The thesis addresses the development of a robust, scalable, and secure minimum viable prototype (MVP) of an information system for managing and monitoring the inventory status of genetic material. The designed system follows established security and technical principles defined in local and international information security standards. The thesis includes a professional and technical justification of the selected methodologies, approaches, and guidelines in the context of developing a minimum viable prototype. The developed information system is based on an Oracle database, while the application interfaces are implemented in the .NET 8 programming language. The data model supports time-valid entities with built-in mechanisms for change tracking and the prevention of idempotent operations in a multi-user environment. The solution incorporates mechanisms for centralized authentication and authorization of users, featuring a powerful and flexible system for rights assignment and access control to individual functionalities. The final result is a functional prototype of an information system that enables management of genetic material inventories.
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