The InChI is non-proprietary and open source. Hence, it has been adopted in many chemical information resources and software programs. By design, anyone can compute the InChI code for a chemical compound, either by downloading the freely available InChI software, by working with an appropriate structure drawing tool, or by using web resources such as the PubChem Sketcher or the free InChI web demo. Furthermore, many open-educational resources are available for instructors. Especially with regard to the growing importance of the FAIR data principles in chemistry and chemical publishing, the InChI gains an important role by providing a straight-forward mechanism for connecting chemical knowledge across databases and other scientific resources. In 2005, the first version of InChI was made publicly available. Many further versions followed.[14] Moreover, additional developments cover reactions (Reaction-InChIs/RInChI, RInChI 1.1 published in 2024 ), mixtures (Mixture-InChI/MInChI, prototype ), and nanomaterials (Nanomaterial-InChIs/NInChI ). InChI v1.06 is the current version which is used by databases such as PubChem and EBI UniChem. In order to prevent parallel developments or dialects (which happens in other molecular representations), the development of the InChI is guarded by the InChI Trust and the IUPAC InChI subcommittee. This ensures a clean versioning and generates trust in the databases worldwide. Over recent years, many working groups for the further development of the InChI emerged, driven by volunteers from all subdisciplines of chemistry, to advance the InChI development in molecular inorganics, stereochemistry, concerning mixtures, polymers, Markush structures, and many more. All new developments are agreed upon in the working groups and then in the IUPAC subcommittee. The subcommittee and the InChI Trust decide on the implementation strategy, versioning, testing phases, and release criteria that must be reached to let the new version become the standard version. In today's world, code development is no longer done by a single programmer but has become a team effort using modern tools of connected software development such as GitHub. Thus, in order to enhance the sustainability of the InChI and to manage the multiple requirements as well as the exchange between InChI working groups, the further InChI development has been set on a new basis, enabling direct digital collaboration worldwide. This is accomplished by cleaning up the "old" code, bringing it to GitHub, and changing from the IUPAC/InChI-Trust License to the MIT license. The key steps of this process which yield the new version 1.07 are described here, along with an outline of the approach that is envisaged for treating coordination and organometallic compounds in the InChI framework. Besides the utilization of GitHub, also a new open testing environment and a more comprehensive web demo have been set up.