All verified mentions of this organization in source documents.
Satellite trackers at AGI and ExoAnalytic Solutions observed VeneSat-1 tumbling above the geostationary arc on 2020-03-13.
Telescopic observations from ExoAnalytic Solutions and AGI indicated VeneSat-1 was stuck for 10 days in an elliptical orbit above the geostationary arc.
ExoAnalytic and AGI observations show VeneSat-1 tumbling in an elliptical orbit with a perigee about 50 km above the geosynchronous arc and an apogee roughly 36,300 km.
T.S. Kelso, senior research astrodynamicist at Analytical Graphics Inc., observed that orbital data for Cosmos-2542 is available from the U.S. Space Force 18th Space Control Squadron while comparable orbital data for USA 245 is not publicly provided by the U.S. government and is being supplied by amateur observers.
Travis Langster is a business development executive at AGI and highlighted the importance of space situational awareness amid growing concerns over space congestion and debris.
AGI uses the radar-equipped telescope to sweep across the GEO arc visible from the Algonquin observatory every two weeks to build up data.
AGI developed a C-band transmitter for use on the Algonquin 46-meter telescope, turning the telescope into a radar with greater gain than alternative systems.
AGI has integrated the radar capability to augment optical telescopes used to track satellites in GEO as part of its Commercial Space Operations Center (ComSpOC) space situational awareness service.
Analytical Graphics Inc. (AGI) and Thoth Technology established a commercial radar system capable of tracking objects in geostationary orbit and beyond on 2018-05-23.