This document profiles Ibrahim Kivanç, a senior technical evangelist at Microsoft. It provides details about his background, including his education and work experience. It also discusses Internet of Things (IoT) opportunities and Microsoft's approach to IoT, including connectivity, data analytics, and defining the IoT opportunity. Finally, it summarizes Microsoft's IoT platforms and tools for developing IoT solutions across devices.

2. Ibrahim KIVANÇ
@ikivanc
Senior Technical Evangelist
ikivanc@microsoft.com
Bsc.
- Msc.
- 2 years
- 1 year
- 4 years+
400 Partners

4. Kaynak: https://www.flickr.com/photos/10ch/5057468828

5. Connectivity Data AnalyticsThings
Defining Internet of Things

6. Internet of Things opportunity

7.  Provide connectivity to both existing
and new devices
 Facilitate new insights by harnessing
power of untapped data
 Enable fast solution development
Microsoft’s investment principles for IoTThe Internet of Things starts with your things

8. Organizations are benefiting from IoT today
Lido Stone Works

11. Tüm Uygulamalarda

14. Phone Küçük
Tablet
2-in-1s
(Tablet veya Dizüstü)
Masaüstleri
& Hepsi-biraradalarPhablet Büyük Tablet
Klasik
Dizüstü
Xbox IoTSurface Hub Holographic
Windows 10

15. PLATFORMUN BİRLEŞME SÜRECİ
Windows 10
Ortak Kod ve
Arayüz Paylaşımı

16. Converged
OS kernel
Converged
app model Windows 10
Porting Tools
PLATFORMUN BİRLEŞME SÜRECİ

17. IoT
HoloLens
Surface Hub
Windows Masaüstü
Windows Mobil
Xbox
TEK İŞLETİM SİSTEMİ ÇEKİRDEĞİ
TEK UYGULAMA PLATFORMU
TEK UYGULAMA MAĞAZASIWindows 10

18. Tek Uygulama
Mağazası +
Tek Geliştirici
Merkezi
Tekrar kod
kullanımıTek SDK +
Geliştirme
araçları
Adaptif
Kullanıcı
Arayüzü
Doğal
Kullanıcı
girişleri
Tek Universal Windows Platformu

21. Çok yakında...

22. Microsoft Windows 10 IoT Core
One platform that can scale down to
small and low cost devices
Leading connectivity to empower
business scenarios
Enterprise-grade security
specifically designed for the resource
constraints of small devices

23. Windows 10 IoT Core is designed
specifically for small, low cost devices
• Target both ARM and x86 and only support Universal apps
(no classic Win32/.NET app);
• No Windows certification requirements
• Target devices with lower system requirements, i.e.,
processor speed, RAM, storage, etc. (e.g. 256MB RAM
available for OS, 400MHz, 2GB storage)
Core Devices

24. Windows 10
IoT Core
One Windows
Platform
Connected
Secure

25. One universal app platform
Broad user experiences
One management & servicing
approach

26. One universal app platform
Broad user experiences
One management & servicing
approach
Reuse existing
code and
development
skills
Write one app to
scale for a higher
ROI
Leverage universal
Windows drivers

27. Modern app dev
experience
Develop immersive
user experiences
Single UWP with
apps/tasks running
in parallel
Languages
• C++ /CX
• C#, VB
• JS
• Python
• Node.js
UI Frameworks
• HTML
• Xaml
• DirectX
APIs
• WinRT
• Win32
• .NET
• Wiring
Deployment
and Execution
• APPX
• XCopy
• App
Isolation
Tools
• Visual Studio
• PowerShell

28. The full version of Windows with advanced
lockdown capabilities.
Win32 and Universal App support for mission critical
industry devices.
Built on x86

29. A version of Windows for industry devices that need
mobility, a rich user experiences, turn on in an
instant and have excellent battery life.
Universal App support
Advanced lockdown and multi-user support
Built on
ARM

30. A version of Windows optimized for resources
and cost constrained devices
Targeted boot experience
Single Universal App experience
Universal App & Driver support
Royalty-free version for developers & makers
Built on x86
or ARM

31. Windows 10 IoT Editions
+
Microsoft
Azure IoT
Security &
Identity
Windows
Updates
Windows 10 IoT Enterprise
Desktop Shell, Win32 apps, Universal apps and drivers
Minimum: 1 GB RAM, 16 GB storage
X86/x64
Windows 10 IoT Mobile Enterprise
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 or ARM Integrated
Device
Connectivity
Visual Studio &
UWP
Windows Imaging
& Configuration
Designer

35. Analyze and act
on new data
Integrate and transform
business processes
Connect and scale
with efficiency
Capture and analyze untapped data to transform your
business
And
more
Real-time
operating
systems
Device Registry
Rules and Actions
Analytics
Dashboards & Visualization

36. Cortana Analytics Suite
Transform data into intelligent action

37. Predictive Analytics Workflow
Setup
Environment
Load Data
Explore Data
Engineer Features
Sample Data
Build Model Deploy Model Consume Model
Refresh Model

38. Cortana Analytics Suite
Transform data into intelligent action

39. ThyssenKrupp

40. London Underground

41. However, IoT projects can be complex
Long
timelines
Hard to
scale
Difficult to
customize

42. Typical Modeling Cycle Time (On Premise)
PLAN PREPARE PUBLISH
REFRESH
ACQUIRE DEPLOYMODEL

43. Desired Modeling Cycle Time (Cloud)
Goal – reduce cycle time
to publish new models to
1 month
8 Weeks
4 Weeks
2 Weeks
2 Weeks 2 Weeks
2 Days
PLAN PREPARE PUBLISH
REFRESH
ACQUIRE DEPLOYMODEL

44. TEŞEKKÜRLER!
Ibrahim KIVANÇ
@ikivanc
http://www.ibrahimkivanc.com
ikivanc@microsoft.com