Copyright 2014 Oracle and/or its affiliates. All rights reserved.

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3 Safe Harbor Statement The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functionality described for Oracle s products remains at the sole discretion of Oracle. Copyright 2014, Oracle and/or its affiliates. All rights reserved. Oracle Confidential Internal/Restricted/Highly Restricted 3

4 The Oracle Cloud 2014

5 The Oracle Cloud 2014 All Three Layers of Cloud Services: SaaS, PaaS, IaaS Software as a Service: Lots more enterprise SaaS applications Platform as a Service: Easy to move existing applications to the cloud Infrastructure as a Service: Secure, reliable, lowest cost Enabled by Innovation: Engineered Systems, servers, storage, silicon 5

6 SaaS Applications More Enterprise SaaS Application than Anyone

7 Three Complete Suites of SaaS Applications More Enterprise SaaS Applications than Anyone Marketing Sales Service Customer Experience Configure, Price & Quote E-Commerce Social Campaigns & Listening Data as a Service Human Capital Management Global HR Talent Management Enterprise Resource Planning Financials Project Portfolio Management Procurement Supply Chain Management Enterprise Performance Management 7

8 Announcing: Oracle Cloud Platform Complete Set of Platform Services for Building Modern Secure Cloud Applications

9 Oracle Cloud Platform Complete Set of Platform Services for Building Modern Secure Cloud Applications Social Mobile Analytics Identity WebLogic Java Cloud Service Oracle Database Cloud Service 9

10 Oracle SaaS Application Suites Inherit Platform Features Multitenant, Social, Mobile, In-Memory Big Data Analytics, Security CX HCM ERP Social In-Memory Big Data Analytics Mobile Multitenant Security Oracle Cloud Platform 10

11 Oracle Cloud Platform Development Environment Extend SaaS Applications Using the Same Cloud Platform the Applications are Built On CX Extension HCM Extension CX HCM ERP ERP Extension Social In-Memory Big Data Analytics Mobile Multitenant Security Oracle Cloud Platform 11

12 The Oracle Cloud: Major Platform Upgrade Move Any Existing Oracle Database or Application to the Cloud by Pushing a Button Move to Cloud Move Back: No Code Changes! Non-Java App Java App WebLogic Java Server Database Oracle Database Server Database Oracle Database Platform Service Java App WebLogic Java Platform Service Non-Java App Infrastructure Compute & Storage Service Customer Data Center Oracle Cloud 12

13 Upgraded Oracle Database Platform as a Service Identical Capabilities as Oracle Database on Premise: September 2014 Database Schema as a Service: 2012 Database Instance as a Service Versions 12c and 11G September 2014 VM, Linux, Oracle Database Instance Fully Provisioned Full Network, VM and OS Isolation, Full SQL*Net Access Customer has SSH access into VM with root privilege Basic Database Service, EE High Performance Service, EE Extreme Performance Service 13

14 Moving Databases and Applications to the Cloud Pushing a Button Moves and Modernizes Database Applications Automatically compress data 10 to 1 Automatically encrypt data Automatically enable big data in-memory processing Automatically make applications multitenant Easily add mobile, social and analytic features 14

15 Oracle Database Platform as a Service: Much Easier to Use Database PaaS Completely Automated: Lower Cost than Database on IaaS or On-Premise Automatically Provision On-Demand Elastic Compute and Storage Automated Backup and Recovery Automated Patching and Upgrade Automatically Provision Data Guard Automatically Provision Real Application Clusters: RAC (coming soon) Complete Monitoring and Management Portals 15

16 Database Platform as a Service vs. Infrastructure as a Service Automation Simplifies and Speeds Up Database Provisioning IaaS Database Provisioning Select Image (11g 12c, shape, size) Install Database (DBCA) Configure Components Size & Tune (Memory) Configure Backup (RMAN) Monitoring (Cloud Portal) Database Ready for Use Select Configuration (11g, 12c, shape, size, features, prefs) PaaS Database Provisioning Streamlined Intelligent Automated Orchestrations Database Ready for Use

17 Oracle Database as a Service: Performance Extreme Performance In the Cloud and On-Premise Big Data SQL on Hadoop & NoSQL In-Memory Queries OLTP Record Holder

18 Introducing Oracle Big Data SQL Massively Parallel SQL Query across Oracle, NoSQL and Hadoop SQL Offload Query to to Data Nodes data subset SQL Small data subset quickly returned Offload Query to Exadata Storage Servers Hadoop & NoSQL Oracle Database 12c

19 Oracle Big Data Analytics

20 Oracle Big Data Analytics Strategy Event Data Data Lake (BDA or Object Storage Service) Data Factory Data Warehouse Oracle Visual Analytics (OBIEE) Social Data Enterprise Data Data Discovery Analytic Models Oracle Big Data Discovery

21 Oracle Big Data Analytics Demo data Discovery - Thomas Kurian -- Oracle OpenWorld Keynote : Start after 9:00 mins Memory Memory OLTP Sales Row Format Sales Column Format Analytics Sales In-Memory Database 100X Faster: OLTP & Analytics Data Mashups In-Memory ROLAP In-Memory M-OLAP Predictive Analytics Oracle BI: Visual Analytics Interactive Visual Data Analysis

22 Oracle In-Memory Applications Cost Management 1003X Faster Financial Analyzer 257 Times Faster Transportation Management 1030 Times Faster Sales Order Analysis 1700 Times Faster Receivables Management 3500X Faster Demand & Supply Planning 82 Times Faster Promotion Planning 76 Times Faster Time & Labor 1354 Times Faster Marketing 104X Faster Financial Consolidation 257 Times Faster Call Center Query 1245 Times Faster Management Reporting 129 Times Faster Oracle Applications are certified on Oracle DB 12c In-Memory

23 Oracle Big Data Analytics Query Offload to Data Nodes SQL Query Offload to Storage Servers Prediction & Collaboration Exploration & Discovery Data Transformation Data Profiling & Preparation Hadoop Big Data SQL Fast, Secure Oracle SQL on All your Data Big Data Discovery Visual Face to Hadoop

24 Oracle PaaS: Big Data Analytics Cloud Services Self-Service Data Loader Oracle BI Reports, KPIs Oracle 11 or 12 Database Analytics Cloud Analytics Cloud Faster & Better Business Analytics Data Lake in Storage Svc SQL on Hadoop Big Data Discovery Elastic Hadoop Service Analytics Cloud Faster & Better Business Analytics

25 Oracle SaaS: Big Data Analytics Cloud Services KPIs & Predictions SaaS Sources On-Premise Sources Packaged Analytics Analytics Cloud: OTBI Packaged Analytics & Predictions Machine Learning on Big Data Cross Channel Id Graph Enterprise Social Graph Graph Analytics Analytics Cloud: Data-as-a-Service Cross-Channel Identity as Data

26 Oracle Mobile

27 Oracle Mobile Strategy Bespoke Apps Packaged Apps Cloud Apps REST API Catalog Develop Deploy & Manage Mobile Cloud Service Secure Device Manage User Identity Mobile Security Multi-Device, Multi-OS Web & Native Apps

28 Oracle Mobile Composer Components Device Integration Mobile App Framework Cross OS, Cross Device Secure Container Access/Sign-On Governance Mobile Security Identity Management APIs Shaping Persistence Analytics Mobile Cloud Service MBaaS

29 Oracle Mobile Applications

30 Oracle Cloud Infrastructure Secure, Reliable, Low Cost

31 Oracle Cloud: Infrastructure as a Service Move Non-Java Applications to IaaS Compute Storage Linux VM 31

32 Oracle Cloud Scale 30, PB Computers Storage 62 million 23 billion Users/Day Transactions/Day 32

33 Cloud Infrastructure Innovation From Engineered Systems to Software in Silicon

34 Oracle Engineered Systems Apple and Oracle Engineer Hardware and Software to Work Together Extreme Performance Lower TCO More Reliable Pre-Integrated Less Management One-Stop Support Exadata Database Machine Exalogic Elastic Cloud Big Data Appliance Database Appliance Virtual Compute Appliance Exalytics In-Memory Machine SuperCluster T5-8 SuperCluster M6-32 Recovery Appliance Big Memory Machine 34

35 Announcing Exalytics with Oracle Database In-Memory

36 Engineered System: Exalytics X4-4 In-Memory Machine Easier to Use 10 to 100x Faster Brand new Software Oracle Database In-Memory Option: 100% data In-Memory Oracle Essbase: 200% faster with maximum concurrency Brand new Hardware Intel Xeon E7-V2; 50% faster clock speed; 50% more processing cores; optimized for Exalytics workload 50% more memory; 100% more flash; 33% more storage; 10X more networking 36

37 Oracle In-Memory Database Innovation Memory Memory OLTP Sales Sales Row Format Column Format Analytics BOTH row and column In-Memory formats for same data/table Simultaneously active and transactionally consistent 100X Faster Analytics & reporting: column format 2X Faster OLTP: row format Sales

38 Announcing Oracle Zero Data Loss Recovery Appliance

39 Backup Appliances Not Designed for Databases Treats Databases as Just Files to Periodically Copy Lose business data Restore from backup loses a day of data Slow down business Backup overhead slows applications Not scalable Must deploy and manage multiple appliances 39

40 Zero Data Loss Recovery Appliance 1000s Databases Protected RMAN Delta Push DBs access and send only changes Minimal impact on production Data Guard-like real-time redo ship instantly protects new transactions Recovery Appliance Offloads Tape Backup Protects all DBs in Data Center Petabytes of data, any DB release No expensive DB backup agents ZDLRA Delta Store massive DB of changes Stores validated, compressed DB changes on disk Fast restores to any point-in-time using deltas Built on Exadata scaling and resilience Enterprise Manager end-to-end control Oracle Cloud or Recovery Appliance 40

41 Zero Data Loss Recovery Appliance Complete Protection of All Critical Business Data Eliminates data loss Real time redo transport Minimal production impact Sends changes, not full backups Changes enable restore to any time Starts small, scales-out to petabytes Single rack is 4 times faster than Data Domain s biggest backup appliance 41

42 Announcing Oracle FS1: October 2014 Flash Storage Enterprise SAN

43 Oracle FS1: Flash Storage Enterprise SAN High Availability Scale-Out Architecture Up to 16 HA Nodes Petabytes of Flash Up to 2M 50/50 R-W IOPS Up to 80 GB/sec throughput Full suite of data services 43

44 Performance 2 Node HA Building Block, All Flash, FC FS , X EMC 1.2X EMC 1.5X EMC 1.5X EMC 8X EMC 9.7X EMC 4.9X EMC.less than half the price per TB EMC performance source published September 2014, EMC List Price Source of $510,000 for 20TB X-Brick, source Oracle performance from internal testing, Maximum Oracle FS1-2 flash capacity is 900TB, 173TB recommended for high-performance deployments. 44

45 Oracle FS1: All Flash Performance with Added Capacity of 2 Tiers of Disk CPU 100% Conventional Solid State Array Competitors Solution: Two Systems CPU 100% Separate Array CPU 90% 100% 10% HDD: 2.88PB Oracle FS1 Flash Storage Enterprise SAN 10-50TB HDD TB 45

46 Announcing M7 Microprocessor Software in Silicon

47 SPARC M7 Chip: Ultimate Hardware-Software Optimization High Security Moving Oracle Database & Java Software Functions into Hardware Moving software functions into hardware Performance In-Memory Acceleration Engines Software in Silicon Security Application Data Integrity SPARC M7 Coming CY 2015 Running NOW in lab Decompression Engines Capacity Sub-microsecond Cluster Messages Communication 47

48 Software in Silicon: Making In-Memory Processing Scream 10x Query Performance 3x Data in Memory Extreme Performance Higher Efficiency More Data 10x query performance over other processors Frees CPU cores for transactional processing Up to 3x the data in same memory with in-line decompression Available with Oracle Database 12c 48

49 Query Acceleration: Not Just Simply Queries Real-world Enterprise analytics accelerated Hardware for common range comparisons How many between start-date and end-date? The following query would run entirely in silicon SQL: SELECT count(*) WHERE lo_orderdate = d_datekey AND lo_partkey = AND d_year_monthnum BETWEEN AND ; Results placed directly in processor cache 49

50 Performance: In-Memory Query Acceleration Engines SPARC M7 Core Core Core Core Shared Cache SPARC M7 processor uses dedicated acceleration engines built on chip Independently process streams of database column elements placed in system memory Example: Find all values that match California Frees processor cores to run higher level SQL functions Accel Eng Accel Eng Accel Eng Accel Eng Reads data directly from memory, processes it, and places results in cache for core usage 50

51 Performance: Decompression within Acceleration Engines In-Memory Data Stream Compression is key to placing more data inmemory and in storage Speed of decompression is most important for database reading typically outweighs writing Acceleration Engine Decompress Process Performance of decompress on today s processors is fine for disk access, slow for flash, huge bottleneck for in-memory database Solution: Efficient compression algorithm plus acceleration engines runs decompress at full inmemory database speed, >120 GB/sec Equivalent to 16 decompression PCI cards, 64 CPU cores 51

52 Read DAX Write Read Write Software in Silicon: Accelerating Oracle Database 12c Higher Performance with Much Lower CPU Utilization Decompress More than Doubles data size Write Read Software scan Multiple steps t One step 10X faster SQL: SELECT count(*) WHERE lo_orderdate = d_datekey AND lo_partkey = AND d_year_monthnum BETWEEN AND ; 52

53 Software in Silicon: Protects Applications Security Security Security in the Cloud Hardware based memory protection Stops malicious programs from accessing other application memory Never been done before Can be always on: Hardware approach has negligible performance impact Results in more secure and higher available applications Greatly speeds software development 53

54 21 st Century Security: Application Data Integrity in the Cloud Hard Wired Protection Against All Forms of Data Intrusion Memory Pointers Memory Content SPARC M7 s Application Data Integrity stops memory corruption Memory pointer color must match content color or access is denied Can be used in optimized production code without impact on performance Allows increased speed of application development Helps stop malicious code from accessing secure data 54

55 2014: A Year of Innovation in the Cloud SaaS: More Enterprise SaaS Applications than Anyone PaaS: Easily Move Existing Application and Databases to the Cloud Platform IaaS: High Security and Reliability at the Commodity Prices Engineered Systems: Pre-Integrated Hardware and Software Software in Silicon: Protect Cloud Data Intrusion with Hard Wired Security 55

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