SAP S/4HANA system in Hyperscaler clouds deploying SAP S/4HANA in AWS, Google Cloud, and Azure
This book helps SAP architects and SAP Basis administrators deploy and operate SAP S/4HANA systems on the most common public cloud platforms. Market-leading cloud offerings are covered, including Amazon Web Services, Microsoft Azure, and Google Cloud. You will gain an end-to-end understanding of the...
Otros Autores: | |
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Formato: | Libro electrónico |
Idioma: | Inglés |
Publicado: |
Berkeley, California :
Apress
[2022]
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Materias: | |
Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009664720106719 |
Tabla de Contenidos:
- Intro
- Table of Contents
- About the Authors
- Foreword
- Appreciations
- Introduction
- Chapter 1: Introduction to Public Cloud and Hyperscalers
- Important Features of Public Cloud
- Public, Private, and Hybrid Cloud
- Overview of the Clouds of the Major Market Players
- Amazon Web Services
- History
- Current Market Position
- Collaboration with SAP
- Microsoft Azure
- History
- Current Market Position
- Collaboration with SAP
- Google Cloud
- History
- Current Market Position
- Collaboration with SAP
- Other Market Participants
- Alibaba Cloud
- Oracle Cloud
- IBM Cloud
- Private Clouds
- SAP's Cloud Strategy
- SAP RISE Program
- History and Features
- Most Important Core Processes
- Current Situation
- SAP HANA Enterprise Cloud
- History
- Features of the SAP HANA Enterprise Cloud
- Current Situation
- Additional SAP Services from the Cloud
- SAP Business Technology Platform
- SAP Cloud Services for Business Processes
- SAP Learning Cloud Services
- Summary
- Chapter 2: SAP S/4HANA Systems on Public Cloud
- Development of SAP S/4HANA
- SAP S/4HANA in the Cloud
- SAP S/4HANA Architecture
- Overview
- Data Layer
- Application Layer
- Presentation Layer
- Communication Layer
- Additional Components
- Use Cases of SAP S/4HANA on Public Clouds
- Sizing
- Importance of Right Sizing
- Sizing Process
- HANA Sizing
- SAPS - SAP Application Performance Standard
- I/O Sizing
- Costs
- Example Calculation SAP S/4HANA System in Azure
- High Availability
- Overview High Availability
- Availability Classes
- High Availability of SAP S/4HANA Architecture
- Disaster Recovery
- Disaster Overall
- Important Parameters in a Disaster Case
- Possible Implementations
- Backup and Restore
- Important Components for Backup and Restore
- Backup Classes
- Retention
- Backup Technologies.
- Backup Solutions Out of the Cloud
- Integration and Network
- Access via Internet
- Azure ExpressRoutes/AWS Direct Connect/Google Cloud Interconnect
- Hybrid Cloud via Cloud Connect Using the Example of Equinix Fabric
- Comparison of Connection Types
- Automation
- Automation Goals
- Automation with Hyperscalers
- Third-Party Vendors
- SAP's Own Automation
- SAP Intelligent Robotic Process Automation
- Implementation Effort
- Horizontal and Vertical Scalability
- Horizontal Scalability
- Vertical Scalability
- Consider Availabilities
- Summary
- Chapter 3: SAP S/4HANA Deployment and Migration
- Contractual Basis and Support
- Important Points to Be Considered
- Direct Use or Use via a Partner
- Needed Support
- DSVGO
- Support for Projects
- GxP Framework and Important Certificates
- GxP in General
- Split of Responsibilities
- Additional Certifications
- SOC 1 and 2
- HIPAA/HITECH/HITRUST
- ISO Certificates
- Management of an SAP S/4HANA Landscape
- Important Features of SAP Solution Manager
- Application Operation Using SAP Solution Manager
- Using SAP Cloud ALM
- Choosing a Hyperscaler
- Quantitative Factors
- Qualitative Factors
- Deployment and Migration
- Transformation Is a Must
- New Approaches Using the Cloud
- Greenfield Deployment
- Brownfield Deployment
- Homogeneous Migrations
- Heterogeneous Migrations
- Sequence of Migration
- Migration Scenarios for SAP S/4HANA Transformations
- SAP S/4HANA As SaaS Services
- Overview
- Differences Between the Editions
- Infrastructure Level
- Implementation Level
- Process Level
- Configuration and Enhancement Level
- Security Level
- Overall Comparison
- Advantages and Disadvantages
- Use Cases
- Summary
- Chapter 4: SAP S/4HANA on AWS Elastic Compute Cloud - Concepts and Architecture
- History of Amazon AWS.
- New Infrastructure and Innovations
- Fast and Easily Scalable Solutions
- Three Reasons Why AWS Is Dominating the Cloud Marketplace
- Reasons for AWS
- Easy to Use
- Flexible
- Economical
- Reliable
- Scalable and Extremely Powerful
- Secure
- AWS Business Growth in the Last Six Years
- Offered Cloud Services
- Compute
- Storage
- Amazon Elastic Block Store (Amazon EBS)
- Amazon Elastic File System (Amazon EFS)
- Amazon FSx
- Amazon Simple Storage Service (Amazon S3)
- Networking
- Amazon Virtual Private Cloud (Amazon VPC)
- AWS Site-to-Site VPN
- AWS Direct Connect
- Amazon Route 53
- Amazon Time Sync
- Identity Management
- Security and Compliance
- Management Tools
- AWS Management Console
- AWS Command Line Interface (AWS CLI)
- AWS CloudFormation
- Amazon CloudWatch
- Amazon CloudTrail
- AWS Config
- Regions and Availability Zones/Sets
- AWS Region
- Availability Zones
- AWS Placement Groups
- AWS CloudFormation
- Partition Placement Group
- Spread Placement Group
- Planning S/4HANA Implementation: Selection of Region
- Planning S/4HANA Implementation: Selection of Availability Zone
- Selection of Availability Zone - Non-production SAP S/4HANA System
- Selection of Availability Zone - Production SAP S/4HANA System
- The AWS Console
- Supported Browsers
- User for Management
- AWS Root User
- AWS Identity and Access Management (IAM) User
- IAM Role and IAM User Group
- Getting Started with the AWS Console
- Changing the Region
- Navigating to Services
- Search AWS Service
- Billing and Cost Management Service
- Integration into Core Services
- Internal Access Architecture
- Internal and Limited External Access
- Architecture Setup with VPN Connections
- Architecture Setup with Elastic Load Balancing (Ingress)/NAT Gateway (Egress)
- Access to an SFTP Server in a Private Subnet.
- HTTPS-Based Web Service Interfaces to/from SAP PI/PO
- Internal and Full External Access
- Example Landscape Setup
- Active Directory
- AWS Managed Microsoft Active Directory Service
- Self-Managed ADDS Deployment in the AWS Cloud
- Extend the Existing On-Premises ADDS to AWS
- AWS Managed Microsoft Active Directory Service
- Implementation Considerations for AWS Managed Microsoft Active Directory As Central ADDS
- Implementation Considerations for AWS Managed AD with SAP S/4HANA DR Consideration
- How to Create an AWS Managed Microsoft Active Directory
- DNS Name Resolution with Route 53 Resolver
- Set up an Integrated DNS View for Amazon VPCs and On-Premise Networks
- Working Solution for Scenario: Query from On-Premise to AWS Route 53
- Working Solution for Scenario: Query from AWS Resource for On-Premise DNS
- Monitoring AWS Managed ADDS
- Dynamic Host Configuration Protocol (DHCP)
- Working with DHCP Options Sets
- Create DHCP Options Set
- Edit DHCP Options Set
- Summary
- Chapter 5: SAP S/4HANA on AWS Elastic Compute Cloud - Deployment
- Exemplary Architecture
- Deployment Scenarios
- Single-AZ and Single-Node Architecture
- Single-AZ and Multinode Architecture
- Multi-AZ, Single-Node SAP S/4 High Availability Architecture
- Option A: Overlay IP Using AWS Transit Gateway
- Option B: Overlay IP Routing with Network Load Balancer
- SAP HA Cluster Setup
- SAP NetWeaver/HANA High Availability Setup on RHEL and SUSE
- SAP NetWeaver Availability Setup on Windows Platform
- Windows Server Failover Clustering (WSFC) Using Amazon FSx File Share Solution
- Windows Server Failover Clustering (WSFC) Using SIOS Protection Suite on AWS
- Compute
- Available EC2 Instance Family
- EC2 Instance Licenses
- SAP S/4 Certified EC2 Instance Types
- EC2 Provisioning
- Manual Deployment with AWS Console.
- Create VPC, Subnet, NAT Gateway (Create Elastic IP Address Before You Create VPC)
- Automated Deployment with Scripts
- Terraform
- Ansible
- Storage
- Amazon EBS
- Amazon EC2 Instance Store
- Amazon EFS
- Amazon S3 (Simple Storage Service)
- Storage Layout for S/4HANA System
- Standard System Deployment
- Distributed System Deployment
- High Availability System Deployment
- Indicative File System Setup for Non-high Availability Setup
- Indicative File System Setup for High Availability Setup
- PAYG vs. Commitment - Calculator
- On-Demand Instances
- Reserved Instance
- Payment Option
- AWS Calculator
- On-Demand Instance Cost
- Reserved Instance Cost
- Security on AWS
- Tools
- Tools for Access and Identity Provisioning and Protection
- Tools for Data Protection
- Monitoring and Logging Tools
- Security Event Response Mechanism
- Amazon Virtual Private Cloud Security (VPC)
- Subnet and Routing Tables
- Network Access Control List
- Security Groups (SGs)
- Virtual Private Gateway
- Internet Gateway
- Backup and Restore in AWS
- SAP HANA DB Backup/Recovery via AWS Backint Agent
- EC2 Instance and EBS Volume Backup to S3
- Snapshot Backup from AWS Console
- EC2 Image Backup
- AWS Backup
- Backup Configuration Steps from AWS Console
- Restore Snapshot from AWS Console
- Disaster Recovery via AWS
- Passive DR Architecture - RPO Is More Than Zero and RTO Is Higher
- Steps to Configure the Passive DR
- Steps to Invoke Passive DR
- Semi-active DR Solution [RPO Is Near to Zero and RTO Is Medium]
- Steps to Configure the Semi-active DR
- Steps to Invoke DR
- Active-Active DR Solution [RPO Near to Zero and RTO Is Very Less]
- Steps to Configure the Active DR
- Steps to Invoke DR
- SAP HANA HSR Setup Guide
- Summary
- Cloud Foundation Design and Implementation.
- SAP S/4 Architecture Design and Implementation.