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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.

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.

The periNODE 0‐10V firmware allows for quick adaptation to any 0-10V sensor through simple configuration changes.

The periNODE 4-20mA firmware allows for quick adaptation to any 4-20mA sensors through simple configuration changes.

The periNODE GPIO firmware makes any digital sensor or actuator a network computer. Its two channels are configurable independantly, allowing even Input/Output devices (like a Button with integrated LED) to be connected.

A Modbus RTU to Ethernet bridge.

The periSNOOP's no‐code firmware enables adaptation to 4‐20mA current loops through simple configuration changes instead of custom programming. It provides secure, IT‐ready sensor data and supports remote updates.

The periSTART firmware bridges Fast Ethernet (100BASE-TX) and Single Pair Ethernet (100BASE-T1), providing a fully secured communication environment from sensor to IT system.

The periSWITCH 3-port firmware runs the Single Pair Ethernet switch that builds the field network: one uplink and two downstream ports connect periNODEs in line or tree topologies, managed and updated directly in the browser.