Theia Group, Incorporated Information

© 2020 Theia Group Inc. All Rights Reserved As populations grow and more people emerge from subsistence-living conditions to become consumers, the physical industries and activities that underpin civilized life must become dramatically more efficient. Understanding real-world events and managing real-life activities in real-time is more important than ever. THEIA and its aerospace partners are building the worlds first satellite constellation designed specifically to digitize the entire earth continuously, in visible and non-visible wavelengths, with the resolution and quality necessary to fuel Decision-Grade® analytics for physical world activities and businesses, including the major physical industries that underpin nation-state economies. The online world today contains about 50 billion pages of information that humans decided to put on computers and connect to the internet network search engines can search those 50 billion pages for about 20 million words, comprising all of the words in all of the languages of the world. But the offline world - the real world - contains over 2 quadrillion half-meter square physical pages just covering the surface of the earth. These physical pages have over a googol combinations of activities, elements, and processes that are happening in them and on them, continuously. Much as internet search engines led the way for indexing and categorizing the online world for everyones benefit, with the TSN THEIA is leading the way to being able to search and model the real world, to help beneficially improve the outcome and efficiency of the daily physical industries and activities we all depend upon. The first deployment of the TSN consists of 112 satellites that capture visible, non-visible, and radar remote sensing imagery and data over the whole earth at once, at ground resolutions as small as 25 centimeters. Unlike traditional tasking satellites, the TSN operates in Total-Capture® mode, acquiring data over the whole earth at a rate faster than the underlying activity rate of ...