How many iot technologies do you need to turn on a lightbulb (Kurt Claeys)
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This document discusses the different technologies needed to turn on a lightbulb using IoT. It identifies hardware components like tablets, beacons, Raspberry Pi, and serial ports. It also lists wireless protocols like Bluetooth Low Energy, Z-Wave, and EnOcean. Finally, it mentions cloud services like Azure Storage Queues and development platforms like .NET, Xamarin, and Mono.NET that can be used to connect devices and control the lightbulb remotely.
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How many iot technologies do you need to turn on a lightbulb (Kurt Claeys)
- 1. How many IOT technologies do you need to turn on a lightbulb? Kurt Claeys (kurt@Nuboid.com
- 2. I’m an independent and freelance Mobile&Cloud Solution Architect with practical experience in Azure PAAS implementations and migrations, a skilled Software Architect Trainer and .NET development Consultant with focus on Mobile, SOA, Cloud and SAAS. kurt@nuboid.com Strong focus on Xamarin (iOS/Android/WP8) Apps since 2014. Me
- 3. How many IOT technologies do you need to turn on a lightbulb? Hardware • Tablets/Phones • Beacons • RaspBerry PI • Serial Ports • EnOcean Wireless Protocols • Bluetooth Low Energy (BLE) • Zwave • EnOcean Cloud Services • Azure Storage Queues • Google GCM Development Platforms • .NET • Xamarin • Mono.NET
- 4. Beacons
- 5. Raspberry Pi
- 6. Raspberry Pi
- 7. EnOcean
- 8. EnOcean The EnOcean technology is an energy harvesting wireless technology used primarily in building automation systems, and is also applied to other applications in industry, transportation, logistics and smart homes. Modules based on EnOcean technology combine micro energy converters with ultra low power electronics, and enable wireless communications between batteryless wireless sensors, switches, controllers and gateways. https://en.wikipedia.org/wiki/EnOcean Cool thing : no power or batteries needed
- 9. ZWave
- 10. Zwave Z-Wave is a wireless communications specification designed to allow devices in the home (lighting, access controls, entertainment systems and household appliances, for example) to communicate with one another for the purposes of home automation. https://en.wikipedia.org/wiki/Z-wave Cool thing : Z-Wave is supported by over 325 manufacturers
- 11. Xamarin
- 12. Scenario 1 : From tablet to lightbulb + BLE + + Azure Storage Queue
- 13. Scenario 2 : From switch to tablet + +
- 14. Portable Class Libraries • It’s a DLL that is not coupled to the runtime environment of specific .NET platform (like .NET 4.5, W8, WP Silverlight, Xamarin.Android, Xamarin.IOS, Mono.NET) PCL Limited to lowest common denominator of supported API’s Console App W8 App Xamarin App Can be reused cross platform
- 15. Run your .NET apps on RaspBerry sudo apt-get install mono-complete RaspBerry + Raspbian Just build from VS Drop your exe into the PI Run like mono MyApplication.exe
- 16. Demos
- 17. Hidden messages in this talk • C# is still the language to implement the broadest range of IOT technologies. • .NET is still the runtime to be used on the broadest range of IOT devices. • Visual Studio still rules ! • HTTP Calls are king ! • Always think CROSS PLAT first (use PCL’s)
- 18. VISUG Partners