2. This is a Safe Harbor Front slide, one of two Safe Harbor Statement slides included in this template.
One of the Safe Harbor slides must be used if your presentation covers material affected by Oracle’s Revenue Recognition Policy
To learn more about this policy,
For internal communication, Safe Harbor Statements are not required. However, there is an applicable disclaimer (Exhibit E) that should be used, found in the Oracle Revenue Recognition Policy for Future Product Communications. Copy and paste this link into a web browser, to find out more information.  
For all external communications such as press release, roadmaps, PowerPoint presentations, Safe Harbor Statements are required. You can refer to the link mentioned above to find out additional information/disclaimers required depending on your audience.
Confidential – Oracle Internal/Restricted/Highly Restricted

3. Modern Cloud Infrastructure
Paul Jenkins
IaaS Product Manager

4. Oracle Infrastructure as a Service Strategy
Give customers a “high fidelity data center” in the Oracle Cloud
Cost-effective, highly-elastic Compute, Storage, and Network resources
Migrate existing Software Stacks and Automation Tools without re-write
Deep control with unmatched security, governance, and performance
It starts with a Modern Cloud Infrastructure…
Oracle IaaS gives you:
a Software Defined Virtualized Data Center
Cost effective, highly elastic Compute, Storage, and Network Resources
Allowing you to:
Easily migrate your existing Software Stacks and Infrastructure Automation Tools without needing to re-write them
While providing you with full control of infrastructure, and strong security, governance, and performance

5. What is modern ?
Confidential – Oracle Internal/Restricted/Highly Restricted

6. What is modern ?
Confidential – Oracle Internal/Restricted/Highly Restricted

7. Cloud is Modern – right ?

8. On-premises is old fashioned – right ?

9. Oracle Re-Engineered the Cloud Platform

10. Oracle Re-Engineered the Cloud Platform Oracle
Modern Cloud Infrastructure
Bare metal servers in minutes
Pay for what you use
Raw performance without hypervisor overhead
Integrated compute, storage, database services on their own private network
All features automated, usable via console or API
Enterprise-level governance

11. Latest Technologies Enable a Modern Cloud Infrastructure
Technology
Benefit
Availability domains
Enables enterprise-level high availability
Flat, non-blocking network
Enables predictable low latency; eliminates “noisy neighbors”
Off-box IO virtualization & automated hardware wiping
Enables secure deployments of bare metal servers without Oracle management software overhead
Direct-attached NVMe storage
Enables highest IO workloads

12. Regions and Availability Domains
At least three fault-independent Availability Domains (AD) with low latency and high-bandwidth network interconnect
AD-2
AD-3
AD-1
Region
Enables zero-data-loss architectures (e.g. Oracle MAA) and high availability scale-out architectures (e.g. Cassandra)
Bandwidth
One-way Latency
Between hosts in an AD
10 Gb/s
< 100µs
Between ADs in a Region
1 Tb/s
< 500µs

13. Global Connectivity Region AD-1 AD-2 AD-3 Region Region AD-1 AD-1 AD-2

14. Physical Network Highly scalable, flat physical network design1
nnn 4 32
Compute Pod
Highly scalable, flat physical network design
No network or CPU oversubscription provides predictable bandwidth & performance
Predictable latency and a maximum of two hops between Compute & Storage even at scale

15. Off-box IO Virtualization Maximizes Flexibility and Security
Enables anything with a network port = most customer flexibility
No Oracle software on the compute hosts = best-in- class customer security
Direct connectivity between compute & storage nodes = industry- leading performance
Flat Network
To Internet
Our customers demand the best of both Enterprise and Cloud Availability and Security techniques.  
Our datacenters provide redundant external connectivity and redundant power.  
Our network is an island network without any external connectivity - to get to the Internet, explicit virtual network configuration is required, providing for higher security and easy auditability.
Our control plane services are completely segregated from the Internet.
To Customer on-premises network
To other Availability Domains in same region
Customer Compute
Customer Storage
Network Ingress/Egress
Internal Control Planes

16. Putting it All Together: Reliable, Predictable, Flexible, Fast
NVMe storage
VMs
DBaaS etc ….
Bare metal compute
Compute &
Storage
Virtual
Network
Putting it all together.
Compute &
Storage
Physical
Network
Availability Domains
AD-1
AD-2
AD-3

17. Cutting-edge, High IO Hardware Technology
High Performance Compute Systems
36 Cores per Server
Standard: Non-NVMe SSD, 256 GB RAM
High I/O: 13.2 TB NVMe SSD, 512 GB RAM
Dense I/O: 28.8 TB NVMe SSD, 512 GB RAM
Compute
High Performance Storage Systems
Local NVMe: up to 28.8 TB/Server, ~4 Million IOPs
Block Storage: 256GB-2TB, 1,500 IOPs per Volume
Object Storage – High Throughput, Strong Consistency
Storage

18. Virtual Cloud Networks
VCN /16
Availability Domain 1
Subnet 1
/24
Route Table
Availability Domain 2
DRG
IP-Sec VPN
MPLS
Fastconnect
Subnet 2
/24
Virtual Router
Availability Domain 3
Subnet 3
/24
Confidential – Oracle Internal/Restricted/Highly Restricted

19. Provides governance designed for the enterprise
Oracle Bare Metal Cloud Services
Prepared: 11/3/2017 7:00 AM
Provides governance designed for the enterprise
Customer Tenant
Users & Groups
Compartments
Cost Limits
Support for GBAC, PBAC, RBAC and ABAC
Our cloud is organized into compartments, which provide isolated sub-clouds for projects
A ‘least privilege’ operating environment
Maps to enterprise identity
Billing and metering per compartment
Straightforward and descriptive policy language
Does not support setting of usage quotas for users or compartments. You can only assign resources and users/groups to compartments.
Customer Compartment
Analytics
Working Group
Compute, Storage, Network
Finance
Development
Compute
Organization
Access
Resources
Copyright Oracle USA All rights reserved.

20. BMCS Use Cases
Confidential – Oracle Internal

21. Rendering as a Service “The Platform” “The Pack” Studios / Artists
TENANCY
Management
“The Platform”
BMCS Render
Node
“The Pack”
Job Submission
Studios / Artists
Finished Render
OVH
etc
Other Platforms
Confidential – Oracle Internal/Restricted/Highly Restricted

22. HPC Brokering Head-End HPC Compute Clusters Portal BMCS Node TENANCY
AVAILABILITY DOMAIN
Accademics
High-Tech
Job Submission
Workflow
Cluster Management
BMCS Node
AVAILABILITY DOMAIN
In-House
Universities
AWS

23. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty
Global Data Protection Regulation (GDPR) comes into effect May 25th 2018 and effects all companies processing data of EU residents. It’s purpose is to strengthen and unify data protection for individuals within the EU. It also addresses export of personal data outside the EU. The primary objectives of the GDPR are to give citizens back the control of their personal data and to simplify the regulatory environment for international business by unifying the regulation within the EU.
Confidential – Oracle Internal/Restricted/Highly Restricted

24. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty REGION US
This requirement extends to all data sovereignty regions and companies will need to deal with data protection and privacy rules. This goes beyond firewalls, encryption etc and requires a different approach to data security.
Evil Corp
REGION US
REGION GB
REGION EU
REGION APAC
Evil Inc
Evil Ltd
Evil Gmbh
Evil Pty
Confidential – Oracle Internal/Restricted/Highly Restricted

25. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty REGION US
Organizations with holding personal data across multiple regions will need to control and audit access to that data.
Evil Corp
Corporate Data
REGION US
REGION GB
REGION EU
REGION APAC
Evil Inc
Evil Ltd
Evil Gmbh
Evil Pty
Confidential – Oracle Internal/Restricted/Highly Restricted

26. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty REGION US
Anzen’s approach to this is to separate personal identifiable information and store anonymized data across multiple regions.
Evil Corp
Corporate Data
REGION US
REGION GB
REGION EU
REGION APAC
Evil Inc
Evil Ltd
Evil Gmbh
Evil Pty
US Regional Data
Confidential – Oracle Internal/Restricted/Highly Restricted

27. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty REGION US
Corporate Data
REGION US
REGION GB
REGION EU
REGION APAC
Evil Inc
Evil Ltd
Evil Gmbh
Evil Pty
Confidential – Oracle Internal/Restricted/Highly Restricted

28. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty REGION US
The data will only be able to be useful when brought back together. This is only allowed to be done within the controlling data jurisdiction region and under full audit control.
Evil Corp
REGION US
REGION GB
REGION EU
REGION APAC
Evil Inc
Evil Ltd
Evil Gmbh
Evil Pty
US Regional Data
Confidential – Oracle Internal/Restricted/Highly Restricted

29. GDPR Evil Corp Evil Inc Evil Ltd Evil Gmbh Evil Pty REGION US
REGION GB
REGION EU
REGION APAC
Evil Inc
Evil Ltd
Evil Gmbh
Evil Pty
Confidential – Oracle Internal/Restricted/Highly Restricted

30. Technical Solution REGION US REGION EU Spark Cluster MongoDB Cluster
Near real time synch
REGION US
REGION EU
Spark Cluster
MongoDB Cluster
Spark Cluster
MongoDB Cluster
AVAILABILITY DOMAIN
Spark Node
Mongo Node
AVAILABILITY DOMAIN
Spark Node
Mongo Node
AVAILABILITY DOMAIN
Spark Node
Mongo Node
AVAILABILITY DOMAIN
Spark Node
Mongo Node
VCN
VCN
AVAILABILITY DOMAIN
Spark Node
AVAILABILITY DOMAIN
Mongo Node
Spark Node
Mongo Node
Confidential – Oracle Internal/Restricted/Highly Restricted

31. Confidential – Oracle Internal/Restricted/Highly Restricted