ip4Cloud The Clever IoT Controller ip4Cloud is able to extract information from existing systems with critical processes and transmit it to IT applications, cloud services, and SCADA systems for further processing. Forward-looking manufacturing concepts provide for the connection of previously independent controllers, fieldbus devices, and SCADA systems to each other, as well as to the IT or IoT environment, as investment protection for existing plants/controllers.       Security at the highest level Communication between multiple data sources Simple control unit connection Intelligent information processing Support of industry-standard protocols Maintenance-free operation Numerous standardized protocols are available for data transmission between different communication partners. These include communication interfaces like: MQTT, REST, database, PROFIBUS, Modbus, RFC 1006 (Simatic Fetch/Write), IEC 60870-5-101/104, IEC 61850, DNP 3.0, TASE.2, OPC UA, OPC DA XML, and more. Multiple protocols can be used simultaneously. By default, the usage of one primary and one secondary protocol is licensed. If more protocols shall be used at the same time, an additional license can be purchased. To simplify the configuration further, various templates are available, such as 'Profibus2AzureMQTT' (send data from PROFIBUS DP to the 'Microsoft Azure Cloud' via MQTT protocol). SEC3PB — The PROFIBUS Sniffer Captures data from PROFIBUS DP by listening in without interfering with or disturbing the communication and enables the transmission of captured data to cloud services, databases, and SCADA systems via a whole range of industrial protocols. When connecting to the PROFIBUS network, there is no need to change the configuration of the bus participants (PLC, bus terminals, etc.) and no interference on the bus cycle. Since the injection of data into the bus is physically prevented, setup can be performed simultaneously to the running process. The focus is on monitoring of PROFIBUS data without feedback (even from critical processes) and forwarding these to IoT or IT applications, cloud services, databases, etc. without the risk of productio

SEC3IO — The I/O Controller Extends the base version by eight digital inputs to capture digital states and make them available to IT and cloud environments for analysis/processing (e. g. input data (Slave—>Master), output data (Master—>Slave), diagnostic data). The attributes quality and time stamp can be transferred or processed (depending on the protocol) in addition to the pure value of a data point. Eight digital outputs are available to replicate switching states and for control purposes. The focus is on monitoring and switching digital signals. The base model for capturing information via...