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Full-stack VLEO satellite missions
Albedo builds and operates satellites in Very Low Earth Orbit (VLEO) — a new orbital layer much closer to Earth than traditional satellites in LEO. Flying lower unlocks sharper imagery, faster communications, and real-time maneuverability with smaller, more efficient hardware. VLEO is naturally self-cleaning and resilient, offering a sustainable alternative to crowded low Earth orbit - providing diversification and redundancy for critical systems that we rely on in higher orbits. With the only flight proven VLEO system on the market, Albedo is creating a new orbital infrastructure designed for speed, precision, and resilience.
Albedo offers full-stack VLEO satellite missions, emphasizing very low Earth orbit platforms with proximity advantages. They promote integrated satellites, turnkey missions, and payload flexibility aimed at high-performance imaging, sensing, and communications in VLEO.
Albedo provides buses, integrated satellites, and turnkey missions optimized for performance below 400 km. Their platform supports diverse mission types and payloads with full-stack services for payload integration, launch, and mission operations. Key capabilities include low-drag, atomic-oxygen-mitigated designs, autonomous station-keeping, CMG-enabled agility, high-resolution imaging and RF/EO-IR sensing, low-latency direct-to-device connectivity, and proximity-driven performance gains (R⁴-class sensing, R² link efficiency). They target rapid, cost-efficient deployment in VLEO with resilience, debris self-cleaning, and assured reconstitution across missions such as imaging, active sensing, missile defense, and space-domain awareness.
Who it’s for: Organizations seeking high-performance, proximity-enabled space missions in VLEO, including government/defense agencies and large space programs requiring imaging, sensing, and space domain awareness capabilities.
Hiring/traction mentions evident through team bios and advisory board; notable partnerships/contracts with government/DoD and aerospace figures imply active traction.
Previous to being CEO of Albedo, Topher was a systems engineer at Lockheed Martin working on top secret remote sensing satellites. Topher led teams involved in the optical design and imaging architecture across multiple $B+ government programs. He holds a B.S. in Mechanical Engineering from UT Austin and an M.S. in Electrical Engineering from Johns Hopkins.
CTO at Albedo. Previous to Albedo, AyJay was a System Architect at Lockheed Martin, developing satellite constellations, satellite designs from concept to launch and in-orbit ops, and iterated on various in-depth performance analysis. AyJat worked with high performing small sats and exquisite large $B+ satellites for the government. He holds a B.S. in Mechanical Engineering from Colorado School of Mines and M.S. in Mechatronics from DU
We make satellites to image everywhere on Earth, every 15 minutes
We visually monitor space objects for governments and defense
