The current InChI Technical Manual consists of the technical InChI documentation and the chemical drawing rules that must be used in order to allow the InChI software to interpret chemical structures appropriately. With the upcoming releases, both sections will be improved to cover the planned enhancements. Therefore, the current InChI Technical Manual will be split in two distinct documents. One document will focus purely on technical details, while the other will cover the chemical underpinnings. The separated documents will address distinct user groups. The Chemical Manual focuses on the chemical rationale behind InChI generation and will support chemists to understand the logic behind specific InChI strings and their variations. On the other hand, software developers and programmers who implement InChI algorithms will benefit from the dedicated technical manual. This document will contain detailed information on data structures, algorithms, and coding considerations for efficient InChI integration within software tools. Furthermore, the Chemical Manual will provide in-depth explanations of InChI chemical intricacies, including the handling of stereochemistry, tautomerism, the treatment of polymers, and the challenges of organometallic and coordination compounds. In contrast, the Technical Manual will provide a more concise and focused explanation of the algorithms and data structures used in the InChI generation. As the InChI chemical foundations are likely to evolve at a pace different from its technical aspects, separate documents will ensure that updates to one section do not require revision of the entire manual. In addition, the technical manual will be further enhanced by the inclusion of high-level code documentation. This will provide a valuable link between the intricacies of the code and the overall functionality of the InChI algorithm. This move away from an "InChI black box" will allow developers to understand the logic behind the code. Such transparency will not only streamline the integration process but also encourage the development of future iterations of the InChI algorithm. Finally, wider adoption can be promoted by using a more user-friendly structure to attract a broader audience. The Chemical Manual, which will focus on the logic behind the InChI algorithm, will be a valuable resource for chemistry educators and students seeking a deeper understanding of chemical structure representation using the InChI and related identifiers. On the other hand, the Technical Manual will cater to software developers and lower the barrier for incorporating the InChI into new tools and workflows, and can also make it easier for other developers to contribute to the InChI project to significantly increase the adoption and utility of the InChI standard. In conclusion, separating the InChI Technical Manual into dedicated documents on the chemical and technical aspects has benefits for both current and future users. It will improve accessibility, clarity, development, and adoption, all of which strengthen the InChI standard as a powerful tool for chemical information management.