Hypergiant Galactic Systems is a revolutionary orbital systems and constellations enterprise that combines Artificial Intelligence with proprietary hardware and the latest advancements in space access. Focused on evolving international commerce with more accessible and affordable space missions, Hypergiant Galactic Systems identifies, invests in, and acquires celestial technologies that can be integrated with and enhanced by Machine Intelligence.
More than 50 years ago, the first words uttered from the surface of the moon were “Houston, tranquility base here. The Eagle has landed.” Since then, Houston has been known as ‘Space City’, signifying the city’s global importance to space exploration and historical role as a prominent center of activity by the National Aeronautics and Space Administration (NASA). Joining that legacy, Hypergiant Galactic Systems is proud to call Houston their home and be part of Space City’s next chapter to commercialize space and beyond.
We have already established access to space by utilizing the International Space Station (ISS) infrastructure provided through our commercial contract and umbrella agreement with the ISS National Laboratory + CASIS for all ISS resources as part of NASA’s CRS-2 agreement. Hypergiant Galactic Systems is reigniting the new space economy, as we use our technology to reopen space for everyone.
Chief Space Officer of Hypergiant Glactic Systems
Astrotech Space Operations, Center for the Advancement of Science in Space (CASIS), and SEOPS
Chief Technology Officer of Hypergiant Galactic Systems
Satellite, Extraterrestrial Operations and Procedures (SEOPS) leverages existing investments and capabilities through commercial agreements with resources like ISS National Laboratory + CASIS to create new, cost effective solutions for commercial and government clients.
xxxx xxxxxxxxx xxxxx (xxxxx) xxxxxxxx xxxx xxxxxxx x xxxxxxx xxxxxxxxxxxxxx xxxxxxxxxxxx xxxxxxxxxxxxx xxx xxxx xxx xxx xxx xxxx xxx xxxxxxxxx xx xxxxx xx xx xxxxxxxx xxxxxxxx xxxxxxxxx xx xxxxxxxxxxx xxxxxxxx xx xxxxxxx xxxxxx xxxxx xxxx xxx xxxxxxxxxxx xx xxxxxx xxxx xxx xxxxxxx xxxxxxxxx xxxxxxxxx xxxxxx xxxxx xxxxxxx xxxxxxxxx xxxxxxx xxxx xxx xxxxx xxxxx xxxxxxxxxxx xxxxxxx xxx xxxxxxxxxxx xxxxxxxxxxx xxxxxxxxxxxx x xxx xxxxxxx xx xxxx xxx xxxxxxx xx xxxxxxx xxxxxxxxxxx xx xx xxxx xxx xxxxx xxxx xxxx xxxx xxxx xxxxxx
An AI-driven satellite operating system that facilitates autonomous navigation and decision-making. It can also utilize special sensors and cameras on the satellites. This enables capabilities like scanning the space environment to survey and track debris that may pose a threat to Earth or other space missions.
A constellation satellite deployment concept for Lagrangian orbital locations around the solar system. In order for this to take shape, satellites at multiple Lagrangian points need to autonomously locate other nodes around the solar system, in real-time, in order to relay data streams efficiently on the shortest paths to chosen destinations.
A next-generation space helmet prototype which can display details like an astronaut’s vital signs or other information about a mission. Its purpose is to improve safety by putting more information at astronauts’ fingertips and cutting down on how much they have to maneuver in the spacesuit.
Traditional technologies can only see what they see. Our technology is leveraging multiple frequencies of non-visible spectrums to produce images based upon the reflectance of energy from the surface revealing information hidden below visible spectrum. Coupled with our custom image recognition systems and contemporary information architectures & data stores, we have the ability to classify information as it comes in.