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Full-stack integrated communications payloads that combine active phased array antennas, RF front ends, analog and digital beamforming networks, software-defined radios, onboard processing, waveforms, and channelizers into a single architecture.
Electronically steered apertures form, steer, and reshape beams without moving parts, enabling rapid acquisition, high link availability, and precise coverage across users, gateways, or mission areas. True active phased array technology also provides built-in null steering, anti-jam, and spoof-resistant capabilities as part of the architecture.
Host complex mission applications on a scalable multicore processing platform. Supporting multiple missions, AI/ML workloads, sensor processing, and evolving applications from a common hardware platform.
Accelerate waveform, channelization, DSP, AI, and custom data pipelines with adaptable FPGA hardware.
Capacity can shift in real time toward users, gateways, or demand hotspots as network conditions change.
Beam plans, waveforms, and routing can be updated after launch to extend mission flexibility.
Operators can create, steer, and reshape coverage areas without physical payload changes.
Simultaneous beams support separate links, services, or regions from the same payload.