The document discusses sizing SAP S/4HANA systems using the Quick Sizer tool. It provides an overview of the Quick Sizer tool and the SAP HANA sizing approach, which focuses on memory as the leading factor. It also discusses greenfield sizing for SAP S/4HANA projects using the HANA version of Quick Sizer, including the option for data aging to reduce memory requirements. The document notes recent additions to Quick Sizer like what-if analysis for data aging retention times and sizing principles for SAP Fiori frontend servers.
This document provides an overview of sizing SAP HANA, including initial sizing for new SAP HANA systems (greenfield) and sizing for migrating existing SAP systems to HANA (migration). It discusses using the HANA Quick Sizer for greenfield sizing and SAP Note 1872170 reporting for migration sizing. Memory is the primary driver for HANA sizing while CPU, disk, and network are also factors. Data aging and analytical workloads further impact sizing. The reporting provides estimated memory requirements and savings from HANA optimizations. It concludes with resources for additional sizing documentation, tools, and contact information.
SAP S/4HANA platform streamlines business processes: finance, procurement, production, logistics, sales, marketing, management of assets, and human resources. The solution is most applicable to enterprises in oil and gas, fuel and energy, transport and logistics, production, telecommunication, and financial sectors in USA. SAP S/4HANA platform integrates with IoT sensors, analyses Big Data, plans and predicts business processes in an online mode based on historical data.
1) RISE with SAP is a new customer journey and offering from SAP to help businesses transform to the intelligent enterprise using SAP S/4HANA Cloud.
2) It provides various starting points for new customers, existing SAP ECC customers, and existing S/4HANA on-premise customers to embark on their transformation journey.
3) Key components of RISE with SAP include S/4HANA Cloud, tools and services like SAP Business Process Intelligence, and additional benefits like reporting, consolidation, and test automation tools.
SAP S4HANA : Learn From Our Implementation JourneyAnup Lakra
Are you looking to streamline data models, optimize daily business transactions, accelerate strategic decision making and simplify everything in between – whether you use it on the cloud or on premise. Know about how you can prepare and simplify the SAP S4HANA adoption journey through our successful implementation of SAP S4HANA
The document discusses migration options and processes for moving an on-premise SAP system to SAP's S/4HANA Cloud, private edition. It outlines supported release versions, recommended storage amounts, and high-level migration steps. Customers can migrate through a system conversion, system copy, or upgrade, depending on their starting release. The migration process involves planning workshops, source system preparation, execution on source and target systems, and post-migration validation before handoff.
The document discusses new features in SAP HANA SPS09 related to backup and recovery. Key points include:
- New alerts notify administrators of issues with log backups or when automatic log backups are disabled. Thresholds for these alerts can be configured.
- A storage snapshot alert notifies when a snapshot is prepared but not confirmed for a long period.
- The backup configuration screen now has a save button to save changes.
- Recovery to a specific backup allows choosing the backup from the catalog instead of specifying the location.
- Fewer log backups are needed for recovery as it now uses the commit time stamp.
- The SQL statement for a recovery can now be displayed.
This document discusses principles and methods for sizing SAP HANA systems, both on-premise and in the cloud. It provides an overview of key performance indicators for SAP HANA sizing such as memory, CPU, disk I/O, and network load. Common sizing approaches like greenfield, brownfield, and bluefield sizing are described. Official SAP sizing tools like the Quick Sizer are outlined, which provide structured questionnaires and sizing results. The roles of SAP, customers, hardware vendors, and service providers in the collaborative sizing process are also reviewed.
This presentation to give a brief overview of various technology features that constitue SAP In-memory Database HANA. More details about how SAP HANA achieves compression, insert only on delta, columniar/row stores, Data provisioning tools in to HANA appliance. this is more suited for technology teams who will manage SAP HANA appliance.
This document provides an overview of sizing SAP HANA, including initial sizing for new SAP HANA systems (greenfield) and sizing for migrating existing SAP systems to HANA (migration). It discusses using the HANA Quick Sizer for greenfield sizing and SAP Note 1872170 reporting for migration sizing. Memory is the primary driver for HANA sizing while CPU, disk, and network are also factors. Data aging and analytical workloads further impact sizing. The reporting provides estimated memory requirements and savings from HANA optimizations. It concludes with resources for additional sizing documentation, tools, and contact information.
SAP S/4HANA platform streamlines business processes: finance, procurement, production, logistics, sales, marketing, management of assets, and human resources. The solution is most applicable to enterprises in oil and gas, fuel and energy, transport and logistics, production, telecommunication, and financial sectors in USA. SAP S/4HANA platform integrates with IoT sensors, analyses Big Data, plans and predicts business processes in an online mode based on historical data.
1) RISE with SAP is a new customer journey and offering from SAP to help businesses transform to the intelligent enterprise using SAP S/4HANA Cloud.
2) It provides various starting points for new customers, existing SAP ECC customers, and existing S/4HANA on-premise customers to embark on their transformation journey.
3) Key components of RISE with SAP include S/4HANA Cloud, tools and services like SAP Business Process Intelligence, and additional benefits like reporting, consolidation, and test automation tools.
SAP S4HANA : Learn From Our Implementation JourneyAnup Lakra
Are you looking to streamline data models, optimize daily business transactions, accelerate strategic decision making and simplify everything in between – whether you use it on the cloud or on premise. Know about how you can prepare and simplify the SAP S4HANA adoption journey through our successful implementation of SAP S4HANA
The document discusses migration options and processes for moving an on-premise SAP system to SAP's S/4HANA Cloud, private edition. It outlines supported release versions, recommended storage amounts, and high-level migration steps. Customers can migrate through a system conversion, system copy, or upgrade, depending on their starting release. The migration process involves planning workshops, source system preparation, execution on source and target systems, and post-migration validation before handoff.
The document discusses new features in SAP HANA SPS09 related to backup and recovery. Key points include:
- New alerts notify administrators of issues with log backups or when automatic log backups are disabled. Thresholds for these alerts can be configured.
- A storage snapshot alert notifies when a snapshot is prepared but not confirmed for a long period.
- The backup configuration screen now has a save button to save changes.
- Recovery to a specific backup allows choosing the backup from the catalog instead of specifying the location.
- Fewer log backups are needed for recovery as it now uses the commit time stamp.
- The SQL statement for a recovery can now be displayed.
This document discusses principles and methods for sizing SAP HANA systems, both on-premise and in the cloud. It provides an overview of key performance indicators for SAP HANA sizing such as memory, CPU, disk I/O, and network load. Common sizing approaches like greenfield, brownfield, and bluefield sizing are described. Official SAP sizing tools like the Quick Sizer are outlined, which provide structured questionnaires and sizing results. The roles of SAP, customers, hardware vendors, and service providers in the collaborative sizing process are also reviewed.
This presentation to give a brief overview of various technology features that constitue SAP In-memory Database HANA. More details about how SAP HANA achieves compression, insert only on delta, columniar/row stores, Data provisioning tools in to HANA appliance. this is more suited for technology teams who will manage SAP HANA appliance.
1) SAP HANA is an in-memory database that allows for real-time analytics by storing and processing large amounts of data in memory rather than on disk.
2) It provides faster processing speeds than traditional disk-based databases by keeping all the data in RAM, allowing for faster queries, reporting, planning and advanced analytics.
3) SAP HANA combines both software and optimized hardware to deliver an in-memory computing platform for real-time analytics and applications.
Best Practices to Administer, Operate, and Monitor an SAP HANA SystemSAPinsider Events
Review this session from HANA 2015 in Las Vegas. Coming to Europe! www.HANA2015.com
Best Practices to Administer, Operate, and Monitor an SAP HANA System by Kurt Hollis, Deloitte
This session provides easy to understand, step-by-step instruction for operation and administration of SAP HANA post go-live. Through live demo and detailed instruction, attendees will:
· Learn how to use the SAP HANA studio for security, user management, credential management, high availability administration, system maintenance, and performance optimization
· Gain a comprehensive understanding of available SAP HANA platform lifecycle management tools, deployment options, and system relocation
· Get an introduction to SAP HANA HA/DR capabilities, and learn best practices for backup and recovery of the SAP HANA system
The document discusses SAP BW/4HANA architecture archetypes and the transition to more agile data warehousing environments. It describes how SAP BW/4HANA architectures are evolving from traditional enterprise data warehouse approaches to more flexible, simplified architectures and hybrid models that support real-time data and virtual data marts. A case study of a large oil and gas company's implementation of SAP BW/4HANA is presented, which used a hybrid virtual data model with real-time data replication to HANA and virtual objects. Lessons learned emphasized the need for agile development methods and business ownership of the solution.
The document provides an overview and roadmap for SAP BW/4HANA. It discusses SAP's three approach strategy for data warehousing, including SAP BW/4HANA, SQL, and mixed approaches. It outlines the key principles and architecture of SAP BW/4HANA, including simplifying models and dataflows, openness to external data sources, modern user interfaces, and high performance. The roadmap discusses continuous innovation through a single codeline to deliver SAP BW/4HANA on-premise and in the public cloud.
The document discusses options for moving an SAP system to S/4HANA, including a new implementation, system conversion, and hybrid data transition. It describes the different approaches and their purposes, such as reusing an existing system or reengineering processes. Transition scenarios covered include a new SAP S/4HANA implementation using the migration cockpit, and a system conversion using the Software Update Manager tool. Factors that influence the choice of path, like system requirements and the fit of current business processes, are also reviewed.
S/4 HANA Editions
S/4 HANA Deployment options:
- on premise
- private, managed cloud
- private cloud
- public cloud
- TCO reductions by using SUSE Linux
- SUSE Linux as the foundation for S/4 HANA
Take the Next Step to S/4HANA with "RISE with SAP"panayaofficial
The document discusses digital transformations driven by macro trends and internal factors. It outlines SAP's evolution from mainframe to cloud-based solutions through acquisitions. Key elements of today's transformations are discussed as digital core, experience management, AI, and cloud. Common customer questions around SAP S/4HANA movement are presented. The RISE with SAP offering is described as a business transformation as a service bringing together various components. Infosys' offerings, assets, and methodologies to support digital transformations are summarized. Deployment options for SAP S/4HANA like public cloud, private cloud, and on-premise are compared. Panaya's change intelligence portfolio for the SAP S/4H
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.
SAP Fiori is a user experience design for SAP applications that provides a simple and consistent user interface across devices. It aims to increase user productivity and satisfaction by providing fast access to relevant applications and information. SAP Fiori is designed to be role-based, delightful, coherent, simple and adaptive. It includes different types of applications like transaction apps for tasks, analytical apps for insights, and object pages for exploring data. The SAP Fiori Launchpad provides a central home page for accessing these applications.
The document discusses the stages of SAP data archiving methodology including project preparation, analysis and design, configuration, testing, implementation, and documentation. It then covers reasons for data archiving such as resolving memory and performance issues, ensuring data growth remains moderate, and meeting legal storage requirements. Key data archiving requirements are also summarized such as hardware independence, release dependence, data dependencies, and maintaining enterprise/business structure.
The document discusses SAP HANA Cloud Platform, which is SAP's platform-as-a-service offering. It provides everything needed to build enterprise applications in the cloud, including integration, APIs, analytics, user experience, IoT, security, collaboration, development and operations capabilities. It allows customers to increase business speed and agility by extending SAP solutions to hybrid landscapes. Example use cases and customer stories are also presented to illustrate how Walmart and EnterpriseJungle have leveraged SAP HANA Cloud Platform.
SAP S/4HANA: Everything you need to know for a successul implementationBluefin Solutions
This document provides an overview of SAP S/4HANA and considerations for a successful implementation. It discusses S/4HANA's simplified data model and redesigned user experience. Various deployment options like public cloud, managed cloud, and on-premises are outlined. The document also summarizes key steps in the migration process from assessing technical requirements to user acceptance testing. Finally, it provides best practices for the migration like using tools to reduce custom code and ensuring testing is comprehensive.
This document provides an overview of SAP S/4HANA and discusses key considerations for a successful implementation. It covers what S/4HANA is, deployment options, migration methods, pre-migration activities, migration stages, tools to aid the migration process like return to standard and testing tools, and indicators of a successful project like simplicity, repeatability, and consistency. It also discusses Central Finance, its relationship to Simple Finance and S/4HANA Finance, how it differs from BW/BI, its use cases, and how it can enable shared services operations. Finally, it outlines the benefits of S/4HANA Finance like a single source of truth, improved user experience, streamlined month-end processes
The document compares the benefits of SAP S/4HANA over ECC across key finance and logistics functions. S/4HANA provides real-time insights and processing, simplified data models, and a more optimized and streamlined user experience compared to the time-consuming batch processing and limited reporting of ECC. Specifically, S/4HANA allows for real-time cost allocation and financial reporting, faster financial closes and accounts payable processing, and accelerated MRP and inventory management in logistics.
6 reasons to use the query functionality in SAP R/3 or SAP:
1. It is delivered with SAP
2. It is available across all modules
3. It is easy to teach users to write their own reports
4. It requires minimal configuration
5. Security is built-in — no hard-coding
6. No ABAP programming skills required
SAP S/4 HANA Technical assessment before migrationМарина Ковалёва
This document outlines the 5 stages of a technical assessment process for migrating an enterprise's system to SAP S/4HANA. The stages include: 1) system usage monitoring to detect unused objects, 2) checking compatibility with S/4HANA, 3) analyzing the scope of ERP conversions, 4) analyzing which S/4HANA innovations to activate, and 5) drawing up a project specification. The assessment identifies objects that can be automatically or manually converted, improvements and recommendations, and provides a statement of work and migration budget and approach. It is conducted by IBA Group software engineers and takes 3-9 months depending on the enterprise size.
S/4 HANA conversion functional value propositionVignesh Bhatt
Many consultants have a lot of questions and find it difficult to convince the clients regarding Advantages of HANA over ECC and it's Business Value. This document will probably clear a lot of doubts. I have created this document based on module wise covering a wide array of topics including Logistics, Procurement, Finance & Controlling and Master Data, mentioning advantages of HANA over ECC and highlighting it's business values. Hope this helps.
Sap bi step by step procedure for data archiving by adk and reloading archive...Charanjit Singh
This document provides step-by-step instructions for archiving data in SAP BW using ADK, deleting the archived data from the database, and reloading the archived data into a separate target. It discusses creating a logical file, archiving process, archive administration, deleting archived data, and reloading data into a copy of the original infoprovider. The purpose is to explain the detailed technical procedure for ADK archiving, deleting, and reloading archived data in SAP BW.
Migration scenarios RISE with SAP S4HANA Cloud, Private Edition - Version #1....Yevilina Rizka
This document provides guidance on migration scenarios for moving an on-premise SAP system to RISE with SAP S/4HANA Cloud, Private Edition. It outlines the technical qualification criteria for supported source and target releases. The main transition options are system conversion, system copy, or upgrade. The migration process typically uses a migration server method for HANA-based systems. Costs included in the base offering are a migration VM, object store storage, and block storage on the HANA database server. Additional storage requirements and network configurations needed for the migration server deployment on different cloud platforms are also covered.
#asksap Analytics Innovations Community Call: SAP BW/4HANA - the Big Data War...SAP Analytics
Learn how SAP BW/4HANA delivers big data warehouse solutions that meet your current and future business analytics needs in a rapidly changing data landscape and increase your organization’s success in the next generation of business.
SAP Inside Track NL talk by Sefan Linders
SAP HANA SQL DW – What’s so special?
What makes the SAP HANA SQL DW so special? Is it the native CI/CD support? The complete web based approach? Or is it just as special as all other SQL DWs out there? Sefan will guide you through what it is, and what is new with the latest DW Foundation service pack and Web IDE Feature Pack.
1) SAP HANA is an in-memory database that allows for real-time analytics by storing and processing large amounts of data in memory rather than on disk.
2) It provides faster processing speeds than traditional disk-based databases by keeping all the data in RAM, allowing for faster queries, reporting, planning and advanced analytics.
3) SAP HANA combines both software and optimized hardware to deliver an in-memory computing platform for real-time analytics and applications.
Best Practices to Administer, Operate, and Monitor an SAP HANA SystemSAPinsider Events
Review this session from HANA 2015 in Las Vegas. Coming to Europe! www.HANA2015.com
Best Practices to Administer, Operate, and Monitor an SAP HANA System by Kurt Hollis, Deloitte
This session provides easy to understand, step-by-step instruction for operation and administration of SAP HANA post go-live. Through live demo and detailed instruction, attendees will:
· Learn how to use the SAP HANA studio for security, user management, credential management, high availability administration, system maintenance, and performance optimization
· Gain a comprehensive understanding of available SAP HANA platform lifecycle management tools, deployment options, and system relocation
· Get an introduction to SAP HANA HA/DR capabilities, and learn best practices for backup and recovery of the SAP HANA system
The document discusses SAP BW/4HANA architecture archetypes and the transition to more agile data warehousing environments. It describes how SAP BW/4HANA architectures are evolving from traditional enterprise data warehouse approaches to more flexible, simplified architectures and hybrid models that support real-time data and virtual data marts. A case study of a large oil and gas company's implementation of SAP BW/4HANA is presented, which used a hybrid virtual data model with real-time data replication to HANA and virtual objects. Lessons learned emphasized the need for agile development methods and business ownership of the solution.
The document provides an overview and roadmap for SAP BW/4HANA. It discusses SAP's three approach strategy for data warehousing, including SAP BW/4HANA, SQL, and mixed approaches. It outlines the key principles and architecture of SAP BW/4HANA, including simplifying models and dataflows, openness to external data sources, modern user interfaces, and high performance. The roadmap discusses continuous innovation through a single codeline to deliver SAP BW/4HANA on-premise and in the public cloud.
The document discusses options for moving an SAP system to S/4HANA, including a new implementation, system conversion, and hybrid data transition. It describes the different approaches and their purposes, such as reusing an existing system or reengineering processes. Transition scenarios covered include a new SAP S/4HANA implementation using the migration cockpit, and a system conversion using the Software Update Manager tool. Factors that influence the choice of path, like system requirements and the fit of current business processes, are also reviewed.
S/4 HANA Editions
S/4 HANA Deployment options:
- on premise
- private, managed cloud
- private cloud
- public cloud
- TCO reductions by using SUSE Linux
- SUSE Linux as the foundation for S/4 HANA
Take the Next Step to S/4HANA with "RISE with SAP"panayaofficial
The document discusses digital transformations driven by macro trends and internal factors. It outlines SAP's evolution from mainframe to cloud-based solutions through acquisitions. Key elements of today's transformations are discussed as digital core, experience management, AI, and cloud. Common customer questions around SAP S/4HANA movement are presented. The RISE with SAP offering is described as a business transformation as a service bringing together various components. Infosys' offerings, assets, and methodologies to support digital transformations are summarized. Deployment options for SAP S/4HANA like public cloud, private cloud, and on-premise are compared. Panaya's change intelligence portfolio for the SAP S/4H
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.
SAP Fiori is a user experience design for SAP applications that provides a simple and consistent user interface across devices. It aims to increase user productivity and satisfaction by providing fast access to relevant applications and information. SAP Fiori is designed to be role-based, delightful, coherent, simple and adaptive. It includes different types of applications like transaction apps for tasks, analytical apps for insights, and object pages for exploring data. The SAP Fiori Launchpad provides a central home page for accessing these applications.
The document discusses the stages of SAP data archiving methodology including project preparation, analysis and design, configuration, testing, implementation, and documentation. It then covers reasons for data archiving such as resolving memory and performance issues, ensuring data growth remains moderate, and meeting legal storage requirements. Key data archiving requirements are also summarized such as hardware independence, release dependence, data dependencies, and maintaining enterprise/business structure.
The document discusses SAP HANA Cloud Platform, which is SAP's platform-as-a-service offering. It provides everything needed to build enterprise applications in the cloud, including integration, APIs, analytics, user experience, IoT, security, collaboration, development and operations capabilities. It allows customers to increase business speed and agility by extending SAP solutions to hybrid landscapes. Example use cases and customer stories are also presented to illustrate how Walmart and EnterpriseJungle have leveraged SAP HANA Cloud Platform.
SAP S/4HANA: Everything you need to know for a successul implementationBluefin Solutions
This document provides an overview of SAP S/4HANA and considerations for a successful implementation. It discusses S/4HANA's simplified data model and redesigned user experience. Various deployment options like public cloud, managed cloud, and on-premises are outlined. The document also summarizes key steps in the migration process from assessing technical requirements to user acceptance testing. Finally, it provides best practices for the migration like using tools to reduce custom code and ensuring testing is comprehensive.
This document provides an overview of SAP S/4HANA and discusses key considerations for a successful implementation. It covers what S/4HANA is, deployment options, migration methods, pre-migration activities, migration stages, tools to aid the migration process like return to standard and testing tools, and indicators of a successful project like simplicity, repeatability, and consistency. It also discusses Central Finance, its relationship to Simple Finance and S/4HANA Finance, how it differs from BW/BI, its use cases, and how it can enable shared services operations. Finally, it outlines the benefits of S/4HANA Finance like a single source of truth, improved user experience, streamlined month-end processes
The document compares the benefits of SAP S/4HANA over ECC across key finance and logistics functions. S/4HANA provides real-time insights and processing, simplified data models, and a more optimized and streamlined user experience compared to the time-consuming batch processing and limited reporting of ECC. Specifically, S/4HANA allows for real-time cost allocation and financial reporting, faster financial closes and accounts payable processing, and accelerated MRP and inventory management in logistics.
6 reasons to use the query functionality in SAP R/3 or SAP:
1. It is delivered with SAP
2. It is available across all modules
3. It is easy to teach users to write their own reports
4. It requires minimal configuration
5. Security is built-in — no hard-coding
6. No ABAP programming skills required
SAP S/4 HANA Technical assessment before migrationМарина Ковалёва
This document outlines the 5 stages of a technical assessment process for migrating an enterprise's system to SAP S/4HANA. The stages include: 1) system usage monitoring to detect unused objects, 2) checking compatibility with S/4HANA, 3) analyzing the scope of ERP conversions, 4) analyzing which S/4HANA innovations to activate, and 5) drawing up a project specification. The assessment identifies objects that can be automatically or manually converted, improvements and recommendations, and provides a statement of work and migration budget and approach. It is conducted by IBA Group software engineers and takes 3-9 months depending on the enterprise size.
S/4 HANA conversion functional value propositionVignesh Bhatt
Many consultants have a lot of questions and find it difficult to convince the clients regarding Advantages of HANA over ECC and it's Business Value. This document will probably clear a lot of doubts. I have created this document based on module wise covering a wide array of topics including Logistics, Procurement, Finance & Controlling and Master Data, mentioning advantages of HANA over ECC and highlighting it's business values. Hope this helps.
Sap bi step by step procedure for data archiving by adk and reloading archive...Charanjit Singh
This document provides step-by-step instructions for archiving data in SAP BW using ADK, deleting the archived data from the database, and reloading the archived data into a separate target. It discusses creating a logical file, archiving process, archive administration, deleting archived data, and reloading data into a copy of the original infoprovider. The purpose is to explain the detailed technical procedure for ADK archiving, deleting, and reloading archived data in SAP BW.
Migration scenarios RISE with SAP S4HANA Cloud, Private Edition - Version #1....Yevilina Rizka
This document provides guidance on migration scenarios for moving an on-premise SAP system to RISE with SAP S/4HANA Cloud, Private Edition. It outlines the technical qualification criteria for supported source and target releases. The main transition options are system conversion, system copy, or upgrade. The migration process typically uses a migration server method for HANA-based systems. Costs included in the base offering are a migration VM, object store storage, and block storage on the HANA database server. Additional storage requirements and network configurations needed for the migration server deployment on different cloud platforms are also covered.
#asksap Analytics Innovations Community Call: SAP BW/4HANA - the Big Data War...SAP Analytics
Learn how SAP BW/4HANA delivers big data warehouse solutions that meet your current and future business analytics needs in a rapidly changing data landscape and increase your organization’s success in the next generation of business.
SAP Inside Track NL talk by Sefan Linders
SAP HANA SQL DW – What’s so special?
What makes the SAP HANA SQL DW so special? Is it the native CI/CD support? The complete web based approach? Or is it just as special as all other SQL DWs out there? Sefan will guide you through what it is, and what is new with the latest DW Foundation service pack and Web IDE Feature Pack.
Jeffrey Word presents on SAP's in-memory database technology called SAP HANA and its role in enabling real-time business. SAP HANA provides a unified platform for both transactions and analytics by storing all data in main memory, allowing for fast real-time queries and insights. This represents an evolution from traditional disk-based systems that are unable to meet the demands of today's real-time business needs. SAP's vision is for SAP HANA to serve as the database for the SAP Business Suite and other applications, simplifying enterprise architectures and accelerating key processes.
This document provides an overview of data management strategies with SAP HANA for SAP software systems. It discusses tools for managing large data volumes in SAP HANA, including data management for SAP S/4HANA using information lifecycle management, archiving, and data aging. It also covers data management for SAP HANA data warehousing using dynamic tiering and warm data management in SAP BW powered by SAP HANA. The document outlines strategies and technologies for optimizing storage costs and memory footprint while maintaining performance and data accessibility.
The document discusses how SAP S/4HANA enables the digital core by simplifying the data model, improving the user experience, and enabling new business capabilities. It provides examples of how S/4HANA allows for real-time processing without table locks, continuous soft closes, and instant KPI refreshes. The document also outlines strategies and tactics for adopting S/4HANA through new implementations, system conversions, or landscape transformations.
Transforme la operación de tu negocio en tiempo real.SAP Latinoamérica
S/4HANA is SAP's next generation business suite that is natively built on the HANA in-memory platform. It delivers massive simplifications and a streamlined user experience. Compared to traditional ERP systems, S/4HANA has a 10x smaller data footprint, 4x less process steps, and 1800x faster analytics and reporting. It reintegrates ERP, CRM, and other systems into one, and provides a multi-tenant architecture with lower total cost of ownership. HANA enables real-time analytics, eliminates batch processing, and accelerates transactions and reporting. S/4HANA leverages these capabilities to further simplify finance, logistics, and other processes.
The document discusses how to size hardware configurations for SAP HANA landscapes using SAP's Quick Sizer tool. It describes the SAP HANA version of Quick Sizer, which was created specifically for sizing SAP HANA deployments. The tool calculates hardware sizing requirements based on key performance indicators and user-provided data on usage details. It then provides an example of using Quick Sizer to size an on-premise SAP S/4HANA deployment, including sizing the front-end and back-end servers.
The document discusses SAP HANA, an in-memory database platform created by SAP to simplify data processing and operations. It aims to eliminate I/O burdens and reduce storage requirements compared to traditional disk-based databases. SAP HANA allows for real-time analytics on large data volumes by combining OLTP and OLAP processing and enabling a single source of truth. It provides benefits like massively parallel processing, advanced compression techniques, and partitioning capabilities. The document also outlines scenarios for implementing SAP HANA and additional tools it provides like SAP HANA Live for real-time operational reporting and dynamic tiering for cost-effective consolidated reporting and hot data archiving.
What is Sap HANA Convista Consulting Asia.pdfankeetkumar4
SAP HANA is the most recent, in-memory information base, and stage which can be sent on-premises or cloud. SAP HANA is a blend of equipment and programming, which coordinates various parts like SAP HANA Database, SAP SLT (System Landscape Transformation) Replication server, SAP HANA Direct Extractor association, and Sybase replication.
HANA has remarkable reception by the SAP clients. SAP HANA is equipped for handling a lot of constant information in a brief time frame period
The document provides an agenda and overview of SAP Vora 1.4. It discusses SAP Vora's role in big data and data lakes, how it addresses challenges with big data, and its usage patterns across different industries like financial services, telecommunications, oil and gas, retail, and manufacturing. Key points include that SAP Vora leverages Hadoop and Spark for scalable and affordable big data storage and processing, provides a unified access layer and simplified data modeling for different data sources, and seamlessly integrates with SAP HANA for enterprise-grade analytics.
1) SAP HANA is an in-memory database that allows for both real-time transaction processing (OLTP) and analytics (OLAP) on the same data without needing separate copies.
2) It provides extreme processing speeds through its columnar data structure and ability to keep frequently used data in memory.
3) SAP HANA supports a wide variety of data types including structured, unstructured, spatial and document data through its agnostic design.
SAP HANA typical implementations today
Outlook for the next 12-18 months
Disaster Recovery capabilities of SAP HANA
Complete automation of Disaster Recovery for SAP HANA with SUSE Linux High Availability
Speakers: Dan Lahl (VP Database Product, SAP), Markus Guertler (Senior SAP Architect, SUSE)
This document provides an overview of SAP HANA SQL data warehousing, including the process and products. It discusses why data warehousing is still necessary, how SAP approaches it with HANA SQL data warehousing, and the next generation landscape with BW/4HANA and SQL data warehouse on the same platform. It then details the integrated data warehouse process with tools for design, development, and deployment, including SAP Enterprise Architect Designer, SAP Web IDE, native data store objects, data lifecycle manager, and deployment with DevOps. Strengths and use cases of the SQL data warehouse approach are also summarized.
SAP HANA Dynamic Tiering is a new feature in SAP HANA SPS09 that allows for management of "hot" and "warm" data within a single SAP HANA database. It addresses the need to cost effectively manage very large and growing datasets for analytics while maintaining performance. Data is automatically tiered between the in-memory "hot store" and disk-based "warm store" based on priority and access frequency. This provides a single database solution for both real-time and less frequently accessed data within SAP HANA.
The document discusses how SAP HANA can simplify IT environments in three ways:
1) It provides a single source of data without caching, indexing or transformations required.
2) It enables real-time decision making without data preparation or aggregation needed.
3) It integrates multiple functions like search, analytics and predictive capabilities onto one platform without specialized engines or data duplication.
SAP HANA SPS10- Multitenant Database ContainersSAP Technology
This document discusses SAP HANA's multi-tenant database container (MDC) capabilities introduced in SPS10. MDC allows a single SAP HANA instance to host multiple isolated tenant databases, providing advantages like reduced total cost of ownership, increased hardware efficiency, and elasticity. The document also briefly outlines SAP HANA's availability in public cloud through BYOL models and SAP HANA Cloud Platform, which enables building and running applications in the cloud.
The document provides information on SAP's HCM Cloud Service and Support 1610 release including:
- Key enhancements in the 1610 release such as advanced availability to promise, embedded extended warehouse management, international trade compliance, accelerated material requirements planning, and unified functionality in production planning and detailed scheduling.
- A roadmap for integrating core transactions in SAP S/4HANA with new functionality in SAP Cloud solutions including customer engagement, supplier relationship management, and transportation management.
- Details on how SAP S/4HANA will provide a digital core through enhanced core processes and a unified user experience while cloud solutions will enable digital transformation.
- SAP provides enterprise applications and platforms used by many large companies worldwide. It is looking to better leverage big data from sources like IoT sensors and customer transactions by integrating it with its core enterprise applications.
- SAP introduced SAP HANA Vora, an in-memory query engine that extends Apache Spark to allow enterprises to enrich analytics by connecting data in HANA databases to big data sources in HDFS.
- Case studies highlighted how HANA Vora helps industries like utilities and airlines optimize operations by interactively querying sensor and transaction data stored across HANA and HDFS.
Spark Usage in Enterprise Business OperationsSAP Technology
At Spark Summit East 2016, SAP’s Ken Tsai highlighted how SAP HANA Vora extends Apache Spark to provide OLAP modeling capabilities and real-time query federation to enterprise data. You will learn real-world use cases where instant insight from a combination of enterprise and Hadoop data make an impact on everyday business operations.
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HijackLoader Evolution: Interactive Process HollowingDonato Onofri
CrowdStrike researchers have identified a HijackLoader (aka IDAT Loader) sample that employs sophisticated evasion techniques to enhance the complexity of the threat. HijackLoader, an increasingly popular tool among adversaries for deploying additional payloads and tooling, continues to evolve as its developers experiment and enhance its capabilities.
In their analysis of a recent HijackLoader sample, CrowdStrike researchers discovered new techniques designed to increase the defense evasion capabilities of the loader. The malware developer used a standard process hollowing technique coupled with an additional trigger that was activated by the parent process writing to a pipe. This new approach, called "Interactive Process Hollowing", has the potential to make defense evasion stealthier.
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