A ground-based integration environment built around a flight-like PayloadCore — same interfaces, onboard processing, and software suite the payload will use on orbit. Power, data, and comms interfaces are validated against ICD specs before hardware ships. Commands, telemetry, and data handling run exactly as they will on orbit. Payload integration becomes a continuous process from program kickoff, not a bottleneck at the end.
Mission Enablers
The Capabilities That Define the Mission.
Every Condor platform is built for a mission. Mission Enablers — optical payloads, on-orbit compute, SDRs, security, and high-throughput data transport — are available for rapid integration with the spacecraft platform, ground segment, and each other.
Integration
PayloadDev
Flight-like integration, months before hardware delivery.
Validated on the ground. Ready for orbit.
EO/IR
QuickBeam
A precision imaging system that never stops scanning.
Multiband EO/IR instrument family: visible and cryo-cooled infrared cameras with a precision scan-mirror assembly that images across the ground track without slewing the spacecraft. Built for the FireSat program, QuickBeam detects fires as small as a swimming pool from orbit. Six channels (Red, NIR, SWIR, MWIR1, MWIR1a, LWIR) across 1,500 km swaths enable broad-area thermal characterization and target discrimination.
From wildfire tracking to climate and national security.
RF Sensing
RadioCore-S
A powerful platform, reconfigurable for any RF sensing mission.
Software-defined RF sensing built on the same RadioCore platform. Digitizes multiple wideband channels simultaneously, reconfigurable in software for different frequencies, bandwidths, and waveforms. A compact three-board radio that turns the Condor constellation into a reprogrammable RF sensing network.
Sense, detect, geolocate. No hardware redesign required.
Edge Compute
AICore
Detect, classify, and act without waiting for ground processing.
CPUs, GPUs, and VPUs running AI/ML workloads directly onboard. Detect, classify, fuse multi-sensor data, prioritize before downlink, and autonomously cue other systems. A modular product with a developer toolkit for building and deploying on-orbit applications running on the same PayloadCore compute environment.
Built for missions where latency is not an option.
Security
SecureCore
Architecture with enhanced security requirements.
Muon's spacecraft architecture supports missions with enhanced security requirements, with hardware and software features designed for government and defense applications.
