This document discusses alternatives to Arduino for Internet of Things development, focusing on Microsoft's Netduino platform. Netduino boards are smaller and more powerful than Arduinos, running on Intel processors and allowing developers to use familiar Visual Studio tools and the .NET framework to prototype with sensors. The document outlines the various Netduino board options and sizes, from larger desktop models to smaller models comparable to Arduino. It positions Netduino as an easier experience for developers compared to Arduino due to leveraging existing .NET and Visual Studio knowledge.

1. Internet of Things y Netduino
Sorey Bibiana García Zapata
Microsoft MVP Windows Platform Development
Chief Mobile Architect en Avanet.co
Docente de Cátedra Pascual Bravo
contacto@soreygarcia.com | @soreygarcia | blog.soreygarcia.me
Este material pertenece a la charla de Steve Teixeira de Microsoft en el Build 2014
Alternativas a Arduino

2. “A computer in every pot and chicken.”
“A chicken in every pot.”
~ Henry IV of France – 17th Century
“A computer on every desk
and in every home.”
~ Bill Gates (1977)

3. El mundo cambia aceleradamente frente a
nosotros. ¿Cuánto lo entendemos? ¿Cómo
participamos de ello?

4. Hoy en día se
habla del
Internet de las
Cosas (IoT)
¿Y qué es?

5. The “Internet Of Things” …is neither really
about “Things” … nor really about “The
Internet”, … it’s about creating systems that
make the tools of our daily lives better,
safer, more reliable, more efficient and
more fun.
Clemens Vasters
Product Architect, Microsoft Azure

6. Smart Products
Grid
Renewables
Oil/Gas/Coal
Recovery and
Distribution
Points
of Sale
Restaurants
Hotels
Fuel
Stations
Patients
Clinics
Hospitals
Nursing
Homes
Mobile
Care
SafetySecurity
Comfort
Lighting
Automation
Manufacturing
Integration and
Automation
Remote
Servicing
Predictive and
Reactive
Maintenance
Water
Waste
Pollution
Control
Fire
Emergency
Public
Safety
Law
Enforcement
Letters
Packages
Containers
Tanks Bulkware
Games
Events
Sports
Television
Streaming
Traffic Buses
Cars
Trucks
Trains
Vessels
Aircraft
Bikes
Smart
Energy
Smart Pro
Services
Smart
Retail
Smart
Mobility
Smart
Logistics
Smart
Factory
Smart
Cities
Smart
Entertain-
ment
Smart
Health-
care
Smart
Building
Home

7. Comparemos este dato: La expectativa de crecimiento a nivel
de dispositivos m[oviles
2003 2010
2015
2020
50 billion
Cisco

8. 212B

9. Energy Computing Telecom Consumer
$7 B $16 B $197 B $3 B $27 B $908 B $179 B $356 B System Revenue
Intelligent
Systems
1.7T

10. Large
Mobile
Micro
Small

11. Large
Mobile
Micro
Small
Azure M2M
Device management
Command & Control
Data Analytics

12. Microsoft Azure as IoT Platform
Network
Compute
Storage
VMs
VM Disks
VPN Public IP
Pre-Built
Images +
Open VM
Depot
UnifiedHTTP/RESTManagementAPI&Portal
IntelligentSystemsServices
SystemCenterOperationsManager
Cloud
Storage
SQL
Hadoop
HDInsight
Web Sites
Cloud
Services
Media
Services
Active
Directory
Multi Factor
Auth
Mobile
Services
Service Bus
Notification
Hub
BizTalk
Services
Traffic Manager, Load Balancing, Firewall
Partners
Twilio,
SendGrid
Node.js
Java, PHP,
Perl, Python,
Ruby
NoSQL
TeamFoundationServer,Git
VisualStudio,Eclipse
Office 365, Dynamics, Microsoft Account, Bing

13. ¿Internet en qué cosas…?

14. Large
Mobile
Micro
Small

15. Windows Industry

16. Connected Car
Large
Mobile
Micro
Small

17. Windows Embedded Automotive

18. Incluido en los dispositivos
Habilita el entretenimiento en el
vehículo, proveyendo una interfaz
para interactuar desde el dispositivo.
Conectividad basada en standares.
IVI+Windows. Es lo mejor de ambos
mundos.

19. IVI+Windows

20. Windows Embedded Handheld
Large
Mobile
Micro
Small

22. Windows Embedded Compact
Large
Mobile
Micro
Small




23. Windows on Devices
Large
Mobile
Micro
Small

25. •
•
•
•
•
•
Large
Mobile
Micro
Small

27. 5mm
Intel® Galileo and Quark X1000
32-bit x86 @ 400Mhz, single core
Industry-standard I/Os
DDR3 memory controller
15x15mm package
Scalar instruction set architecture
Arduino-compatible board
Quark CPU
256M RAM
USB, SD slot, Ethernet

29. Netduino 1, 2 y Plus
http://wiki.netduino.com/Comparison.ashx

31. Netduino GO

32. Netduino Plus 2

34. Visual Studio Integration
Develop and debug using familiar tools
Experiencia para el desarrollador

35. Visual Studio Integration
Desarrolla y has debug con las
herramientas que conoces
Prototipado rápido
Interface con sensores físicos desde
librerías .NET
Usando C# and .NET
Se trata solo del conocimiento que
ya tienes
Experiencia para el desarrollador

36. Demo

37. Comparación Arduino vs Netduino

38. Comparación Arduino vs Netduino

39. Gracias
Sorey Bibiana García Zapata
contacto@soreygarcia.com | @soreygarcia | blog.soreygarcia.me
El material de estas diapositivas es publicado en Channel 9