Aliga System

The Aliga System is a major system of the Krask Hegemony and a rare ternary star system comprised of a white dwarf, neutron star, and red dwarf. It has a population of approximately 40 billion individuals, due to the Krask Hegemony's uniquely small and dispersed population. 
== Ekla ==
The secondary of the Aliga System and the brightest member of the primary pair, Ekla is a white-dwarf star that died roughly 630 million years ago. Due to its proximity to Algos, Ekla has no planets (with most of them being ejected upon their first encounter). Ekla was originally a highly massive star, likely F-type during the main sequence, as it originally formed roughly 2 billion years ago.
== Idria ==
Idria is the most massive object in the Aliga System, but it did not give its name to the system as its fifteen kilometer radius and luminosity comparable to a mid-market flashlight make it nearly invisible from other systems unless you're looking for it. Idria also has no planets, the originals being destroyed in its supernova and any replacements being ejected by the formation of the binary it now resides in.
== Aldos ==
Aldos is, ironically, both the least massive and brightest star within the Aliga System. Due to its enormous distance from the pair of dead stars that it orbits, it was originally thought to be untethered entirely, and only long-term observations discovered its orbit. Its two planets are the only large objects within the system.
=== Mant ===
Mant is a superterallan world which manages to orbit beneath the habitable zone of its parent. This combined with the tidal forces produced by its elliptical orbit make it extremely hot and inhospitable, and it is only used by the Hegemony as a mining world. 
=== Romolt ===
Romolt, despite orbiting within the habitable zone, was completely scoured by Aldos' young flare period. As such, it is completely uninhabitable, albeit a terraforming candidate for the Hegemony due to Aldos' current calmer state. It is larger than Mant, which makes terraforming it possibly less profitable due to its higher surface gravity. 
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