The periMICA base system manages network, security and containers of the periMICA edge computer. Its innovative container system integrates containers as independent network devices, enabling a completely flat network hierarchy from sensor to IT.

General-purpose application container for the periMICA modular edge computer that facilitates rapid prototyping and enhanced functionality.

Visualizes datapoints of an application as graphs over time. It gets the data via a subscription to the application mqtt channel. The dashboard is intended to be a simple helper to give an insight about what happens in an application over time.

General-purpose application container for the periMICA modular edge computer that facilitates rapid prototyping and enhanced functionality.

Virtual representation of a Modbus RTU device. Connects to a periNODE Modbus via network, converts RTU style frames into the human language domain and communicates them over network.

The periMICA MQTT Container provides a secure MQTT broker based on the mosquitto library to distribute sensor and actuator metrics across the network while supporting TLS encryption and mTLS authentication.

The Node-RED container brings low-code programming to the periMICA: hardware devices, APIs and online services are wired together in a browser-based flow editor and deployed with a single click.

The periCORE debug container turns the periMICA into a remote debug bridge for periCORE firmware development: it connects the periCORE Development Kit toolchain (Visual Studio Code) over the network to the periCORE hardware via J-Link/JTAG for flashing and live debugging.

The periSCOPE container makes the network segment of a periMICA visible: it discovers all devices and services announced via mDNS/DNS-SD and provides the results through a web UI and REST API, so every periNODE and container of an application can be found without knowing its address.

The PKI2go container is the security hub of a Perinet application: it sets up a certificate authority on the periMICA, secures periNODEs and containers with certificates and establishes mutual trust between all devices, managed through a web UI with role-based access.

The Python container turns the periMICA into a programmable application host: Python code is written, deployed and started directly in the browser, with built-in MQTT and REST access to all devices of the application. Ideal for logic that spans multiple devices, such as correlation, counting or custom data processing.