Space, Satelite, & PNT
We provide, source, and innovate radar and navigational electronics and cyber security.
Cyber Security
We expand the definition of SatNet cyber beyond signal integrity, to include integrity of use and global ground station security.
Policy and Product Development
Satellite launch or test management, and product development.
Space & Satellite Engineering
US and NATO security depends on visionary advances in air space and satellite controls; and better management of satellite fuel and debris that impact global warming.
Digital Engineering
Helping clients to define, design, and develop hardware and software systems for satellites. Including pioneering new ways to improve satellite signal uplink and downlink (PNT) integrity, and supporting satellite test.
Systems Design & Engineering
Supporting the design and delivery of software applications and integrated systems, through program, requirements, and implementation management.
Gyroscope Destabalization
Helping partners or prime contractors, such as Northrop Grumman, design and strategize gyroscopic stabalizaion and destabalization capabilities for use in PNT and combat support.
US Space & Satellite Systems Engineering
All space and satelite systems rely on PNT signal of some nature; but all PNT is not space and satellite-derived. Our systems engineering and design support has included US military primes, such as Lockheed Martin and its Ft Belvoir, VA innovation labs, and commercial vendors in telecommunications, geo-spatial intelligence or mapping services, or fleet monitoring.
Colorado Springs, CO - US Northcom
GPS Satellite Navigation: Supporting Northcom & NORAD with early warning & intelligence
We continue to be a world thought leader and engineering influencer in the race to lock out US and NATO enemies and terrorists from US, European, and commercial space and satellite (or other) navigational systems used by enemies to attack helpless civilians.
February 2025
North Korea shares short-range missiles with Russia to attack the Ukraine
North Korean intercontinental ballistic missiles (ICBM) fired against Japan and other targets undoubtedly still use GPS, or combined GPS and intertial guidance - such as North Korea's newest self-contained IMS (Inertial Management System).
What is more illusive is whether the short-range North Korean KN-23 and KN-24 ballistic missiles, used by Russia in 2024-2025, are relying on any level of more sophisticated GPS guidance; which they are capable of; or whether they are being used more as point-and-shoot weapons.
