IOZER is a compact, flexibly programmable automation controller. Digital inputs and outputs, Modbus, MQTT, 1-Wire, Ethernet and Wi-Fi make it easy to integrate into existing systems or operate independently on site.
Create event-based workflows visually in your web browser, with no additional software required.
Configure networks, interfaces and functions clearly through the integrated web interface.
Flexible network connectivity via wired Ethernet or Wi-Fi.
Connect directly to smart home and IoT systems quickly, reliably and universally.
Galvanically isolated digital inputs for acquiring external signals up to 24 V DC.
Potential-free digital outputs implemented as normally open contacts for maximum flexibility.
Connect, read and control Modbus devices via Ethernet or RS485.
Serial interface for Modbus RTU and other integration tasks.
Connect temperature sensors and other 1-Wire devices such as the DS18B20 and DS2438 directly.
Install new firmware versions conveniently over the network.
Flexible enough for use in existing environments.
Online device management for firmware updates, backups, monitoring and notifications.
The visual Blockly interface lets you create control sequences simply by combining function blocks. Inputs, outputs, conditions, timers and interfaces can be linked in any way you need.
Configuration and program execution take place directly on the device. Local operation requires neither additional software nor recurring licence fees.
Enjoy complete creative freedom with a controller that adapts to your ideas. From simple workflows to complex processes, you decide what happens.
Its open programmability lets you implement projects precisely as required: flexibly, individually and without rigid constraints.
From smart homes and educational projects to model making and small-scale industrial applications, this controller belongs wherever creativity and control are required.
At just 90 × 75 × 50 mm (W × H × D), IOZER is exceptionally compact while still delivering impressive performance.
Our controller stands out through both its versatility and its space-saving design. Its standardised DIN-rail enclosure (5 modules) integrates effortlessly into distribution cabinets and existing systems, making it ideal for professional applications and confined spaces.
Despite its compact size, the device provides full performance and extensive connectivity, intelligently designed for maximum efficiency with minimal space requirements.
Whether used in private, educational or commercial settings, our controller has almost no limits. Its open programmability and compact design make IOZER devices suitable for a wide range of applications.
Convenient control of lighting, shading, heating and security, either centrally or automatically.
Efficient room control with key-card switches, presence sensors and central energy management.
Time-, weather- or sunlight-based control for greater comfort, security and energy efficiency.
Access control, energy management and monitoring, conveniently managed remotely.
Intelligent load control, consumption tracking and optimisation for lower energy costs.
Demand-based control of boilers and circulation pumps for maximum efficiency.
Automatic watering cycles based on soil moisture, time and weather data.
Temperature, humidity, CO₂, motion and more—ideal for monitoring and automation.
Flexible expansion for projects, commercial applications and individual requirements.
Connect conventional building and energy technology to modern IoT systems. IOZER acts as an intelligent bridge, seamlessly integrating Modbus devices into MQTT-based platforms.
IOZER reliably translates data streams between different protocols, ensuring maximum interoperability in demanding projects.
Measurements are cleaned, combined or completed locally before they are forwarded to cloud systems or automation solutions.
IOZER serves as a versatile data hub, collecting measurements from different sources and reliably distributing them to target systems.
Manufacturer-specific and non-standard devices can also be integrated thanks to flexible communication interfaces and freely definable logic.