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Kamzik3 is a modular and lightweight experiment control framework written in Python3. It is focused on minimalist yet unified way to control and orchestrate wide range of devices used in experimental setup. It uses ZeroMQ to exchange messages between

A serialization format for multi-dimensional arrays based on HDF5 chunks

The Autonomous Control and Data Acquisition System for Dynamic Experimental Setups

https://constellation.pages.desy.de/

Neural network for predicting backgrounds produced by SuperKEKB seen by Belle II

Control system application for the LLRF controller frontend system.

A middleware platform for high-performance data analysis

Run online data processing on remote HPC nodes, right from the beamline

https://fs-sc.pages.desy.de/mento/

Generate VHDL and .map files from SystemRDL input

PymePix is a Python library that provides control and acquisition for the Timepix3-SPIDR hardware. The rich set of data-structures and intuitive routines reduces time and coding effort to quickly configure, acquire, and visualize data from Timepix3. The highly extensible high-performance data-pipeline allows for alteration of the Timepix3 datastream into a form that is convinient for the user. This library is intended to be easily inserted into a standard scientific software stack as well as to allow for more direct interaction of Timepix3 with interactive flavors of Python. Included with the library are two example programs using PymePix: PymePix-acq is a command line control and acquisition program that can capture UDP packets and decode them into pixels and triggers. The second is pymepixviewer, an online control and data-acquisition program for general use, but with features geared toward mass-spectroscopy and ion imaging.