THE GALILEO EDGE

Task. Collect. Deliver Intelligence in Real Time

THE PROBLEM

Today’s satellites are too far, too slow, too fragmented

Sensing from 500+ km forces heavier optics and bigger hardware. More distance = more cost, less fidelity, slower delivery

Too expensive to build

Higher orbit demands heavier optics and larger buses — ballooning satellite cost and launch mass.

Intelligence is fragmented

No single satellite fuses EO and RF. Data is sold separately by different vendors, manually correlated by analysts.

Delivery is too slow

Data is sold separately by different vendors, manually correlated by analysts. Best-in-class pipelines take 40+ hours. Warfighters need actionable intelligence in minutes.

OUR SOLUTION

Get closer. Fuse the sensors. Deliver faster.

A smaller, cheaper VLEO satellite at 200-350 km with dual propulsion, EO + RF sensors fused into one ISR product.
Kazi (CEO)

Lead systems engineer on classified U.S. satellite programs at Booz Allen, Lockheed Martin & Northrop Grumman

Dr. Goebel

World-renowned propulsion expert & VLEO drag mitigation specialist

Dr. Engelmann

Spacecraft GNC/ADCS specialist, solves VLEO stability and precision pointing

Tadeh (CTO)

SpaceX Starship avionics & RF specialist — builds the fused EO + RF payload

Jose (CPO)

Google ML and computer vision engineer: delivers analytics-ready fused EO+RF data

Kazi (CEO)

Multi-payload design expertise across classified programs

Tadeh (CTO)

Owns TTC hardware; leads low-latency
communication system from VLEO

Jose (CPO)

Builds the API infrastructure for fast, analytics ready data delivery

Satellite Imagery