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Intel® System Studio is based on the Eclipse CDT project and offers a comprehensive set of tools under a free and renewable licensing model. This software suite allows you to build, debug, analyze and optimize applications and can be used throughout the entire development cycle from hardware bring-up to deploying the final product. During this presentation, we will introduce you to Intel® System Studio and show how to develop and debug IoT and systems applications. This includes running them locally and remotely on popular Intel Developer Kit platforms like the Aaeon UP2 and IEI Tank, as well as enhancing applications through cloud connectors, sensors, and libraries. //SPEAKER Anjali Gola, Intel

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The Internet of Things (IoT) or Machine to Machine (M2M), is a technological field that will radically change the global network by enabling the communication of virtually every single object with each other. Studies state that more than 50 billions objects may be connected to the Internet by 2020. In a near future, everything from a light bulb to a power plant, from a pacemaker to an hospital, from a car to a road network will be part of the Internet. While this revolution is already happening (your house or your car may be "connected" already!), there are still lots of barriers to its growth, especially since existing solutions are almost always proprietary, and cannot interoperate easily. There are several very active M2M initiatives at Eclipse aiming at lowering these barriers, all under the umbrella of the M2M Industry Working Group. Last year, projects Paho (communication protocols for M2M) and Koneki (tools for M2M developers, in particular a complete IDE for Lua development) were created, and in July 2012 project Mihini was proposed to establish Lua as a reference platform for building M2M and IoT solutions. The purpose of this talk is to give you a clear understanding of the afore mentioned Eclipse projects, as well as to show you that real M2M solutions can already be developed thanks to them. We will briefly introduce the Lua programming language, explain why it is a good fit for embedded M2M development, and then demonstrate the development of an actual working solution making use of the Mihini framework, a Paho MQTT client, and the Koneki tooling. The use case will also leverages Open Hardware plaforms such as Arduino and Raspberry Pi.

Using Eclipse and Lua for the Internet of Things with Eclipse Koneki, Mihini ...

The Internet of Things (IoT) or Machine to Machine (M2M), is a technological field that will radically change the global network by enabling the communication of virtually every single object with each other. Studies state that more than 50 billions objects may be connected to the Internet by 2020. In a near future, everything from a light bulb to a power plant, from a pacemaker to an hospital, from a car to a road network will be part of the Internet. While this revolution is already happening (your house or your car may be "connected" already!), there are still lots of barriers to its growth, especially since existing solutions are almost always proprietary, and cannot interoperate easily. There are several very active M2M initiatives at Eclipse aiming at lowering these barriers, all under the umbrella of the M2M Industry Working Group. Last year, projects Paho (communication protocols for M2M) and Koneki (tools for M2M developers, in particular a complete IDE for Lua development) were created, and in July 2012 project Mihini was proposed to establish Lua as a reference platform for building M2M and IoT solutions. The purpose of this talk is to give you a clear understanding of the afore mentioned Eclipse projects, as well as to show you that real M2M solutions can already be developed thanks to them. We will briefly introduce the Lua programming language, explain why it is a good fit for embedded M2M development, and then demonstrate the development of an actual working solution making use of the Mihini framework, a Paho MQTT client, and the Koneki tooling. The use case will also leverage Open Hardware such as Arduino and a RaspberryPi, therefore you can expect nice demos!

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The Internet of Things (IoT) or Machine to Machine (M2M), is a technological field that will radically change the global network by enabling the communication of virtually every single object with each other. Studies state that more than 50 billions objects may be connected to the Internet by 2020. In a near future, everything from a light bulb to a power plant, from a pacemaker to an hospital, from a car to a road network will be part of the Internet. While this revolution is already happening (your house or your car may be "connected" already!), there are still lots of barriers to its growth, especially since existing solutions are almost always proprietary, and cannot interoperate easily. There are several very active M2M initiatives at Eclipse aiming at lowering these barriers, all under the umbrella of the M2M Industry Working Group. Last year, projects Paho (communication protocols for M2M) and Koneki (tools for M2M developers, in particular a complete IDE for Lua development) were created, and in July 2012 project Mihini was proposed to establish Lua as a reference platform for building M2M and IoT solutions. The purpose of this talk is to give you a clear understanding of the afore mentioned Eclipse projects, as well as to show you that real M2M solutions can already be developed thanks to them. We will briefly introduce the Lua programming language, explain why it is a good fit for embedded M2M development, and then demonstrate the development of an actual working solution making use of the Mihini framework, a Paho MQTT client, and the Koneki tooling. The use case will also leverage Open Hardware such as Arduino and a RaspberryPi, therefore you can expect nice demos!

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Industrial IoT has the potential of USD 15.3 trillion to the global economy by 2030 subjected to an improvement of 1-1.5%. Industrial Internet is a revolutionary technology that enhances the Industrial environment with the IoT capabilities. IIoT helps to solve the bottlenecks in the business environment, provides operational efficiency, increases productivity and reduces the complexity of the process. The main benefit of Industrial IoT is the connected enterprise that enhances the visibility across various departments and benefits with a smooth workflow. According to General Electric CEO, Jeff Immelt, IIoT has twice the market potential than that of the consumer IoT. In this Guide you will know everything about a) The Connected Factory! Role of IIoT b) Evolution of IIoT to Industry 4.0 c) Industrial IoT Ecosystem d) Value Chain Players today and what you can learn from them e) How IIoT is Different from IoT f) Technology Drivers and Adoption g) Market Indicators and why you should jump the Bandwagon NOW! h) Market Revenues and Areas of Focus i) The Digitization Wave j) Real World Industrial IoT Case Studies Including Solutions & Outcomes

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Eclipse IoT provides a complete Java stack to build IoT gateway applications, including support for MQTT, CoAP, LWM2M, and remote configuration and management via Kura and OSGI. With the programming tool Reactive Blocks you can connect these Eclipse technologies by plugging together Java-based building blocks graphically. This makes it much easier to build new applications, or understand and adapt existing ones. This talk shows you how we implemented the software for the Eclipse IoT Car. The demo takes advantage of MQTT, CoAP and Kura so you can experience these technologies in action.

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Emergent Open Source IoT Ecosystem There is a vibrant open source ecosystem developing around all layers of the IoT software stack. These technologies, when woven together, have the potential of propelling the Internet of things forward exponentially. Open source provides a trusted space where device vendors and software companies can reliably share components essential to interconnect the currently splintered IoT ecosystem. Come see what is happening and how you can leverage open source IoT software right now. Ian Skerrett, VP of Marketing, Eclipse Foundation Param Singh, CEO, iotracks; IoT Advisor, City of San Francisco https://iotworldevent.com/iot-open-source-summit/ This work is licensed under a Creative Commons Attribution 4.0 International License.

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The Eclipse Edje project, initiated by MicroEJ, defines a standard high-level Java API for accessing hardware features delivered by 32-bit microcontrollers for using serial links, general purpose inputs/outputs, or digital/analog converters. MCUs are small, low-cost, low-power processors designed to run software in resource-constrained environments: low memory (typically KB), flash (typically MB) and frequency (typically MHz). MCUs are provided by silicon vendors along with evaluation kits and are typically the ideal vectors for large scale deployments of low-power and cost-effective IoT, embedded or wearable devices. Edje aims at unifying and easing the programming of apps for MCUs with the largely adopted Java language.

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The edge devices connected to the Cloud that constitute the Internet of Things (IoT) require support for building blocks, standards and frameworks like those provided by the Eclipse Foundation projects: Californium, Paho, Leshan, Kura, Mihini, etc. Because of the large deployment of Java technology in the Cloud, on the PC, mobile and server sides, most projects above are implemented in Java technology. Deploying these technologies on embedded devices requires a scalable IoT software platform that can support the hardware foundations of the IoT: microcontrollers (MCU). MCU delivered by companies like STMicroelectronics, NXP+Freescale, Renesas, Atmel, Microchip, etc. are small low-cost low-power 32-bit processors designed for running software in resource-constraint environments: low memory (typically KB), flash (typically MB) and frequency (typically MHz). The Edje project defines a standard high-level Java API called Hardware Abstraction Layer (HAL) for accessing hardware features delivered by microcontrollers such as GPIO, DAC, ADC, PWM, etc. that can directly connect to native libraries, drivers and board support packages provided by silicon vendors with their evaluation kits. This talk aims at presenting the packages and API that constitute the core of Edje, defining the minimal foundation that iot.eclipse.org projects can rely on, and still compatible with economical constraints of the IoT: footprint.

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The IoT market is poised to an exponential growth, but there are still lots of barriers that prevent building a real, open, Internet of Things. Over the last years, Eclipse has been growing an ecosystem of open-source projects for IoT, that are used in real-world solutions, from smart gateways bridging sensors to the cloud, to device management infrastructures or home automation systems. Java is a key-enabler for IoT, and this presentation provides you with concrete examples on how to build end-to-end solutions with the Eclipse IoT Java stack and projects like Paho, Kura, SmartHome, Californium, OM2M, Eclipse SCADA, Concierge ... This session will give you the keys to build a scalable IoT solution on top of open-source technology and open standards.

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Eclipse is much more than an IDE. Repeat after me: "Eclipse is much more than just an IDE! Eclipse has a lot of cool projects that can get me started with the Internet of Things!". So whether or not you are using Eclipse as your IDE, this session will give you a crash course on the available technologies to build the Internet of Things on top of Java. You will learn how protocols like MQTT, CoAP or LwM2M and embedded frameworks like Kura help solve classical IoT issues, and you will get useful tips to move from "yay, I blinked an LED!" to more useful industrial IoT scenarios.

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Our digital world is growing rapidly and we have more devices connected to the internet than ever. On top of that each second 80 new devices are added, which introduces new challenges to communication between these devices. MQTT is a lightweight and scalable protocol that shifts the request/response paradigm of the web as it is today to an event-driven publish and subscribe architecture, which is a perfect fit for Internet of Things and M2M use cases. This talk answers the following three questions: Why do we need a paradigm shift, HTTP has been proven to be a good fit for the web? What is MQTT and how does it help to overcome the challenges we have today? How can everybody build their own MQTT application with the Eclipse Paho implementation? In the last part we will dive into the Eclipse Paho code and round up the talk with an live demonstration.

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