Green: Balancing Energy in Processing, Storage, and Networking Scale out: High performance computing and Big data Scale up: Performance on demand

1. AWS & Intel
雲端運算新趨勢
鄭智成 (Alex Cheng)
企業解決方案事業群協理
美商英特爾亞太科技有限公司
台灣分公司

2. The Digital Service Economy
Growth in connected devices…
… enables new business opportunities
* Other names and brands may be claimed as the property of others.

3. THE DATA CENTER CONNECTS
DEVICES AND DELIVERS EXPERIENCES

4. 1 Sources: Cisco Internet Business Solutions Group, IDC:The Digital Universe
2 Intel Estimate
The Next Wave of Cloud: Enterprise Demand
85%Applications delivered
via cloud2 by 2020
Global Devices1
by 2020
~50B

5. Opportunity: Cloud Enables New Usages
Cloud 2015
Digital Services Economy
By 2020, 65-85% of apps will be
delivered via cloud infrastructure2
1. Source: Intel analysis, 2015
2. Source: Intel analysis, 2015
66% of current cloud demand
comes from consumer services1
1
Cloud 2020
IoT, Big Data, and Enterprise

6. Workload
Optimized
Silicon
Pervasive
Analytics &
Insights
Intelligent
Resource
Orchestration
Dynamic
Resource
Pooling
Driving the Digital Service Economy

7. How Intel and AWS Innovate To
Accelerate Cloud Adoption?

8. Workload Optimized Silicon
Augmented with storage, memory and network innovation
and specific workload accelerators
Processor Performance Gains Driven By:
Moore’s Law
Continued transistor
innovation; higher
density
Micro Architecture
New instructions,
bigger cache, faster
IO, etc.
Integration
Cores, memory,
graphics, PCI
Express®, Fabrics,
etc.
New Technologies
Intel®
Hyperthreading,
Intel® Virtualization,
Intel® Turbo Boost

9. Navigate Workloads Complexity
E- Commerce
Dedicated
Hosting
Enterprise
Applications
High
Performance
Computing
Big DataContent Delivery
and Gaming
Graphics
Rendering
I/O Intensive
CPU&Memory
Intensive
Cold
Storage
Low End
Networking
Edge
Routing
Storage
De-dupe
Cloud RAN
Small
Cell
Higher latency, lower throughput Lower latency, higher throughput

10. EC2 Offerings Can Address All Of Them
E- Commerce
Dedicated
Hosting
Enterprise
Applications
High
Performance
Computing
Big DataContent Delivery
and Gaming
Graphics
Rendering
I/O Intensive
CPU&Memory
Intensive
Cold
Storage
Low End
Networking
Edge
Routing
Storage
De-dupe
Cloud RAN
Small
Cell
T2 Micro Instance
M3 Standard Instance
M4 Instances
E5-2670 v2
E5-2676v3
C4 Compute
Optimized
E5-2666 v3
R3 Memory Optimized
X1 2TB memory
I2 I/O intensive
E5-2670 v2
D2 Dense
Storage
G2 GPU Instance
E5-2670
E5-2680 v2
Xeon Family
E5-2676 v3
E7 - v3
Lower latency, higher throughputHigher latency, lower throughput

11. Intel in the AWS EC2
AWS utilizes Custom Intel® Xeon® processors providing customers with high performance
and value available in EC2, using high core count high frequency processors
C4, D2, M4 Instance types are optimized for different use cases & come in multiple sizes,
so users can optimally scale resources to workload requirements
– Better Performance with Intel® AVX for highly parallel HPC workloads (e.g life science engineering, data
mining, financial analysis) AVX also enhances image, video and audio processing
– Enhance security with Intel® AES-NI these new encryption instructions that reduce the performance
penalty associated with encrypting/decrypting data: free-up more cycles for your workloads!
– Get more computing power with Intel® Turbo Boost Technology when needed with performance that
adapts to spikes in workload with Intel® Turbo Boost Technology 2.0
Intel®
Xeon E5-
2666 v3
C4
Intel®
Xeon E5-
2676 v3
D2
Intel®
Xeon E5-
2676 v3
M4
Custom Intel®
Xeon® processors
for new AWS
instances
Amazon EC2

12. X1 instance Tons of Memory
X1 featuring up to 2TB of memory, 100 vCPU
Designed for demanding enterprise workloads,
including productions installations of SAP
HANA, Microsoft SQL Server, Apache Spark
and Presto
Using Intel E7 v3 Haswell processors
Available during H1 2016 in EC2
Amazon EC2

13. Intel in AWS Solutions
• Scale out analytics manage and process massive amounts of data
from any source. Amazon EMR runs on the Amazon EC2 service
• Scale out data warehouse Amazon Redshift provides a managed
massively parallel petabyte scale data warehouse
• Scale up analytics leverage in memory computing for unfettered data
access. SAP users can launch entire enterprise software stacks on the
AWS platform and use multicore optimized instances in either single-
node or scale-out configurations
• Analytics at the edge for the internet of things ingest and analyze data
streams in real time using Intel intelligent gateways at the edge
connected to Amazon services such as Kinesis and or AWS IoT
• Intel Security Management and protection technology available from
the AWS Market Place to secure your cloud and physical infrastructure
Intel® IoT Gateways
Amazon EMR
Amazon Redshift
Amazon Kinesis
AWS IoT
Intel Security

14. Internet of Things as use case

15. The Intel IoT Gateway Advantage
Sensors
Actuators
Meters
Legacy
Systems
Smart
Machines
Human/
Machine Interfaces
Communication
Infrastructure
Gateway
Gateways have been used in
business and industry for decades
to enable machine-to-machine
(M2M), Integrated Services Router
(ISR), and cellular connectivity.
IoT Gateways are used to connect
edge devices to the cloud and help filter
data in areas such as:
• Industrial
• Smart City
• Smart Building
• Retail
• Transportation
• Finance
• Healthcare
Intel® IoT Gateway-based solutions provide
standard features, plus:
• Strengthen security through silicon-based security
capabilities
• Enable near-real-time edge analytics for actionable insight
at the edge
• Support micro services and vertical packages
• Enable deployment of new applications/services
• Are field-programmable

16. End to End Innovation in IoT : congestion charge solution

17. Management
Single pane of glass for automated
management
McAfee Public Cloud Server Security
2
Visibility
Immediate insights into cloud-based
and on-premise servers
Comprehensive solution designed for public cloud security needs
Protection
Same world-class technologiesas physical
server solutions
Available on

18. Example with Security Incidents within ePO
Detailed
information for
unauthorised
application blocked
Detailed information
for unauthorised
change blocked
Visibility to security
violations and
incidents

19. Comprehensive Host-Based Security Controls
DevOps-friendly deployment
INTEGRITY
MONITORING
ENCRYPTION
MANAGEMENT
APPLICATION
WHITELISTING
INTRUSION
PREVENTION
HOST
FIREWALL
ANTIVIRUS THREAT
INTELLIGENCE
EXCHANGE*
For Windows and Linux
* Add-on

20. In Summary
Intel & AWS are collaborating jointly
• Providing You the best in class compute in EC2 to fit your workloads
• A seamlessly connected Cloud Infrastructure providing an unmatched
competitive advantage
• IoT innovation from the edge to the cloud
• Comprehensive security solution to protect your innovations

21. 26 | © 2013 Wind River. All Rights Reserved.
INTEL AWS JOINT IOT
REFERENCE ARCHITECTURE
Speaker, Title
26 | © 2014 Wind River. All Rights Reserved.

22. MCU
• WiFi + LP WiFi
• Bluetooth®
Technology + BTLE
• 3G/4G/LTE (GPRS)
• ZigBee*, Zwave*
• 6LoWPAN*
• WiHART*
• Ethernet
• RFID
Gateway
Gateway
MCU
I/O
Sensor
Actuator
Sensor
Actuator
Sensor
Sensor
Device Security,
Configuration & Management
MESSAGE BROKER
Communicate with devicesvia MQTT andHTTP
AUTHENTICATION
AUTHORIZATION
Secure with mutualauthenticationandencryption
RULES
ENGINE
Transformmessagesbased on rules
and route to AWS Services
AWS Services
- - - - -
3P Services
SHADOW
Persistent thingstate during intermittent
connections
APPLICATIONS
AWS IoT API
REGISTRY
Identity andManagementof yourthings
ODM GW Manufacturer
Device
Inventory
Reference Architecture
• Seamless, secure connection
of devices to the AWS IoT
cloud
• Deliver trusted data to
applications hosted on AWS
• Scalable platform supporting
billions of devices and trillions
of messages
• Wind River Helix Device Cloud
services for onboarding,
monitoring, diagnostics, remote
management, and policy
management of devices

23. Solution Overview
MCU
• WiFi + LP WiFi
• Bluetooth®
Technology + BTLE
• 3G/ 4G/ LTE (GPRS)
• ZigBee*, Zwave*
• 6LoWPAN*
• WiHART*
• Ethernet
• RFID
Gateway
Gateway
MCU
I/O
Sensor
Actuator
Sensor
Actuator
Sensor
Sensor
Device Security,
Configuration & Management
MESSAGE BROKER
Communic ate with devices v ia MQTT andHTTP
AUTHENTICATION
AUTHORIZATION
Secure with mutualauthenticationandenc ryption
RULES
ENGINE
Transform mes s agesbas ed on rules
and route to AWS Serv ic es
AWS Services
- - - - -
3P Services
SHADOW
Pers is tent things tate during intermittent
c onnec tions
APPLICATIONS
AWS IoT API
REGISTRY
Identity andManagementof yourthings
ODM GW Manufacturer
Device
Inventory
4
1
5
2
7
6
3
8
9
11
10
12
1 - ODM initiates Gateway provisioning by sending
device inventory data (list of Gateways, serial
number, certs) to Helix Device Cloud (HDC). HDC
ingests device inventory data securely through REST
APIs.
2 - AWS IoT Hub gets device inventory data
via HDC APIs.
3 - Provisioning Applications takes care of
provisioning subscriptions.
4 - Once customer powers ON the Gateway,
the device securely boots up and HDC
attests the Gateway
5 - HDC inserts device certificates into AWS
device registry via APIs
6 - AWS agent authenticates with AWS IoT
Hub using device certificates on the GW
(Hardware Root of Trust) and establishes
secure data path to the cloud
7 - Business Applications on the
device acquires data from connected
sensors
8 - AWS IoT Client on the Gateway
transmits sourced data up to AWS IoT
9 - Data messages are routed, processed,
stored and made available for enterprise
integration
10 - Application Software Manager
pushes the updates to HDC using APIs
11 - HDC prepares signed RPM
packages and pushes it securely to the
Gateway
12 - The Intel agent on the Gateway
gracefully upgrades the Software