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- Optical (Laser) Communications
The transition from RF (Radio Frequency) to Laser-Based Connectivity represents a
10x leap in bandwidth. Aliens R&D is developing optical terminals capable of gigabitper-second inter-satellite links, enabling a true “High-Speed Space Internet.”
- Sustainable & Efficient Propulsion
To keep orbits clean and sustainable, we focus on high-efficiency propulsion for
station-keeping and debris avoidance.
Iodine-Based Electric Propulsion
By utilizing solid-state iodine instead of high-pressure xenon, we reduce launch mass
and complexity. These systems provide the high-impulse required for deep-space
transit while remaining cost-effective for LEO constellations.
Innovation Goal: Achieving “Zero-Waste Orbitals” where propulsion systems
use recycled propellant or harvested atmospheric ions in Very Low Earth Orbit
(VLEO).
- Quantum Secure Connectivity
With the rise of quantum computing, terrestrial encryption is at risk. Our R&D includes
Quantum Key Distribution (QKD) via satellite, ensuring that strategic
communication links remain unhackable through the laws of physics themselves.
