Augustus Aerospace Company develops SIGINT, communications, radar, and PNT payloads for high-altitude and small satellite platforms, utilizing technologies such as Software Defined Radios and Electronically Steered Arrays. Their solutions provide real-time signal detection and geolocation capabilities, enabling mission success in complex operational environments.
Funding
Funding not disclosed
Founders
Product
Problem
High-altitude and small satellite platforms require specialized payloads for signal intelligence (SIGINT), communications, radar, and positioning, navigation, and timing (PNT) that can operate effectively in demanding environments. Traditional solutions often lack the necessary performance, flexibility, and real-time processing capabilities for mission-critical applications.
Solution
Augustus Aerospace Company provides advanced payload systems and mission processing solutions tailored for high-altitude and small satellite platforms. The company leverages Software Defined Radios (SDRs), Electronically Steerable Arrays (ESAs), and GPU-based co-processors to deliver exceptional performance in signal detection, characterization, and geolocation. Their payloads offer real-time signal processing and employ state-of-the-art airlink standards, achieving efficiencies close to theoretical limits. Augustus Aerospace's solutions enable autonomous and robust signal processing for a growing library of pulsed and continuous emitters.
Target Audience
The primary customers are government and commercial organizations that require high-performance ISR and communication payloads for deployment on high-altitude platforms and small satellite constellations.
Features
- High-performance Software Defined Radio (SDR) technology for flexible embedded systems operating at VHF, UHF, L-band, S-band, and X-band
- Ultrawide band Electronically Steerable Arrays (ESAs) for enhanced beamforming and signal acquisition
- GPU-based co-processors for accelerated on-board mission processing
- Autonomous signal detection, characterization, and geolocation edge processing capabilities
- High Data Rate Transmitters (HDRT) for efficient data downlink
- State-of-the-art airlink standards like DVB-S2, achieving efficiencies within 1.5 dB of Shannon’s theoretical limit
- Advanced precision frequency and time references for ISR payloads used in radar, RF sampling, and geolocation applications