41- OT Data Integration with Open-Source Projects: Tutorial & Discussion on OPC UA, MQTT, UNS & more скачать в хорошем качестве

41- OT Data Integration with Open-Source Projects: Tutorial & Discussion on OPC UA, MQTT, UNS & more

Andreas Vogler's open-source project, "Frankenstein Gateway," is an excellent tool for bridging the gap between IT and OT data. It is a personal project completed in his spare part. This gateway aggregates OT data from various sources, such as PLCs with legacy protocols like Modbus, OPC UA servers, and MQTT brokers, into a single platform. It allows the IT team to access the aggregated data through GraphQL queries, OPC UA, MQTT, and more. Additionally, the gateway enables users to log all data into various databases, including InfluxDB, QuestDB, and others. This video is a complete tutorial on the Frankenstein Gateway, featuring live demos of five different use cases and real-life architectures. We will also get to know Andreas better, exploring his journey, the lessons learned during the gateway's development as a personal project to learn Kotlin, and his vision on Industry 4.0 topics such as OPC UA, MQTT, UNS, and more. Grab a beverage, hit play, and enjoy! Chapters: 01:20 introduction, who is Andreas Vogler, what is the Frankenstein Gateway and how the project was started? 08:23 technical overview of the Frankenstein Gateway, how it works, what technologies does it use and what it can do? 15:44 Kotlin, Andreas's experience with this programming language 19:50 Intro to live demos 21:10 how to download the project and access the documentation? 22:10 Use case 1, OPC UA Aggregation 26:25 Use case 2, OPC UA + MQTT Aggregation 29:11 Use case 3, MQTT and GraphQL Server 33:41 Use case 4, Database Logging, InfluxDB and QuestDB 38:52 Use case 5, MQTT and Kafka Logging 42:20 Why this project is so important? 43:11 The future of the Frankenstein Gateway project 44:15 How you can donate to this project? 45:44 Contribute to the development of this project by adding a UI 46:41 A short discussion on the OPC UA, MQTT and the concept of Unified Namespace 55:10 Final words, Unity, Low-code and Node-Red and conclusions