Lightning talks include:
- Securing Your IoT Infrastructure with Strong Authentication and Encryption (Andrew Fregly, Verisign)
- Rise of the Machines - Orchestrating Things with a Bit of Stardust (Marc Gille, Sungard)
- Krikkit: Moving IoT Intelligence to the Edge (Raghuram Sudhaakar, Cisco)
- M2M and IoT Protocols : MQTT, ALLJOYN, DDS, and COAP: Why, Where, and When (Geoff Brown, M2Mi)
- Internet of things in Retail industry (Vatsal Shah, Litmus Automation
Lightning talks include:
Java™ ME 8 is major update of Java™ ME technology as a modern embedded software platform, purpose-built as a foundation for new services in the Internet Of Things. Java™ ME 8 has been designed to enable advanced embedded software intelligence and increased product value for a wide range of use cases and solutions while maintaining very low system requirements.
In this talk we will cook a perfect egg, live on stage, using a heat sensor, a Raspberry Pi, the Eclipse Communication Framework, Nebula and the internet.
Now we have Java8 running on the Raspberry Pi, the time of programming in assembler is again behind us and we can happily switch back to Java. In combination with ECF we can use this new breed of embedded devices to setup a network of things that uses out of the box ECF discovery mechanisms and its OSGi remote service implementation. Sensor networks have never been easier to program.
The Internet of Things is starting to take hold and reshape the way we imagine data driven applications with technologies such as MQTT, Smart Watches, and embedded computers. While each of these technologies can be used to create powerful applications on their own, how can they be integrated with one another to deliver insights that were previously inaccessible? In this session I’ll take you on a road trip that shows how you can display and extract insights from your car and display them on a Samsung Gear 2, your desktop, and finally on an Android device in real time using BIRT.
MQTT is a messaging protocol designed so that it can be implemented on the smallest devices, so it is ideal for the Internet of Things. One reason that it is so simple is that it leaves complications such as fragmentation and error correction to the underlying transport, TCP/IP. However there are other transports which we would like MQTT to be able to take advantage of, because their overhead is lower, or they use less power, for instance. This session is about MQTT-SN, and the tools for using it in the Eclipse Paho and Mosquitto projects.
All existing Smart Home solutions face the same challenge: Exciting use cases are only possible if devices of many different types are interconnected. This means that such solutions need to interface with devices from many different vendors with all kinds of APIs. Furthermore, support of different home automation protocols and an agnostic way of using them is a very common requirement.
Do you like lasers? Do you like Raspberry Pis? Would you like to shoot a Raspberry Pi with a laser? The types of IoT based applications are nearly endless, so why not have a little fun while learning? Join this arcade inspired tutorial and enter a laser shooting arena for a friendly competition with your peers. If that wasn’t enough, you also have a chance to win your tutorial kit and take it home after the session.
The IoT market is poised for exponential growth, but there are still lots of barriers that prevent building a real, open, Internet of Things.
The Vorto project is an approach to leverage the standardization of so called Information Models. Information models are abstract representations of real world devices following a meta information model which is also part of the project. The meta information model shall be very flexible and easy to use. In addition, the project scope includes an eclipse based toolset that allows for creating information models, a repository for finding, managing and sharing information models, and last but not least a set of code generators that allow for the creation of information model based code artifacts to be employed in specific solutions. In our talk we would like to give you an overview about the scope of the project and provide a glimpse at the components we are working on.
So, you have put together a Java/OSGi IoT gateway, developed the next killer application and connected it using IoT-friendly protocols like MQTT or CoAP. You are ready to launch it! Everything works on your desk but you start getting seriously worried on how you will remotely manage hundreds of systems live on the field when you will become widely successful.