The goal of the thesis is the development of a novel web frontend for the tool Biodivine/AEON, serving for attractor analysis and control of asynchronous Boolean Networks. First, the student will become familiar with the web-based version of the tool and the prototype version that incorporates control features. The student will explore the requirements of target users as well as the performance issues related with the previous releases of the software (v0.1.0, v0.4.1) based purely in HTML/Javascript. The previous implementation’s reliance on plain web technologies made further development difficult. The lack of modularity resulted in tightly coupled components, complicating updates and maintenance.

The practical goal will be to design and implement a new version of the frontend that is easily maintainable and extensible, and provides better performance than the previous solution. The new frontend will be developed using React, TailwindCSS, and TypeScript. These technologies will provide a modular and maintainable architecture, improved performance, and a modern visual design.

The resulting implementation will be delivered in terms of a new release of the tool, including adequate documentation.