The thesis focuses on the design and implementation of a user interface for the BricksLLM component, which serves as a proxy for the OpenAI API and enables its resale, including basic resource consumption accounting.

The objective of the thesis is to familiarize oneself with the implementation details of the BricksLLM component, including all its parts: the SQL database and the Redis server. The student must analyze the entire system to be able to design and implement the complete user interface.

As part of getting acquainted with this system, the student will design and implement the integration of the BricksLLM proxy into the JupyterHub service at the CERIT-SC center, allowing the use of the proxy and, consequently, the OpenAI API in Jupyter Notebooks.

The core focus of the thesis is the implementation of a graphical interface with the following features:

1. User authentication via OIDC.
2. The ability for users to create their own API key for BricksLLM and view their usage statistics.
3. The system must ensure that a single user is always time-limited in their use of the OpenAI API, regardless of how many times they attempt to create an API key.
4. The system administrator can view user information, particularly API usage statistics.
5. The entire implemented system must be deployed in a Kubernetes environment using a Helm chart package.

The outcome of the thesis will be a functional web interface with the aforementioned features, as well as textual documentation.