked the transition from experimental to fully operational space-based AIS maritime tracking. Developed for Orbcomm, they enabled continuous global vessel monitoring with unprecedented reliability. EmTroniX provided the core AIS payload and onboard electronics, delivering high-sensitivity signal reception capable of handling dense maritime traffic and enabling real-time global ship tracking.

The 4M mission (or Manfred Memorial Moon Mission) was a landmark private deep-space mission, achieving a lunar flyby and demonstrating long-distance communication from beyond Earth orbit. EmTroniX served as the electronic architect, delivering the radio payload, onboard computing, and power management systems that enabled reliable communication over distances of up to 400,000 km.

GHOST is an innovative system enabling real-time monitoring of satellite transponders without interrupting operational services. By using advanced spread spectrum techniques, it provides continuous insight into payload performance. EmTroniX developed the FPGA-based MODEM and signal processing electronics, enabling precise diagnostics even below the noise floor.

Kleos delivers space-based RF geolocation capabilities, enabling detection and positioning of radio frequency emitters across large areas. By analysing signals from orbit, the system provides valuable intelligence for maritime security and defense applications. EmTroniX developed the multi-channel RF front-end and control electronics, ensuring precise signal acquisition and synchronization required for accurate geolocation.

Triton-X is a high-performance microsatellite platform designed to support demanding missions in Earth observation, telecommunications, and security. Built for scalability and efficiency, it enables high data throughput within compact architectures. EmTroniX contributed key avionics systems, including onboard computing and high-speed communication subsystems, enabling reliable data processing and transmission for advanced satellite missions.