The commercial arm of dominion-scale research. GalatiCorp converts frontier science into deployable platforms — an AI-and-BI intelligence engine, orbital industry, and multi-domain mobility — built for defense, commercial, industrial, and emerging consumer markets.
One pane of glass over an entire enterprise. GBOP fuses live business intelligence with our proprietary AI engine — finance, inventory, vendors, logistics, customs, and markets streaming in real time, with the AI reading across every channel to surface what matters. Below is a working prototype of the operator console.
Two programs carry GalatiCorp into the highest-value frontiers — orbit and multi-domain mobility — each engineered from the same technology base and aimed across defense, commercial, industrial, and eventual consumer markets.
A fleet of recovery and repair robots captures orbital debris; an evaluation station sorts it; reprocessing turns wreckage into feedstock. From there the facility manufactures finished goods — supplying other operators with materials, running on-orbit R&D, and standing ready as a retail outlet once people live and work in space. Asteroid resource operations extend the same model to crystalline bodies beyond Earth orbit.
A reinforced titanium-hull vessel that flies in atmosphere, submerges and operates underwater, and transitions to orbit — seamlessly. It draws on hydrogen and hybrid propulsion, ion and magnetohydrodynamic drives for silent travel, retractable lifting surfaces, and ablative thermal protection for re-entry. The commercial lens: a single platform that collapses three vehicle classes into one.
Beyond the debris-recovery fleets, GalatiCorp develops human-form robotics — dexterous, perceptive units built to operate where people do, on the station and in the field.
One stack of core technologies feeds the platform and both flagship programs. On this page each is read through its market lens; the HAE companion page treats the same foundation as pure science.
Capture, reprocessing, and in-space production turning debris into feedstock and finished goods.
Autonomous robot fleets for capture, repair, and an evaluation station that sorts recovered mass.
Extending recovery beyond orbit to crystalline bodies and extraterrestrial extraction.
Ion thrusters, electromagnetic and magnetohydrodynamic drives — captured under electromagnetic vs. clean-space approaches.
In-house AI software, a dedicated AI chip, and the energy/electromagnetism work powering GBOP and autonomous systems.
Polyfibre hull structures, robotic actuators, and high-tolerance materials for multi-domain operation.
Live headlines from the space, technology, and industry outlets our programs build on — and the latest from the channels documenting the frontier.