This work examines the impact that the finalists of the post-quantum cryptography competition organized by NIST have on a critical security protocol for the Internet, the TLS protocol. The analysis is supported by an extensible framework that enables the implementation of a baseline scenario, allowing for a fair comparison of different post-quantum primitives under identical conditions.

The project currently has two folders:

• IdealScenario: This folder contains the data from the work called Towards the Quantum-Safe Web: Benchmarking Post-Quantum TLS.

• RealScenarios: Support for delay and packet loss has been added to the framework to simulate a real-world working scenario.

Each folder has three subfolders:

• Docker: The files needed to create the Docker image, as well as the scripts used to create a TLS client and server.
• Experiment: It contains:

• Logs: The logs obtained in the execution.
• process_scripts: The python scripts used to process the logs and obtain the plots.
• Output: - The csv obtained when processing the logs. - The images of the plots obtained.
  • docker_dcripts: The scripts used to launch the TLS clients and servers with the various traditional and post-quantum algorithms.