Continuous power. Extreme environments.
High-energy laser weapons are rapidly becoming a strategic capability for modern defense forces. Future systems are expected to provide cost-effective protection against cruise missiles, hypersonic threats, unmanned aerial systems, and other emerging battlefield challenges.
SATIUS develops enabling technologies that support the scaling of these advanced laser platforms through efficient power conversion and thermal management.
Defense and Directed Energy Systems
Optical communications are transforming global connectivity by delivering significantly higher bandwidth than conventional radio-frequency systems.
Benefits include:
Data transmission rates ranging from gigabits to multi-terabit capacities.
Highly secure, narrow-beam communications resistant to jamming and interception.
Enhanced military, aerospace, satellite, maritime, and deep-space communications.
Applications include:
Satellite-to-satellite communications
Satellite-to-ground optical links
Deep-space communications networks
Secure military communication systems
Laser Communications (Laser-com)
Wireless Power Transmission
Long-distance laser-based power transmission is opening new possibilities for aerospace, defense, and energy applications.
Potential applications include:
Continuous power delivery to airborne platforms and drones
Space-based solar power architectures
Remote energy distribution systems
Persistent operation of autonomous systems without onboard fuel or large battery systems