Concordant Cosmological Mission

The Concordant Cosmological Mission (CCM; : Konkordant Kosmologyske Missy, KKM; : 남북우주론위임; : Misión Cosmológica Concordante, MCC; : Συμφωνική Κοσμολογική Aποστολή) is an of 8 member states with the objective of expanding the world's  and achieving military primacy in space for the North-South Concordant. Established in 2004 three years after the founding of the Concordant, the CCM is headquartered in Ambrosia, Tiperyn and carries out the majority of its missions from Agrana y Griegro's islandic territory of San Luis in Western Kesh due to its proximity to the equator. The CCM is the successor organization to the North-South Cosmological Organization (NSCO) founded bilaterally by Tiperyn and Koryeo in 1962 as a competitor to the Artemian Space Agency.

The CCM was constituted to pool the resources of all of the Concordant's member states, allow less wealthy members access to space, and act as a intermediary between Concordant space agencies and non-member state partners. The activities of the CCM have been broad, ranging from the regular launching of telecommunications satellites to the maintenance of a space station in low Anterra orbit (LAO) and unmanned missions to Selene and Eos. While the CCM's space station and its missions to Anterra's moons were continuations of initiatives began by Tiperyn and Koryeo space agencies, the CCM is planning for its first manned mission to Arete involving all its members by 2025.

Although a rival organization, the CCM engages in a number of joint projects with the Artemian Space Agency. The most notable of these projects include the mapping of artificial satellites and in Anterra's orbit and occasional joint missions aboard the CCM's space station.

Anterra observation satellites
Geoeye but not

Paracas Radio Observatory
The North-South Cosmological Organization was a major partner in the funding and construction of the Paracas Radio Observatory on St. Andrew's Island in SiWallqanqa during the early- to mid-1960s. Currently, the CCM is a major operating partner of the Paracas observatory, alongside the Tiperyn Realm Academy of the Sciences and SiWallqanqan University of Astronomical Sciences. The observatory's location is considered ideal due to being out of the way of major population centers that can cause. The organization uses the facility primarily to study celestial objects and the atmospheric sciences. The Concordant considers SiWallqanqa as a non-member partner largely due to its cooperation on the Paracas observatory.

TaMART radio telescope array
The construction of the Taskaqi-Denevso Massive Array Radiographical Telescope (TaMART) in Thuyiquakliq was funded primarily by the CCM directly in exchange for minority ownership of the array and partially by a CCM grant to Thuyi research institutions. TaMART studies, using the surrounding ice sheet to reflect and receive signals and information from near-planetary targets and extrasolar data. The facility consists of a sub-surface particle detection array, with a 10-meter diameter, 300 lens multi-wave projection telescope.

The CCM is a major beneficiary of the array and its facilities are open to use by over three dozen partner Concordant universities and national space agencies. Some consider the Taskaqi-Denevso array to be an example of the North-South Concordant using the CCM as a geopolitical tool by pulling the neutral and isolationist Thuyiquakliq into its orbit via high-profile investment.

Haesamlyu
Haesamlyu 3 is an outgrowth of a Koryese space and ground based system aimed at providing high accuracy navigation upon the Anterran surface. Currently it consists of a constellation of 30 satellites located in a middle circular of 19,100m altitude at a 65 degree inclination. To get a position fix requires at least 4 satellites being in range, though ground based stations may also be used in tandem to allow for even more accurate position fixing. This is especially common at major Concordant airports allowing for  approaches. The Haesamlyu system has an accuracy of between 2.5 and 7.5 meters using satellite data only.

The Haesamlyu 1 system consisted of only 4 satellites and a single ground station and was used from the 1970s for local navigation and research. The current (generation 3) system is a system. It is available for both civil and military use, and is by the notional agency on behalf of the Concordant Cosmological Mission.

Ballistic Missile Detection System
The Ballistic Missile Detection System (BMDS) is a planned early warning satellite system under the auspices of the CCM and North-South Concordant member state defense agencies. The system will be fully operational in 2020 and will consist of 8 satellites that can detect ballistic missile launches from space. The program is aimed at deterring nuclear powers within the League of Free Nations, as well as complementing ground-based early warning radar stations in Tiperyn, Koryeo, and Veikaia. North-South Concordant officials have stated that BMDS will augment the missile defense systems of its member states, feeding data to early warning stations and ballistic missile interceptor launch sites. The BMDS program is the first of its kind for the Concordant. The only other member states to have operated similar, but smaller-scale systems had been Koryeo and Tiperyn beginning in the late 1980s.

Three satellites have been launched as of 2018, with the remaining five scheduled to be orbited by January 2020. Mission control for the system will be located in the Izerhert Mountain Range in central Tiperyn, but its data will be available to all member states in real-time.