Acting as a component part of the wider SCARV project, MIRACLE captures a range of components that relate to the study of micro-architectural side-channel leakage, i.e., leakage that stems from micro-architectural behaviour. Specifically, there are three main components, namely a suite of software kernels, specifically constructed to assess whether or not a given form of leakage is evident; a framework for executing such kernels and acquiring associated data sets, e.g., traces of power consumption; and a framework for analysing such data sets, and then presenting the results (via a web-based front-end).

This tool is a web-app developed as part of the SCARV Miracle project. It is used to browse the large numbers of leakage experiment results generated, and compare the results of experiments across devices.

This repository is not designed to be used as a standalone tool, but as a sub-component of the miracle-experiments repository.

• The results browser is a very simple web app built using the Flask Python application framework.

• It interfaces with a trace database to present information on target devices, experiments, captured data and analyses.

  • You will need to clone the miracle-db repository in order to use the browser.

• The browser can be starting by running the following commands from the root of the repository:

  $> source bin/conf.sh
  $> export MIR_DB_REPO_HOME=<path to miracle-db repo>
  $> python3 ./browser/wsgi.py <path to leakage database to browse>
  INFO:root:Database file: '<path to leakage database to browse>'
  Serving on http://0.0.0.0:8080

• This will start the server running. Navigating to the "Running on" address in a web-browser will show the app landing page.

• The database the app connects too is specified on the command line.

This work has been supported in part by EPSRC via grant EP/R012288/1 (under the RISE programme).