DIY IoT: Raspberry PI 2 + Windows 10 for IoT devices + Microsoft Azure

Apr 13, 2016Download as pptx, pdf1 like1,737 views

This document proposes using the Windows Universal App Platform (UAP) and Windows 10 IoT editions to build Internet of Things (IoT) devices. The UAP allows developing universal apps that can target all Windows 10 editions with converged APIs. Windows 10 IoT editions are tailored for industry and mobile IoT devices. The proposal demonstrates connecting a Raspberry Pi device with temperature and humidity sensors to Azure IoT services for device to cloud and cloud to device communication.

Campaign
proposal
Internet of Things
and Windows
Andrey Leshchinin
.Net Developer
Hack‘n’Tell
IoT

DIY IoT: Raspberry PI 2 + Windows 10 for IoT devices + Microsoft Azure

Windows Universal App Platform
• Converged APIs, write ONE Universal App and target all Windows 10 editions
• Scale and get higher ROI by selling same App to all Windows 10 editions OEMs/ODMSs
• Reuse existing development skills
Languages
• C++
• C#, VB
• JS
• Python
• Node.js
APIs
• WinRT
• Win32
• .NET
• Wiring
Deployment and
Execution
• APPX
• Xcopy
• App Isolation
UI Frameworks
• HTML
• Xaml
• DirectX
Tools
• Visual Studio
• PowerShell
Hack‘n’Tell
IoT

Building IoT Devices with UAP
“Embedded” Mode
• Extend UAP to IoT
capabilities on all Windows
10 editions
Access to system
settings
• APIs to change system
settings such as power state,
radio control and Bluetooth.
APIs to access busses
• GPIO, I2C, SPI and easy
access to custom hardware
Background Services for
long running tasks
• Full control for your device,
free of standard Process
Lifecycle Management
Hack‘n’Tell
IoT

Windows 10 IoT Editions
+
Microsoft
Azure IoT
Security &
Identity
Windows Updates Visual Studio &
UAP
Windows 10 IoT for industry devices
Desktop Shell, Win32 apps, Universal apps and drivers
Minimum: 1 GB RAM, 16 GB storage
X86/x64
Windows 10 IoT for mobile devices
Modern Shell, Mobile apps, Universal apps and drivers
Minimum: 512 MB RAM, 4 GB storage
ARM
Windows 10 IoT Core
Universal Apps and Drivers
No shell or MS apps
Minimum: 256MB RAM, 2GB storage
X86/x64 or ARM Integrated
Device
Connectivity
New User
Interfaces
Hack‘n’Tell
IoT

Devices Device Connectivity Storage Analytics Presentation & Action
Event Hubs SQL Database
Machine
Learning
App Service
Service Bus
Table/Blob
Storage
Stream Analytics Power BI
External Data
Sources
DocumentDB HDInsight
Notification
Hubs
External Data
Sources
Data Factory Mobile Services
BizTalk Services
{ }
Microsoft Azure IoT services
Hack‘n’Tell
IoT

DEMO
Raspberry Pi 2
Azure IoT Hub
Hack‘n’Tell
IoT

Raspberry Pi 2
Temperature and humidity sensor DHT 11 Connection
Hack‘n’Tell
IoT

VCC
GND
B
A. Start communication
B. Raspberry sends out start signal (18 ms)
C. Pull up & wait for sensor response (20-40 us)
D. Sensor sends out response signal (80 us)
E. Pull up voltage and get ready for sensor’s output (80 us)
F. Output data: 1-bit “0” (50 us + 26-28 us)
G. Output data: 1-bit “1” (50 us + 70 us)
H. Sensor pulls down voltage (50 us)
C D E F
Overall Communication Process
GA H
Hack‘n’Tell
IoT

Azure IoT
Device to cloud
Cloud to device
Hack‘n’Tell
IoT

THANK YOU
Andrey Leshchinin
.Net Developer at Intersog
aleshchinin@Intersog.com
leshchinin@gmail.com

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1. Campaign proposal Internet of Things and Windows Andrey Leshchinin .Net Developer Hack‘n’Tell IoT

2. One Windows Platform Hack‘n’Tell IoT

4. Windows Universal App Platform • Converged APIs, write ONE Universal App and target all Windows 10 editions • Scale and get higher ROI by selling same App to all Windows 10 editions OEMs/ODMSs • Reuse existing development skills Languages • C++ • C#, VB • JS • Python • Node.js APIs • WinRT • Win32 • .NET • Wiring Deployment and Execution • APPX • Xcopy • App Isolation UI Frameworks • HTML • Xaml • DirectX Tools • Visual Studio • PowerShell Hack‘n’Tell IoT

5. Building IoT Devices with UAP “Embedded” Mode • Extend UAP to IoT capabilities on all Windows 10 editions Access to system settings • APIs to change system settings such as power state, radio control and Bluetooth. APIs to access busses • GPIO, I2C, SPI and easy access to custom hardware Background Services for long running tasks • Full control for your device, free of standard Process Lifecycle Management Hack‘n’Tell IoT

6. Windows 10 IoT Editions + Microsoft Azure IoT Security & Identity Windows Updates Visual Studio & UAP Windows 10 IoT for industry devices Desktop Shell, Win32 apps, Universal apps and drivers Minimum: 1 GB RAM, 16 GB storage X86/x64 Windows 10 IoT for mobile devices Modern Shell, Mobile apps, Universal apps and drivers Minimum: 512 MB RAM, 4 GB storage ARM Windows 10 IoT Core Universal Apps and Drivers No shell or MS apps Minimum: 256MB RAM, 2GB storage X86/x64 or ARM Integrated Device Connectivity New User Interfaces Hack‘n’Tell IoT

7. Azure IoT Hack‘n’Tell IoT

8. Devices Device Connectivity Storage Analytics Presentation & Action Event Hubs SQL Database Machine Learning App Service Service Bus Table/Blob Storage Stream Analytics Power BI External Data Sources DocumentDB HDInsight Notification Hubs External Data Sources Data Factory Mobile Services BizTalk Services { } Microsoft Azure IoT services Hack‘n’Tell IoT

9. DEMO Raspberry Pi 2 Azure IoT Hub Hack‘n’Tell IoT

10. Raspberry Pi 2 Temperature and humidity sensor DHT 11 Connection Hack‘n’Tell IoT

11. VCC GND B A. Start communication B. Raspberry sends out start signal (18 ms) C. Pull up & wait for sensor response (20-40 us) D. Sensor sends out response signal (80 us) E. Pull up voltage and get ready for sensor’s output (80 us) F. Output data: 1-bit “0” (50 us + 26-28 us) G. Output data: 1-bit “1” (50 us + 70 us) H. Sensor pulls down voltage (50 us) C D E F Overall Communication Process GA H Hack‘n’Tell IoT

12. Azure IoT Device to cloud Cloud to device Hack‘n’Tell IoT

13. THANK YOU Andrey Leshchinin .Net Developer at Intersog [email protected] [email protected]

Editor's Notes

#3: Slides, illustrated with photos, the best form of one large photos and text than several small and Text
#4: Slides, illustrated with photos, the best form of one large photos and text than several small and Text

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