This GitHub project enables the acquisition and analysis of power traces using a Teledyne LeCroy oscilloscope connected to a TinyTapeout board. For further information, refer to Deliverable D3.3 of the ORSHIN project.

• TinyTapeout 02 board (https://tinytapeout.com/runs/tt02/)
• ESP32 board
• Teledyne LeCroy oscilloscope with probes (https://www.teledynelecroy.com/oscilloscope/) for the acquisitions
• Power supply

• [TTSerial] is a Python file that allows to connect to the TinyTapeout board throug the serial port
• [TT02_traces_acquisition] is a Python script that connects to the oscilloscope and, utilizing functions from [TTSerial], acquires power traces from the TT02 while it runs one of the three specific studied designs: projects 44, 91, or 92.
• [Analysis_with_LED_connected], [Analysis_with_LED_disconnected] and [Deeper_analysis_with_more_acq_traces] are notebooks that allow to replicate the analysis done in deliverable D3.3 of the ORSHIN project.
• Common functions used in all the three notebooks are collected in [TT02_functions_for_analysis_library].
• The power traces upladed in the notebooks are saved in [acquisition] folder.

• [Analysis of traces]: to set the analysis with pre acquired traces, download from here the traces and move them in the folder [acquisition]; then these traces can be uploaded and analysed running code in the notebooks.
• [Acquisition of new traces]: it is possible to acquire new traces running the Python file [TT02_traces_acquisition]. Note that for each acquisition campaign the name of the folder in which the traces are saved should be changed, and the acquisition values should be checked.