The Deep Space Surveillance Constellation (codename System 8, originally Project 769) is a covert federal system in Vekllei that monitors activity across the solar system through a network of sensors and telescopes out of fast orbit, headquartered at Commonwealth Station Providence in the asteroid belt. Operated jointly by the ASRE’s Department of Manned Spaceflight and the DSRE’s Defence Surveillance Laboratories, the constellation tracks satellites, spacecraft, debris and, increasingly, the operations of other nations as space becomes colonised.
As technology has advanced, space is no longer just the domain of reconnaissance satellites and communications relays. The Commonwealth now maintains a community on Mars, a research station on Venus and a city (called Artemis) on the Moon. Other nations are also expanding their presence throughout the inner solar system, and so understanding this activity has become of national interest. The distances involved require sensors positioned well beyond the satellites in Earth’s orbit, where it is known as the Deep Space Surveillance Constellation.
The system is centralised around Station Providence, a deep space station that serves as the headquarters for the system and a waypoint on the way to Mars. It is crewed by the ASRE’s Deep Space Division, and sits far enough from earth’s orbit to provide useful parallax for tracking objects in the inner solar system. It is close enough to be reached by nuclear rocket within a few weeks.
The station oversees different kinds of surveillance objects in the constellation, including optical telescopes, radio receives and complex infrared arrays that are strategically located along the ecliptic. Their primary role is in tracking spacecraft, but they are versatile instruments of substantial scientific use and so may be used for many purposes. Much of the specifics of the program are classified, but it does conduct unclassified research in support of the ASRE’s deep space exploration programmes, and produce large volumes of photographs for future study.