Early Internet of Things (IoT) applications adopted cloud-centric architectures where information collected from things is processed in a cloud infrastructure and decisions are pushed back from the cloud to things. While this architectural paradigm is suitable for a subset of Consumer IoT (CIoT), it quickly shows its limitation in the context of Industrial IoT (IIoT).
The IoT protocol MQTT has existed since 1998, but its popularity has blossomed since open source implementations of both clients and servers became widely available. Two of the most popular implementations have homes in the Eclipse Foundation: the Paho clients and Mosquitto server.
Jakarta EE is the new name for the evolution of JavaEE within the Eclipse Foundation. Many people think of Java EE as a heavyweight Enterprise solution for big scale. In this talk I would like to dispel this myth demonstrating how light-weight JavaEE based microservices can run on small platforms and integrate with IOT technologies like Eclipse Mosquito for messaging. In this code driven talk you will learn how to use the JavaEE JCA specification to create a connector to MQTT and to drive event driven microservices running on JavaEE on Raspberry PIs.
The Internet of Things (IoT) revolves around the development, mass-production and deployment of wireless embedded sensor devices. A plethora of prototyping platforms for exploring and developing those sensor nodes exists. However many of those toolkits do not scale beyond prototyping or offer an inferior development experience compared to other domains, e.g. mobile-apps or the web. To overcome the rigidity of the conventional embedded IoT device development process, we are building Mita: a new programming language designed for the embedded IoT.
Eclipse Cyclone DDS is an implementation of the Data Distribution Service (DDS), a standard for interoperable, secure, and efficient data sharing, used at the foundation of some of the most challenging Consumer and Industrial IoT applications, such as Smart Cities, Autonomous Vehicles, Smart Grids, Smart Farming, Home Automation and Connected Medical Devices.
The continuous evolution of the automotive domain raises challenges towards autonomous driving and additionally necessitates the utilization of cloud and IoT technologies in order to cope with advanced customer services. Open source projects potentially transcend the capabilities of proprietary and commercial products due to the transparent use of a dense and intertwined set of methodologies, protocols, tools, and connectivity approaches. The newly established Eclipse Kuksa project is part of the Eclipse IoT working group and aims at establishing an open connected vehicle ecosystem.
Device connectivity is one of the most common issues IoT developers need to solve. Having an open source solution based on the standardized protocols that solves recurring connectivity problems is a very useful tool to have.
Meet Eclipse Hono, a cloud-based IoT connectivity platform which provides remote interfaces for device connectivity and mechanisms for uniform interaction with devices regardless of the communication protocol.
How to integrate and use the eclipse 4diac runtime environment on your custom hardware target.
In the different IoT presentations for the industry 4.0, we often talk about the problem of data processing but very rarely the equipment that produces them.
This presentation will explain how to use the eclipse 4diac project to create an industrial PLC device with your custom electronic board.