The rapid rise of ultra-large virtual chemical libraries enlarges the easily accessible chemical space massively. This, in turn, allows the design of fragment libraries not only with diversity in mind but with a "sociability-first" approach. Even by using only a fraction of the larger REAL Space, there is a multitude of fragments that show full sociability. While maintaining a high degree of diversity, we constructed a library of fragments that can be grown in virtually all directions with small and large substituents alike and can have their scaffolds easily modified. This allows for almost immediate follow-up to any interesting screening hits, thus shortening the hit-to-lead time massively. Fragments only substituted in one position allow for quick firstshell SAR and improvement of the efficiency of the fragment itself, whereas the larger and more complex compounds for growing in the desired directions and improvement of physicochemical parameters. Additionally, the properties of the library are well inside the desired ranges, minimising constraints during development.