The document discusses sizing storage for SAP implementations. It describes different types of sizing including greenfield, brownfield, and hybrid. It also covers sizing tools from SAP like QuickSizer that estimate hardware requirements based on metrics like CPU time, memory usage, and disk space. The document emphasizes that sizing is an iterative process that requires validating assumptions with usage data and testing.
The document discusses Oracle Cloud Machine, which brings the capabilities of Oracle's public cloud behind a customer's firewall. It allows customers to maintain control over critical systems while gaining the agility, flexibility, and cost structure of the public cloud. Oracle Cloud Machine delivers Oracle's PaaS and IaaS software on-premises and manages it as a service. This gives customers a cloud-like experience with their data and applications on their own premises and under their control.
The presentation covers solutions from EMC to improve performance, increase data protection, enhance business continuity for your conventional SAP applications as well as SAP HANA.
This document introduces Oracle's Zero Data Loss Recovery Appliance, which provides a new approach to protecting Oracle databases. Traditional backup appliances treat databases as files and copy them periodically, which can slow production and leave gaps in protection during backups. The Recovery Appliance uses real-time redo transport to instantly protect ongoing transactions with no data loss. It offloads backup processing and scales to protect all databases, providing database-level recoverability without impacting production. Customers have achieved faster restores, reduced backup windows, capacity savings, and elimination of data loss.
Latest Innovations in Database as a Service Enabled by Oracle Enterprise ManagerHari Srinivasan
This document discusses innovations in database as a service enabled by Oracle Enterprise Manager. It describes how Oracle Enterprise Manager has become the control center for database as a service by leveraging technologies like multitenancy and storage snapshots to offer rapid provisioning, monitoring, and cloud governance. The document highlights new innovations in Oracle Enterprise Manager like the Database Consolidation Workbench, hybrid cloud migration, and continuous data refresh for DevOps. It also includes a case study on Oracle's Managed Cloud Database Service.
Sizing SAP on x86 IBM PureFlex with Reference ArchitectureDoddi Priyambodo
This document provides an overview of the IBM PureSystems platform and its suitability for running SAP workloads. It describes the Intel-based compute and storage nodes that comprise PureSystems, as well as connectivity and reliability features. Typical SAP landscape topologies that can be implemented on PureSystems are explained, including core, high availability, heterogeneous, and HANA-based landscapes. The document also discusses supported virtualization technologies, SAP software configurations, and IBM software integrations for PureSystems.
Delivering Pluggable Database as a ServicePete Sharman
This document discusses Oracle Enterprise Manager 12c and its capabilities for providing database as a service (DBaaS). It describes DBaaS architectures like virtual machines, dedicated databases, and pluggable databases. It also discusses concepts like zones, pools, and service templates that allow flexible provisioning of database and middleware infrastructure in private and public clouds. Several use cases are provided to illustrate how DBaaS can be implemented using these concepts to meet the needs of different organizations and applications.
The document discusses sizing storage for SAP implementations. It describes different types of sizing including greenfield, brownfield, and hybrid. It also covers sizing tools from SAP like QuickSizer that estimate hardware requirements based on metrics like CPU time, memory usage, and disk space. The document emphasizes that sizing is an iterative process that requires validating assumptions with usage data and testing.
The document discusses Oracle Cloud Machine, which brings the capabilities of Oracle's public cloud behind a customer's firewall. It allows customers to maintain control over critical systems while gaining the agility, flexibility, and cost structure of the public cloud. Oracle Cloud Machine delivers Oracle's PaaS and IaaS software on-premises and manages it as a service. This gives customers a cloud-like experience with their data and applications on their own premises and under their control.
The presentation covers solutions from EMC to improve performance, increase data protection, enhance business continuity for your conventional SAP applications as well as SAP HANA.
This document introduces Oracle's Zero Data Loss Recovery Appliance, which provides a new approach to protecting Oracle databases. Traditional backup appliances treat databases as files and copy them periodically, which can slow production and leave gaps in protection during backups. The Recovery Appliance uses real-time redo transport to instantly protect ongoing transactions with no data loss. It offloads backup processing and scales to protect all databases, providing database-level recoverability without impacting production. Customers have achieved faster restores, reduced backup windows, capacity savings, and elimination of data loss.
Latest Innovations in Database as a Service Enabled by Oracle Enterprise ManagerHari Srinivasan
This document discusses innovations in database as a service enabled by Oracle Enterprise Manager. It describes how Oracle Enterprise Manager has become the control center for database as a service by leveraging technologies like multitenancy and storage snapshots to offer rapid provisioning, monitoring, and cloud governance. The document highlights new innovations in Oracle Enterprise Manager like the Database Consolidation Workbench, hybrid cloud migration, and continuous data refresh for DevOps. It also includes a case study on Oracle's Managed Cloud Database Service.
Sizing SAP on x86 IBM PureFlex with Reference ArchitectureDoddi Priyambodo
This document provides an overview of the IBM PureSystems platform and its suitability for running SAP workloads. It describes the Intel-based compute and storage nodes that comprise PureSystems, as well as connectivity and reliability features. Typical SAP landscape topologies that can be implemented on PureSystems are explained, including core, high availability, heterogeneous, and HANA-based landscapes. The document also discusses supported virtualization technologies, SAP software configurations, and IBM software integrations for PureSystems.
Delivering Pluggable Database as a ServicePete Sharman
This document discusses Oracle Enterprise Manager 12c and its capabilities for providing database as a service (DBaaS). It describes DBaaS architectures like virtual machines, dedicated databases, and pluggable databases. It also discusses concepts like zones, pools, and service templates that allow flexible provisioning of database and middleware infrastructure in private and public clouds. Several use cases are provided to illustrate how DBaaS can be implemented using these concepts to meet the needs of different organizations and applications.
Oracle enterprise manager cloud control 12csolarisyougood
The document discusses the top 10 features of Oracle Enterprise Manager Cloud Control 12c for database administrators (DBAs). It summarizes each feature: 1) Database Lifecycle Management automates database patching and upgrades. 2) Real-Time Database Operations Monitoring provides real-time SQL and PL/SQL monitoring. 3) EM Command Line Interface enables scripting and automation of tasks. 4) ASH Analytics provides a multi-dimensional view of advisory and statistics data. 5) Backup and Recovery integrates RMAN backups into the user interface. 6) Pluggable Database Support manages container and pluggable databases. 7) Compare Period ADDM compares database performance over time. 8) Real-Time ADDM analyzes hung or slow databases.
Presentation disaster recovery for oracle fusion middleware with the zfs st...solarisyougood
The document discusses disaster recovery for Oracle Fusion Middleware using the ZFS Storage Appliance. It outlines the business drivers for disaster recovery including decreasing acceptable downtime. It then provides an overview of using the ZFS Storage Appliance to replicate Oracle Fusion Middleware data to a secondary site for disaster recovery. Key benefits include simplicity, cost savings, and reduced risk. Oracle provides support services to maximize availability of the solution.
The document discusses Oracle's new online patching capabilities for E-Business Suite (EBS) releases starting with 12.2. With online patching, EBS remains available to users during the patching process. Patches are applied to a copy of the production environment while users continue working in production. The brief downtime occurs during a "cutover" where users are switched from the production to patched copy. This new approach aims to reduce downtime from hours or days to just minutes.
This document discusses how flash storage technology can accelerate database application performance. It outlines database storage challenges due to the growing performance gap between CPUs and HDDs. Flash storage delivers lower latency, higher throughput and less power consumption compared to HDDs. Oracle's flash portfolio includes flash modules, drives, controllers and the high-performance Sun Flash Storage F5100 array. Oracle software like the Database Smart Flash Cache and ZFS Storage Appliance with Hybrid Storage Pools integrate flash optimization. Implementation examples show flash improving response times, throughput and supporting more transactions. The document concludes by discussing next steps to learn more about Oracle's flash solutions.
High Availability Infrastructure for Cloud ComputingBob Rhubart
This document discusses high availability infrastructure for cloud computing. It covers hardware infrastructure, system architecture, and considerations for reducing downtime during system migrations. The author is Kai Yu, an Oracle solutions architect with Dell who has 17 years of experience with Oracle technology. The agenda includes high availability requirements in cloud, hardware infrastructure, system architecture, reducing migration downtime, and QA.
The document discusses high availability and disaster recovery in cloud environments. It describes basic, intermediate, and advanced cloud deployment architectures with increasing levels of redundancy. The basic option uses a single cloud zone, intermediate uses multiple zones for failover, and advanced fully duplicates zones. The ultimate option fully duplicates deployments across multiple cloud providers for the highest availability. Challenges discussed include applications not being designed for high availability features like clustering or replication.
Oracle provides a modern cloud infrastructure with bare metal servers, virtual machines, high performance storage, and networking services. Key aspects include availability domains for high availability, non-oversubscribed networking for predictable performance, and direct-attached NVMe storage for high IO workloads. Oracle's infrastructure is designed to provide enterprise-level features like governance, security and reliability while also offering flexibility, pay-as-you-go pricing, and integration with Oracle applications.
The document discusses Oracle's strategy of simplifying IT through engineered systems like Exadata and Exalogic. It provides an overview of Oracle's engineered systems, how they are optimized and integrated to work together at both the hardware and software levels. Key benefits highlighted include extreme performance, manageability, support and lower costs compared to traditional systems. The document also introduces the new Exalogic X3-2 system which provides more cores, memory and flash at the same price point as previous versions.
Demartek evaluated the Lenovo Storage S3200 SAN for SQL Server Database Performance. Read this report to learn how well the S3200 did and why you should consider it for you business!
Oracle Enterprise Manager Cloud Control 12c - Top 10 Features for DBAsLeighton Nelson
This document summarizes the top 10 features for database administrators (DBAs) in Oracle Enterprise Manager Cloud Control 12c. It discusses features such as database lifecycle management, real-time database operations monitoring, the EM Command Line Interface (EMCLI), ASH analytics, backup and recovery improvements, pluggable database support, Automatic Database Diagnostic Monitor (ADDM) enhancements, and database-as-a-service capabilities. The presentation was given by Leighton Nelson, an Oracle DBA of over 10 years who works at Mercy, a large Catholic health system.
2689 - Exploring IBM PureApplication System and IBM Workload Deployer Best Pr...Hendrik van Run
IBM IMPACT 2013 presentation
This lecture will provide an overview of a combination of design, development, configuration and deployment best practices for IBM PureApplication System and IBM Workload Deployer captured from customer engagement experiences.
Oracle enterprise manager cloud control 12csolarisyougood
Oracle Enterprise Manager Cloud Control 12c is a tool for managing Oracle databases, middleware, and applications in private and public clouds. It provides complete lifecycle management including monitoring, metering and chargeback, configuration management, and integration with Oracle's engineered systems. Key features include consolidation planning, Exadata management, real-time performance monitoring and issue diagnosis, and metering of various cloud resources for optimization and cost allocation.
EMC presented an overview of SQL Server 2012 and how it can help organizations unlock insights from data, improve performance of mission critical applications, and create business solutions across on-premises and cloud environments. EMC positions itself as the leader in mission critical infrastructure and discusses how its storage solutions like VNX, VMAX, and FAST cache can boost the performance of SQL Server workloads by 3-4x while improving reliability, availability, backup speeds and reducing storage needs. The presentation provides best practices for optimizing SQL Server deployments and highlights EMC's management and data protection tools for SQL Server.
MySQL in the Cloud, is Amazon RDS for you?Continuent
With more and more business moving into the cloud, the inclination is to use more cloud-based databases services, such as Amazon RDS. Deployment of Amazon RDS is capable with just a few buttons, but there are big differences between firing up a simple database for testing, and translating that into a full deployment to be used in production. For this to work properly, you have to consider many other aspects of the deployment, including high availability (HA), disaster recovery (DR), and scalability of your solution within your application's requirements.
Continuent Tungsten provides a full data management solution that is already handling hundreds of millions of transactions daily for our customers. This webinar explores how your business can benefit from Continuent Tungsten, a flexible clustering solution that helps data-driven businesses handle billions of transactions daily across a wide range of environments. We'll focus on the following problems in particular:
- Ensuring fully capable cloud DBMS operation
- Avoiding lock-in by choosing solutions that run across clouds as well as on-premises
- Spreading MySQL data over regions using flexible primary/DR and multi-master topologies
- Controlling maintenance intervals and the DBMS stack directly
- Integrating in real-time to data warehouses and on-premises DBMS like Oracle
- Ensuring immediate access to top-notch, 24x7 support when things go south.
Learn how you can use Continuent Tungsten to build scalable management solutions that offer the economic benefits of the cloud with the enterprise capabilities required by businesses that live and die by their data. Your data is too precious to take shortcuts.
Michał Wawrzyński @ "Oracle Systems jako infrastruktura dla chmur prywatnych"...Ewa Stepien
Michał Wawrzyński, prezentacja pt.:"- "Oracle Systems jako infrastruktura dla chmur prywatnych" @ "I Manewry w Chmurze Partnerów Oracle" - 23-24.czerwca 2015, Serock
This document discusses Oracle's storage and Linux portfolio. It provides an overview of Oracle's storage offerings including Exadata, Sun ZFS Storage Appliance, and tape storage. It then discusses how Oracle Storage is engineered for Oracle software. The document also summarizes Oracle Linux and how it provides a reliable, high-performing Linux environment along with tools for management and clustering. It compares support and pricing of Oracle Linux to Red Hat Enterprise Linux. Finally, it outlines Oracle's x86 server strategy and differentiation.
This document provides an overview and strategy for Oracle systems. It outlines challenges customers face with increasing costs, resource constraints, time to value, and outdated infrastructure. It then summarizes Oracle's engineered systems approach which provides extreme performance, low risk deployment, and breakthrough efficiency through fully integrated hardware and software solutions. The document reviews several Oracle engineered systems like Exadata, Exalogic, Exalytics, and Oracle servers that are designed to work together.
High availability and disaster recovery in IBM PureApplication SystemScott Moonen
This document discusses high availability and disaster recovery strategies for IBM PureApplication System. It begins with definitions of key terms like HA, DR, RTO, and RPO. It then outlines the various tools in PureApplication System that can be used to achieve HA and DR, such as compute node availability, block storage, storage replication, and external storage. The document provides examples of how to compose these tools to meet different HA and DR scenarios, like handling compute node failures, database updates, and site failures. It concludes with some caveats around networking considerations and middleware-specific factors.
Commonwealth Bank of Australia's Private Cloud ImplementationVishal Sharma
The document provides an overview of Commonwealth Bank of Australia's (CBA) private cloud initiatives, including Oracle as a Service (OaaS), On Demand Platform (ODP), and Enterprise Platform (EP). OaaS aims to consolidate over 300 Oracle database environments onto standardized platforms to reduce costs and improve management. ODP introduces infrastructure platforms as a service (iPaaS) delivered by multiple providers to provide flexibility. CBA sees significant cost savings through these initiatives while improving agility, availability, and time to market for new applications.
C1 oracle's cloud computing strategy your strategy-your cloud_your choiceDr. Wilfred Lin (Ph.D.)
The document outlines Oracle's cloud strategy and solutions for cloud consumers and providers. It discusses Oracle's offerings across infrastructure as a service (IaaS), platform as a service (PaaS) and software as a service (SaaS). Oracle provides private, public and hybrid cloud solutions with the most complete set of cloud products and services in the industry. The document also discusses Oracle's approach to application consolidation and migration to the cloud.
Oracle enterprise manager cloud control 12csolarisyougood
The document discusses the top 10 features of Oracle Enterprise Manager Cloud Control 12c for database administrators (DBAs). It summarizes each feature: 1) Database Lifecycle Management automates database patching and upgrades. 2) Real-Time Database Operations Monitoring provides real-time SQL and PL/SQL monitoring. 3) EM Command Line Interface enables scripting and automation of tasks. 4) ASH Analytics provides a multi-dimensional view of advisory and statistics data. 5) Backup and Recovery integrates RMAN backups into the user interface. 6) Pluggable Database Support manages container and pluggable databases. 7) Compare Period ADDM compares database performance over time. 8) Real-Time ADDM analyzes hung or slow databases.
Presentation disaster recovery for oracle fusion middleware with the zfs st...solarisyougood
The document discusses disaster recovery for Oracle Fusion Middleware using the ZFS Storage Appliance. It outlines the business drivers for disaster recovery including decreasing acceptable downtime. It then provides an overview of using the ZFS Storage Appliance to replicate Oracle Fusion Middleware data to a secondary site for disaster recovery. Key benefits include simplicity, cost savings, and reduced risk. Oracle provides support services to maximize availability of the solution.
The document discusses Oracle's new online patching capabilities for E-Business Suite (EBS) releases starting with 12.2. With online patching, EBS remains available to users during the patching process. Patches are applied to a copy of the production environment while users continue working in production. The brief downtime occurs during a "cutover" where users are switched from the production to patched copy. This new approach aims to reduce downtime from hours or days to just minutes.
This document discusses how flash storage technology can accelerate database application performance. It outlines database storage challenges due to the growing performance gap between CPUs and HDDs. Flash storage delivers lower latency, higher throughput and less power consumption compared to HDDs. Oracle's flash portfolio includes flash modules, drives, controllers and the high-performance Sun Flash Storage F5100 array. Oracle software like the Database Smart Flash Cache and ZFS Storage Appliance with Hybrid Storage Pools integrate flash optimization. Implementation examples show flash improving response times, throughput and supporting more transactions. The document concludes by discussing next steps to learn more about Oracle's flash solutions.
High Availability Infrastructure for Cloud ComputingBob Rhubart
This document discusses high availability infrastructure for cloud computing. It covers hardware infrastructure, system architecture, and considerations for reducing downtime during system migrations. The author is Kai Yu, an Oracle solutions architect with Dell who has 17 years of experience with Oracle technology. The agenda includes high availability requirements in cloud, hardware infrastructure, system architecture, reducing migration downtime, and QA.
The document discusses high availability and disaster recovery in cloud environments. It describes basic, intermediate, and advanced cloud deployment architectures with increasing levels of redundancy. The basic option uses a single cloud zone, intermediate uses multiple zones for failover, and advanced fully duplicates zones. The ultimate option fully duplicates deployments across multiple cloud providers for the highest availability. Challenges discussed include applications not being designed for high availability features like clustering or replication.
Oracle provides a modern cloud infrastructure with bare metal servers, virtual machines, high performance storage, and networking services. Key aspects include availability domains for high availability, non-oversubscribed networking for predictable performance, and direct-attached NVMe storage for high IO workloads. Oracle's infrastructure is designed to provide enterprise-level features like governance, security and reliability while also offering flexibility, pay-as-you-go pricing, and integration with Oracle applications.
The document discusses Oracle's strategy of simplifying IT through engineered systems like Exadata and Exalogic. It provides an overview of Oracle's engineered systems, how they are optimized and integrated to work together at both the hardware and software levels. Key benefits highlighted include extreme performance, manageability, support and lower costs compared to traditional systems. The document also introduces the new Exalogic X3-2 system which provides more cores, memory and flash at the same price point as previous versions.
Demartek evaluated the Lenovo Storage S3200 SAN for SQL Server Database Performance. Read this report to learn how well the S3200 did and why you should consider it for you business!
Oracle Enterprise Manager Cloud Control 12c - Top 10 Features for DBAsLeighton Nelson
This document summarizes the top 10 features for database administrators (DBAs) in Oracle Enterprise Manager Cloud Control 12c. It discusses features such as database lifecycle management, real-time database operations monitoring, the EM Command Line Interface (EMCLI), ASH analytics, backup and recovery improvements, pluggable database support, Automatic Database Diagnostic Monitor (ADDM) enhancements, and database-as-a-service capabilities. The presentation was given by Leighton Nelson, an Oracle DBA of over 10 years who works at Mercy, a large Catholic health system.
2689 - Exploring IBM PureApplication System and IBM Workload Deployer Best Pr...Hendrik van Run
IBM IMPACT 2013 presentation
This lecture will provide an overview of a combination of design, development, configuration and deployment best practices for IBM PureApplication System and IBM Workload Deployer captured from customer engagement experiences.
Oracle enterprise manager cloud control 12csolarisyougood
Oracle Enterprise Manager Cloud Control 12c is a tool for managing Oracle databases, middleware, and applications in private and public clouds. It provides complete lifecycle management including monitoring, metering and chargeback, configuration management, and integration with Oracle's engineered systems. Key features include consolidation planning, Exadata management, real-time performance monitoring and issue diagnosis, and metering of various cloud resources for optimization and cost allocation.
EMC presented an overview of SQL Server 2012 and how it can help organizations unlock insights from data, improve performance of mission critical applications, and create business solutions across on-premises and cloud environments. EMC positions itself as the leader in mission critical infrastructure and discusses how its storage solutions like VNX, VMAX, and FAST cache can boost the performance of SQL Server workloads by 3-4x while improving reliability, availability, backup speeds and reducing storage needs. The presentation provides best practices for optimizing SQL Server deployments and highlights EMC's management and data protection tools for SQL Server.
MySQL in the Cloud, is Amazon RDS for you?Continuent
With more and more business moving into the cloud, the inclination is to use more cloud-based databases services, such as Amazon RDS. Deployment of Amazon RDS is capable with just a few buttons, but there are big differences between firing up a simple database for testing, and translating that into a full deployment to be used in production. For this to work properly, you have to consider many other aspects of the deployment, including high availability (HA), disaster recovery (DR), and scalability of your solution within your application's requirements.
Continuent Tungsten provides a full data management solution that is already handling hundreds of millions of transactions daily for our customers. This webinar explores how your business can benefit from Continuent Tungsten, a flexible clustering solution that helps data-driven businesses handle billions of transactions daily across a wide range of environments. We'll focus on the following problems in particular:
- Ensuring fully capable cloud DBMS operation
- Avoiding lock-in by choosing solutions that run across clouds as well as on-premises
- Spreading MySQL data over regions using flexible primary/DR and multi-master topologies
- Controlling maintenance intervals and the DBMS stack directly
- Integrating in real-time to data warehouses and on-premises DBMS like Oracle
- Ensuring immediate access to top-notch, 24x7 support when things go south.
Learn how you can use Continuent Tungsten to build scalable management solutions that offer the economic benefits of the cloud with the enterprise capabilities required by businesses that live and die by their data. Your data is too precious to take shortcuts.
Michał Wawrzyński @ "Oracle Systems jako infrastruktura dla chmur prywatnych"...Ewa Stepien
Michał Wawrzyński, prezentacja pt.:"- "Oracle Systems jako infrastruktura dla chmur prywatnych" @ "I Manewry w Chmurze Partnerów Oracle" - 23-24.czerwca 2015, Serock
This document discusses Oracle's storage and Linux portfolio. It provides an overview of Oracle's storage offerings including Exadata, Sun ZFS Storage Appliance, and tape storage. It then discusses how Oracle Storage is engineered for Oracle software. The document also summarizes Oracle Linux and how it provides a reliable, high-performing Linux environment along with tools for management and clustering. It compares support and pricing of Oracle Linux to Red Hat Enterprise Linux. Finally, it outlines Oracle's x86 server strategy and differentiation.
This document provides an overview and strategy for Oracle systems. It outlines challenges customers face with increasing costs, resource constraints, time to value, and outdated infrastructure. It then summarizes Oracle's engineered systems approach which provides extreme performance, low risk deployment, and breakthrough efficiency through fully integrated hardware and software solutions. The document reviews several Oracle engineered systems like Exadata, Exalogic, Exalytics, and Oracle servers that are designed to work together.
High availability and disaster recovery in IBM PureApplication SystemScott Moonen
This document discusses high availability and disaster recovery strategies for IBM PureApplication System. It begins with definitions of key terms like HA, DR, RTO, and RPO. It then outlines the various tools in PureApplication System that can be used to achieve HA and DR, such as compute node availability, block storage, storage replication, and external storage. The document provides examples of how to compose these tools to meet different HA and DR scenarios, like handling compute node failures, database updates, and site failures. It concludes with some caveats around networking considerations and middleware-specific factors.
Commonwealth Bank of Australia's Private Cloud ImplementationVishal Sharma
The document provides an overview of Commonwealth Bank of Australia's (CBA) private cloud initiatives, including Oracle as a Service (OaaS), On Demand Platform (ODP), and Enterprise Platform (EP). OaaS aims to consolidate over 300 Oracle database environments onto standardized platforms to reduce costs and improve management. ODP introduces infrastructure platforms as a service (iPaaS) delivered by multiple providers to provide flexibility. CBA sees significant cost savings through these initiatives while improving agility, availability, and time to market for new applications.
C1 oracle's cloud computing strategy your strategy-your cloud_your choiceDr. Wilfred Lin (Ph.D.)
The document outlines Oracle's cloud strategy and solutions for cloud consumers and providers. It discusses Oracle's offerings across infrastructure as a service (IaaS), platform as a service (PaaS) and software as a service (SaaS). Oracle provides private, public and hybrid cloud solutions with the most complete set of cloud products and services in the industry. The document also discusses Oracle's approach to application consolidation and migration to the cloud.
At last Oracle Cloud Services are commercially available.
For deploying, pricing and any consultant about Oracle Cloud Services - feel free to contact us. All our coordinates are in the last slide of the presentation.
The document discusses database architectures and Oracle Cloud. It describes three database architectures - 1st tier with all components on one machine, 2nd tier with presentation on the client and data on a server, and 3rd tier with an additional application server layer. It then discusses service-oriented architecture and using information as a service. Finally, it outlines advantages of Oracle ERP Cloud over the on-premise version, including lower costs, easier accessibility, automatic upgrades, and improved scalability and integration.
- Oracle Database 11g introduced new features to simplify database administration and automate tasks. It provided up to 44% less administration time and 47% fewer steps compared to prior versions.
- British Telecommunications consolidated thousands of databases onto an Oracle Database 11g private cloud, reducing management costs by 20% and improving business agility. The consolidation standardizes deployment and reduced application deployment time from weeks to minutes.
- Dena Bank deployed Oracle databases and storage to improve ATM and core banking application performance. This enhanced customer service by increasing ATM transaction speeds by 80% and reducing declined transactions from 10% to less than 1%.
The OCI capabilities has a long story to tell! Leverage OCI by moving your apps to cloud and accelerate your digital transformation towards a cost-effective, innovative and a high performing infrastructure. Dive into the details now.
From OpenStack.... towards an Open cloud architecture Claude Riousset
1. IBM proposes moving towards an Open Cloud Architecture centered around OpenStack. This architecture aims to provide flexibility, interoperability, and portability across delivery models from IaaS to PaaS to SaaS.
2. OpenStack has seen exponential growth as a global open source project for building private and public clouds. It is now at the center of IBM's cloud strategy and is being enhanced by IBM with enterprise features.
3. An emerging Open Cloud Architecture consists of software defined environments from infrastructure to platform to API economy layers. It leverages open standards like TOSCA, OSLC, and OpenStack to compose and manage applications and infrastructure as portable cloud services.
Oracle RAC provides high availability, scalability and performance for databases across clustered servers with no application changes required. It uses a shared cache architecture to overcome limitations of traditional shared-nothing and shared-disk approaches. iONE provides Oracle RAC implementation and maintenance services to deliver continuous uptime for database applications through server pool management, datacenter HA, and scaling to 100 nodes.
Recent advances in Postgres have propelled the database forward to meet today’s data challenges. At some of the world’s largest companies, Postgres plays a major role in controlling costs and reducing dependence on traditional providers.
This presentation addresses:
* What workloads are best suited for introducing Postgres into your environment
* The success milestones for evaluating the ‘when and how’ of expanding Postgres deployments
* Key advances in recent Postgres releases that support new data types and evolving data challenges
This presentation is intended for strategic IT and Business Decision-Makers involved in data infrastructure decisions and cost-savings.
OOW16 - Oracle E-Business Suite in Oracle Cloud: Technical Insight [CON6723]vasuballa
How can Oracle E-Business Suite running in Oracle Cloud help you? This session highlights how you move production or quickly deploy nonproduction Oracle E-Business Suite instances to assist with upgrades or other temporary projects. Use tools to provision new instances of Oracle E-Business Suite in Oracle Cloud or migrate (lift and shift) your on-premises Oracle E-Business Suite environments to Oracle Cloud using Oracle Cloud Marketplace and Oracle’s infrastructure-as-a-service offering. Optionally, you can leverage Oracle Database Cloud Service or Oracle Exadata Cloud Service to run your Oracle E-Business Suite database. You can also take advantage of additional tooling and run Oracle Real Application Clusters.
Total cloud control with oracle enterprise manager 12csolarisyougood
This document discusses Oracle Enterprise Manager 12c and its capabilities for managing cloud computing environments. It can provide complete lifecycle management of applications, infrastructure, and platforms from planning through metering and optimization. Key capabilities include integrated management of applications, middleware, databases, and infrastructure; self-service provisioning; monitoring of business services and transactions; and metering for chargeback. It aims to provide total control and visibility while also enabling business users through self-service access.
Ultra-scale e-Commerce Transaction Services with Lean Middleware WSO2
The document summarizes a case study of an online retailer that uses an ultra-scale e-commerce transaction service with lean middleware to handle over 1 billion transactions per day. Key points include:
1) The retailer faced challenges of scaling to handle millions of power sellers and peaks in load like Cyber Monday across a large backend cluster.
2) An architecture using lean, open source middleware like WSO2 was able to scale reliably to over 600 million transactions per day while keeping costs low.
3) A platform-as-a-service approach provides shared services to simplify developing and deploying applications at scale in public and private clouds.
220929-Presentation-business case for moving to the cloud.pptxZiadHaidamous1
This presentation discusses migrating workloads and applications to the cloud with Microsoft Azure. It covers the core benefits of cloud migration including scalability, availability, and financial benefits. It then discusses the different cloud service models of SaaS, PaaS, and IaaS. The presentation provides steps for migrating to the cloud and different migration approaches. It highlights the benefits of migrating to Azure such as reducing costs, optimizing resources, improved security and compliance, and increased agility.
Overview of Cloud Computing from the CFO perspective. Focuses on business advantages, costs, risks, and organizational impact across a wide range of emerging platforms.
This document provides an overview of Oracle's Software as a Service (SaaS) program and platform. It defines SaaS and describes its key characteristics. It outlines the benefits of SaaS for both customers and vendors. It then discusses Oracle's comprehensive SaaS platform, which provides integrated applications, middleware, database, and management capabilities to enable the delivery of scalable and reliable SaaS applications. The document also highlights several Oracle partners that leverage the Oracle SaaS platform and describes Oracle's SaaS program which provides technology and business support for Oracle partners adopting SaaS.
Optymalizacja środowiska Open Source w celu zwiększenia oszczędności i kontroliEDB
The document discusses optimizing the Open Source environment to increase savings and control. It covers evolving database infrastructure models in enterprises to get more for less. Key areas discussed include where Postgres can be most easily implemented, Postgres advances that enable new data types and challenges, and how to assess whether and how to implement Postgres. Case studies are presented that demonstrate cost savings and performance benefits organizations achieved by adopting Postgres.
Highly Available, Highly Scalable – Enterprise Manager 12c for Large Enterprises discusses using Oracle Enterprise Manager (EM) 12c to monitor a large enterprise environment with thousands of database instances, application servers, and other targets across multiple platforms and versions. It describes how EM 12c provides highly available monitoring with redundancy and disaster recovery, and how it addresses challenges of managing and reporting at large scale. Key points covered include building a highly available EM infrastructure, managing targets and alerts in bulk, leveraging the metric framework and reporting capabilities, and performing regular maintenance tasks to keep the EM environment healthy.
Optimizing Open Source for Greater Database Savings & ControlEDB
Postgres kan een grote rol spelen in het beheersbaar maken van kosten en in het verlagen van de afhankelijkheid van traditionele database vendoren. Met Postgres is het mogelijk om DBMS kosten met 80% of meer te reduceren.
EnterpriseDB Postgres Plus Advanced Server biedt Oracle compatibiliteit met Enterprise tools en features welke gebaseerd zijn op het legendarische OSS PostgreSQL platform.
Hoogtepunten van de presentatie zijn:
- Een overzicht van het database landschap – verleden, heden en toekomst
- Hoe TCO te verlagen en Postgres te integreren in uw huidige database omgeving
- Welke workloads zijn het best geschikt om Postgres te introduceren in uw datacenter
- Kritische succesfactoren voor het succesvol uitbreiden van Postgres implementaties
- De laatste ontwikkelingen in de recente Postgres releases welke nieuwe data types en uitdagingen ondersteunen
Doelgroep: Deze presentatie is bedoeld voor strategische IT-en zakelijke beslissers welke betrokken zijn bij IT infrastructuur en applicatie ontwikkeling. U bent op zoek naar kostenbesparing met een veilige, betrouwbare en bewezen database.
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Presentation oracle as a service shared database platform
1. Oracle as a ServiceOracle as a Service
Nicholas Tan
Head of Infrastructure & Platform Solutions
Shared Database Platform
1
September 2010
Oracle OpenWorld 2010
2. Commonwealth Bank
The Commonwealth Bank is one of Australia’s leading providers of integrated financial
services including retail, business and institutional banking, funds management,
superannuation, insurance, investment and broking services. The Bank is one of the
largest listed companies on the Australian Stock Exchange.
2
3. Introduction
In 2007 CBA set out to create an Oracle database shared service
shared offering for the bank
• The offering has been highly successful by several measures
• Oracle-as-a-Service has continued to be developed through several
iterations
In 2010 we have expanded this effort, and are currently implementing
a range of Platform-as-a-Service offerings, providing:
3
a range of Platform-as-a-Service offerings, providing:
• Self Service Platform Provisioning
• On Demand Platform Provisioning
• Mass Standardisation
• Better Utilization of Computing Resources
• Utility Chargeback Models
• Multi-provider, hybrid Cloud deployment topology: private internal, private
external & public
4. Service Orchestration
Application Workload Software
Platform
(Oracle, Weblogic, etc)
Infrastructure Platforms – more than IaaS
CBA SOE
(Standard operating environment)
iPaaS
Infrastructure Platform-as-a-
Service - iPaaS is defined as
“thick” infrastructure that can
be accessed over the network.
4
(Standard operating environment)
Operating System
Hypervisor
Physical Compute Resources
(Processor, Memory, Storage)
Network Infrastructure
be accessed over the network.
Platforms are pre-integrated
resource assemblies that can
be auto-provisioned and serve
as building blocks for new
solutions.
IaaS
Infrastructure delivery model
such that consumers can rent
virtualized resources (compute,
storage, network) maintained,
operated and supported by the
internal or external provider.
IaaS includes hypervisor, if
necessary.
5. Infrastructure Platforms as a Service
standardisation
5
• Infrastructure Platforms are pre-integrated software assemblies
• A set of standard, pre-built containers into which we build and run applications and services,
delivered as-a-Service.
• Centralised, Unified management software which provides a single point of control over all our
Infrastructure Platforms
flexibility
6. Oracle as a Service (OaaS) Implementation
1. Provide Oracle database services via the Platform as a Service model.
• Build a shared infrastructure and software platform
• Uniform, standardised service offering
• Oracle database services “on tap”
2. Consolidate 300+ small to medium database environments on to 3 Grids
• Centralise management of Oracle systems
• Significant reduction in servers and associated license & hosting charges
• Clean up the “rats & mice”
6
• Clean up the “rats & mice”
3. Operationalise
• Define common hosting standards and support arrangements
• A dedicated team of operational DBAs manage the Platform, not an application
• Develop a charge back model for cost recovery
4. OaaS v1 – went live May 2008
5. OaaS v2 – hardware in production July 2010, product launch this year
7. OaaS Evolution at CBA
Cluster of Enterprise-
Class Sun Servers,
Exadata
(OaaS v2)
7
Class Sun Servers,
integrated by CBA
(CommSee, NetBank)
Cluster of Commodity-
Class Sun Servers,
integrated by CBA
(OaaS v1)
8. OaaS v2
OaaS v2 is being implemented on the Sun Oracle Database Machine
Oracle market it as a high performance DB machine
We see it as an ideal consolidation platform – the
engineering is already done!
Expect this trend to continue – pre-built "Platform Servers"
8
Expect this trend to continue – pre-built "Platform Servers"
or "Private Cloud Servers": just plug in and go.
The first Exadata Machine was delivered to CBA in
December 2009, second in May 2010.
First application migrated to OaaS v2 is Peoplesoft
Financials.
9. Host many Oracle database applications on a
cluster of hardware
Processor consolidation
• Run each server hotter
• Take advantage of complimentary workload peaks.
Higher Availability
• Load balancing
• HA failover for component failure
• Standby DR
• Most apps do not implement these features – too
Oracle as a Service In A Nutshell
9
• Most apps do not implement these features – too
expensive
Cost Reduction
Better Service
• Full time experts
• Always on-call
Reduced Risk
• Whole environment is managed
• Operated as a “business”
10. Grid and Virtualization
Virtualization across resources
Virtualization Layer
AppA
AppB
AppC
AppD
Virtualization Layer
Virtualization within a resourceAppA
AppB
AppC
AppD
10
Make lots of separate small servers look like
one big server (think SETI)
Make one big server look like many smaller
servers (Hypervisors, LPARs, Containers etc)
Large, multi-CPU server
"Grid is a logical extension of virtualization to encompass both workload and
information virtualization across a distributed infrastructure." §
For a grid platform the unit of provisioned service is not a VM – no hypervisor.
§ Matt Haynos, Director Grid Strategy, IBM
11. OaaS Changes Operational Economics
Consolidate many individual databases onto a OaaS platform
• Centralised management of database systems
• Consistent, standardised platform
• Significant reduction in servers and associated operational charges
• A dedicated team of operational DBAs manage the OaaS platform, not an
application database
•• Platform EconomicsPlatform Economics
11
•• Platform EconomicsPlatform Economics
$
Number of applications
Traditional silo approach
Grid computing model
12. Where are the Savings?
Hardware
Significantly Reduce Hardware Requirements:
• Remove need for expensive servers, cluster lower cost servers
• Buy what you need now, scale as processing requirements grow, JIT
Operating System
Adopt a single O/S build to reduce operating system software &
maintenance charges
Areas to
Reduce Costs
How Cost Reductions are Achieved
12
Maintenance
Reduction in Hardware Maintenance (less dependency on 24x7 support)
Reduction in Software Maintenance (on 3rd party software and O/S)
3rd Party
Software
Leverage standard features of the database software stack where
possible to minimise the need for much 3rd party software.
e.g. Standardise the design and software for:
• System Administration & Monitoring
• Replication/DR
• Clustering Software
• File System/Volume Management
13. Where are the Savings?
Areas to
Reduce Costs
How Cost Reductions are Achieved
Operations
Reduced number of environments to manage:
• Standard operating environments cost less to manage
Adoption of Enterprise Management tools & processes:
• Automate system administration tasks that are performed manually
• Standard Operating Procedures leveraged across for hosted applications
• Improved governance of environments
13
Database
There are opportunities for long term savings:
• Higher utilisation of assets => fewer CPUs => Reduction in license fees
• Fewer Oracle environments => reduced operational tasks.
• Fewer FTEs required to manage consolidated environment
Others
Project Costs:
• Much faster provisioning of new database environments for projects. A
new dev environment is available within hours, instead of weeks/months.
• HA solution design done! Production already built.
14. DB
Service Delivery Transformation
DB
App 1 App 2
App 1 App 2
Beginning State
ORACLE,DB2,
SQLServer,etc
APPS
DBAPPS
DB
App ..n
App ..n
Database support may be independent
and charged per instance.
Database licensing is independent and
charged per CPU, regardless of usage.
OS hosting is independent and
14
Storage
OS
RDBMS
Network
OS
RDBMS
Network
SAN/
NAS
ORACLE,DB2,
SQLServer,etc
WINTEL,
SUN,etc
Storage
OS
RDBMS
Network
OS hosting is independent and
charged per instance.
Server Server Server
Hardware asset is charged per server.
Each implementation needs to pay for
connectivity to LAN or WAN.
Data is charged on allocated storage,
not on actual usage.Storage
15. Service Delivery Transformation
End State
DB
App 1 App 2 App ..n
App 1 App 2 App ..n
Simple and quick to provision an environment
A “bundled” offering
No infrastructure design required per project:
• No need for expensive SME resource
• Makes best practice design available to all
15
Storage
OS
Oracle RDBMS
Network
Whole stack is now charged as a
single Resource Unit in line with
actual consumption.
Data storage charge is based on
actual consumption.
Server
16. What savings are we realising?
Oracle as a Service Overall P&L Impact
CumulativeP&Limpact/month
16
P&L breakeven in Year 1, cashflow positive Year 2
150% ROI over five years – and that’s for the consolidation only
• If you factor in cost avoidance – costs not incurred by new applications – ROI is higher again
Per application OaaS OpEx charge is 40% – 50% of a standalone environment
0
FY08-09
17. Charge Back Model
Settled on a CPU Month measure of resource usage
Service Name DB Time (s) DB CPU (s) Physical Reads Logical Reads
OSPA_MITG 12,300.50 5,144.90 1,438,859 99,811,632
OSPA _DCM 3,163.90 2,141.80 114,736 46,540,055
OSPA _CCL 2,496.30 1,455.40 127,937 64,295,226
OSPA _THL 984.50 725.70 32,184 5,404,057
OSPA _CPI 339.10 160.40 16,673 1,671,850
OSPA _MDC 154.90 85.50 13,638 1,473,399
OSPA _IFW 16.00 10.50 225 17,895
OSPA _PFR 16.80 6.70 1,291 85,457
Service Usage Metrics
Many ways to apportion cost
• No standard measure of chargeable
resource unit
• How do you measure workload?
• Each to their own for the moment!
17
Settled on a CPU Month measure of resource usage
• Simple to understand
• Set a minimum monthly charge of 0.5 CPU month – the base hosting fee
Pay-as-go utility charge back
• No upfront charge or ongoing commitment
• Pricing variability was an issue – BU finance preferred budget certainty
• First year, billed in 0.5 CPU Month increments, now moving to 0.1 increments
The service is "overbooked" – recover 89 CPUs worth of capacity; only have 72!
18. Reduce Risk, Improve Time to Market
For new Projects:
• Remove a phase from the project – infrastructure already in place
• Remove reliance on expensive/scarce SME resources for design and build
• No longer need to manage risk associated with procurement and build
• Time to instantiate a new Production quality environment: 3 months -> 2 minutes.
Example: New ISV Application introduced into our Online Share Trading platform
• Required to test performance under the workload and data volume conditions projected in 2 years
time.
18
time.
Dedicated Infrastructure OaaS
Implementation Time 3-4 months few hours
$ Cost to Project Several hundred thousand < $10K
On Project Completion Under-utilized asset remains Environment turned-off
19. Thoughts on Implementing PaaS
1. Take the time to get the right technical/commercial solution for your business
• Different virtualisation techniques have different densities – resulting in different economics
2. Must have buy-in from Application owners
• Plan of when and how to migrate applications
• Internal sales function needed to rustle up demand
3. Go for quick wins
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3. Go for quick wins
• Migrate / host the easiest apps first
4. Invest in Governance and Operational Process Improvement
• Much, much more than a technology solution
5. Have a clear, consistent, accurate sales pitch
• Beware the FUD factor; can derail many an initiative