IoT & Edge
What am I presenting
Eclipse Streamsheets with Eclipse Mosquitto
Why is it important
What level of knowledge should attendees have
IoT & Edge
The EDDIE project, within the Oniro working group, has the objective to design
a middleware capable of giving to the applications and services an unified global
view on cross-device resources. The various devices are not seen any more as
individual entities with specific resources, but as a unified pool of virtual
resources.
IoT & Edge
The session will look at how the Oniro stack was built starting from a business problem definition and moving through further integration of de facto standards, widely used technologies, and compliance processes/test suites. The audience will be exposed to the thought process of prioritizing and focusing on minimum viable early deliveries with incrementally more complex functionalities and use cases.
IoT & Edge
ESP32 is a popular low-power system-on-chip(SoC) microcontroller with integrated Wi-Fi and dual-mode Bluetooth, making it suitable for designing and prototyping IoT solutions. As part of this session, I would like to talk about how to build IoT Applications for esp32 using esp-idf(IoT Development framework). As part of the demo, I will use Espressif-IDE, a standalone IDE built on top of Eclipse CDT, and cover the features it offers for the developers.
IoT & Edge
Now, imagine the road being your IoT Edge ecosystem and the car being your application that needs to bring valuable data from point A to point B. There are several things to consider when developing an Edge application.
You will for sure need to read data from sensors, process it, and send them somewhere else. Maybe you would need to add some remote device management functions, and, undoubtedly, make everything secure.
Advanced Edge applications require a lot of work. So, why not profit of Eclipse Kura? Eclipse Kura offers you an advanced, mature, and highly-secure software framework to easily deploy applications at the Edge.
In this talk, you are going to learn about the latest Eclipse Kura features and how to easily configure and manage devices remotely in a secure manner. Adopting a new framework is always challenging, so in this talk, I can give you my learning experience as a Junior Software Developer that has started working on this framework.
IoT & Edge
Eclipse Kura Wires has grown from its initial contribution to a production ready solution widely adopted in the field.
Its main goal is simplicity, allowing you to implement IoT solutions using a visual data flow programming model that hides the complexity of the involved protocols and technologies.
The talk will provide an overview of the evolution of the framework to its current state, showcasing its ecosystem, the key concepts behind it, the integration with the Eclipse Kapua cloud platform, and new and upcoming features. We will show you how to quickly implement the typical IoT scenario by writing no code and also illustrate some real world applications and use cases from the field.
IoT & Edge
Let’s face it, deploying code is hard. Provisioning systems, installing dependencies, networking, and security constraints; things get complicated quite quickly. Now sprinkle in some ioT, and Edge and you have a complex deployment structure, which will surely give the most seasoned IT professional a migraine. Stop! don’t just take some Ibuprofen and deal with it, solve the problem at hand and use a framework which handles the tricky bits for you.
IoT & Edge
The Eclipse Paho project provides production-grade MQTT clients for many years. A wide number of implementations are available in many languages, especially in Java and C.
In this session, I will introduce MicroPaho, a new implementation written in Java for resource-constrained embedded devices. I will explain why MicroPaho was created and the general philosophy that guided its development "Optimized for Size". Also you will learn how it takes the best from existing Eclipse Paho Java and Embedded C implementations.
IoT & Edge
In the latest years, Edge AI has gained popularity and opened opportunities to bring AI applications to remote devices. Eclipse Kura, a well established IoT Edge framework, is a good candidate to apply Edge AI concepts to the real world.
In this talk we’ll demonstrate how a machine learning-based application can be easily deployed on an edge device, leveraging the Eclipse Kura features and its interoperability with the NVIDIA Triton™ Server. In particular, we’ll focus on the process of creating a deep learning anomaly detector from scratch: from data collection to training, deployment and inference on the edge.
IoT & Edge
Real-Time Operating Systems (RTOS) are at the core of several constrained devices. Popular open-source options such as FreeRTOS and Zephyr support a wide range of hardware and provide features such as storage and networking. They also provide integration with wireless technologies such as Bluetooth and NFC. However, many open source projects aim to deliver the same features in a "bare metal" approach. In other words: they deliver frameworks that enable your applications to run directly on the hardware. Given this, which approach is right for your IoT project?
IoT & Edge