Our Technology
Engineering Global Connectivity
Our SmartFusion platform is built around scalable phased-array antenna technologies. Engineered for dual-band Ku/Ka operation and full interoperability across LEO, MEO, and GEO satellites and terrestrial networks.
Forming part of the hardware layer that enables next-generation global connectivity.
We use electronically steered beamforming to acquire, track, and manage multiple satellite signals in software, maintaining stable connectivity as satellites and receivers move.
The platform supports simultaneous transmit and receive through standards-compliant FDD and TDD duplexing, delivering consistent, high-throughput performance in both mobile and fixed operations.
At the hardware level, SmartFusion integrates GaAs RF front-ends, beamforming ICs, and control logic within a single Antenna-in-Package (AiP) module.
This high-density design shortens signal paths, reduces component count, and improves reliability while maintaining thermal stability and production yield.
A simplified six-layer PCB reduces material complexity and power consumption by up to forty percent, providing a robust, high-efficiency base for OEM-scale manufacturing.
Our products align with 3GPP Release-19 NTN specifications, including work item RP-241690 for Ku-band operation.
GNSS synchronisation, Doppler correction, and timing-advance functions maintain precision in mobile environments.
The system meets CE and RED compliance standards and is designed for aviation certification, ensuring readiness across terrestrial, airborne, and maritime domains.
SmartFusion can be deployed as either an embedded component or a stand-alone terminal, depending on system requirements.
In embedded applications, the compact AiP design integrates directly into vehicle glazing, aircraft fuselages, maritime housings, and industrial enclosures — delivering high reliability with minimal aerodynamic or structural impact.
In stand-alone configurations, the same technology operates as a compact terminal, providing two-way Ku/Ka connectivity with electronic beam control and remote management.
It can support the same industrial-grade performance requirements or simply connect personal devices.