Category: SAP on AWS

This post was written by Ganesh Suryanarayanan, Krishnakumar Ramadoss, Joseph Rosing and Manoj Muthukrishnan. Introduction Machine learning increasingly enables a lower total cost of quality by detecting defects faster (in some cases predicting them) and augmenting traditional six sigma business process improvements with scalable, low-cost solutions. However, like many industrial machine learning use cases, the […]

Introduction Our customers increasingly want to combine their SAP and non-SAP data in a single data lake and analytics solution to bridge siloed data and drive deeper business insights. Last year, we launched the Amazon AppFlow SAP OData Connector to make it easier for customers to get value out of SAP data with AWS services. […]

In the previous blog, we covered failover from Amazon Web Services (AWS) Primary region to AWS Disaster Recovery Region with CloudEndure Disaster Recovery. In this blog post, we will walk you through a failback of your productive workload from the DR region to the primary Region. There are a variety of reasons for doing a […]

Disasters due to natural calamities, application failures, or service failures not only causes downtime for business applications but also cause data loss, and revenue impact. To mitigate the impacts of such scenarios, Disaster Recovery (DR) planning is critical for organizations running mission-critical and business-critical applications such as SAP. In this blog, we will walk through […]

Introduction: For many customers, SAP system copies are one of the routine maintenance activities. SAP system copies are a defined sequence of steps to copy SAP production data to non-production environments. In this blog post, we discuss about automating the SAP HANA database restore. Amazon Web Services (AWS) Backint Agent for SAP HANA is an […]

Introduction Effective maintenance and operation of SAP systems rely on access to system information to support decision-making. Inquiries about, for example, SAP kernel version, installed ABAP components, or simply active SAP systems are often part of IT operation activities. Furthermore, these inquiries are typically more elaborate, for example, listing systems matching a particular version of […]

Introduction We’ve already demonstrated in our first blog post how to provision the infrastructure for SAP applications using Terraform, and in our second blog post we added in automation of SAP software installation using Systems Manager. Now it is time to go deeper with open-source common tools like Jenkins and Ansible to have the SAP […]

Introduction SAP applications support mission-critical business processes, so customers want to be able to identify and resolve issues impacting their SAP HANA databases quickly. However, SAP workloads have unique requirements and consumption patterns, and getting HANA-specific intelligence can be complex. Further, when issues are identified, finding root cause can also be difficult. Since 2019, AWS […]

Introduction: Customers have been running Microsoft Workloads on Amazon Web Services (AWS) for over 12 years, longer than any other cloud provider. AWS has been running SAP workloads since 2008, which is also meaningfully longer than any other cloud provider. Today, more than 5000 active customers are running SAP on AWS, and many of them […]

Introduction SAP applications represent the financial system of record and business process backbone for most of the world’s enterprises. Because SAP workloads are both mission-critical and often resource-intensive, architectural decisions can have large impacts. Understandably, customers want to make sure their architecture supports their unique business and technical requirements. AWS has been supporting SAP workloads […]