Mastering Disaster Recovery in SAP HANA Cloud: Ensuring High Availability and Business Continuity

In the current rapidly evolving digital world, it is crucial to guarantee continuous corporate operations. Businesses that use SAP HANA Cloud need to set up and manage disaster recovery systems well to make sure they work without interruptions and keep their operations running smoothly. We will now talk about SAP HANA Cloud’s disaster recovery features and the strong steps it takes to protect your business from unplanned events. As an expert in SAP BASIS, you need to make sure that your company can keep running by creating a solid disaster recovery plan for your SAP system. A strong disaster recovery plan can be put in place by using the adaptability and scalability of AWS cloud design. Let’s look at five of the best strategies that will help businesses plan and carry out SAP disaster recovery on AWS more easily.

What is the definition of disaster recovery?

Disaster recovery refers to the process by which a corporation restores and reinstates its IT infrastructure following a significant event such as a major equipment malfunction, natural calamity, cyber assault, or pandemic. The ability to provide data redundancy and computational capabilities in a secure location unaffected by the incident is crucial. In the event of a catastrophe, the corporation possesses the capability to reinstate data and computer operations, ensuring uninterrupted commercial operations.

Business continuity refers to the proactive measures taken by a corporation to ensure the uninterrupted operation of critical components, even in the face of significant disruptions. Disaster recovery, conversely, pertains to ensuring that IT systems facilitate crucial business operations. When doing a business impact analysis, it is important to establish objectives for recovery time and priority. Technology recovery strategies must possess the capability to promptly retrieve tools, software, and data to effectively address business requirements.

Disaster Recovery

Learn how to get back to normal after a disaster in SAP HANA Cloud

Unexpected tragedies, whether they are natural or technical, can put data integrity at risk and stop operations from continuing as usual. Businesses can use SAP HANA Cloud’s disaster recovery options to lower their risks and keep their operations running smoothly, even when things go wrong.

Replication within a single zone is an architecture for ensuring high availability.

In the same availability zone, SAP HANA Cloud offers controlled synchronous duplication. By using synchronous replication, this approach makes sure that the data is correct by only validating transactions after the log has been stored permanently on the replica server. Autonomous failover procedures quickly move operations to the replica if there are any problems with the main database. This cuts down on the time that operations are unavailable.

Multi-Zone Replication to Make Things More Resilient

As well as single-zone replication, SAP HANA Cloud’s multi-zone architecture adds an extra layer of security by using asynchronous replication to another zone in the same area and synchronous replication within the same availability zone. This configuration makes sure that business processes don’t stop even if there are problems in a whole availability zone.

Essential Concepts: Recovery Time Objective (RTO) and Recovery Point Objective (RPO)

Disaster recovery strategy relies on RTO and RPO. They set the period for restoring programs and data and should be tailored to the company. Disaster recovery planning requires understanding RTO and RPO.

  • RTO: Time frame for getting apps back up and running after a disaster. Recovery costs go up when RTO goes down. The Recovery Time Objective (RTO) must fit the goals of the business.
  • RPO: Timeline for incident data recovery. It decides how often to back up and how likely it is that data will be lost. Companies should make sure that RPO fits with their business needs.

Important aspects of a DR test

A disaster recovery (DR) test is important to make sure that the plan works in case of an emergency. It requires trying the plan regularly to make sure it works with new systems, data, and technology and knowing how long the repair should take. To make sure that backup and recovery methods work, the effects of changes to the system are looked at. Diverse involvement and reducing human mistakes are used to test the DR plan’s truth. To make and test the plan, templates and checklists are used. Some of the best practices are getting the team ready, setting clear testing goals, making sure the test environment is ready, making a schedule, getting ready for a dry run, fixing problems during testing, and analyzing the results after the test. These steps make sure that the plan is ready in case of an emergency.

Types of Disaster Recovery Tests

Testing for disaster recovery is important to make sure that a plan will work in a given situation. Plan reviews, tabletop exercises, and simulation tests are the three main types of tests. During the plan review, the whole plan is looked over, and during the tabletop exercise, stakeholders show off the plan’s parts. The simulation test acts out real-life disasters to see how useful and effective the plan is. By putting these tests together, businesses can see how ready they are for unplanned problems and how to cut down on downtime during a disaster.

5 Best Practices for Business Continuity

  • Robust Backup Strategy: Regular backups of SAP databases, application servers, and configuration files on AWS S3 or Glacier are crucial for disaster recovery. Regular testing and restoration exercises ensure data integrity and availability.
  • Automation in the Cloud: Tools like AWS Cloud Formation offer tools to automate the provisioning and setup of SAP infrastructure, reducing manual errors.
  • Leveraging Multi-Availability Zone Deployments: AWS’s multiple availability zones enhance system availability and fault tolerance. Distributing SAP landscapes across different AZs ensures accessibility even in the event of an AZ-level failure.
  • Data Replication: Implementing robust data replication between primary and secondary SAP systems minimizes data loss and ensures consistency. AWS services like SAP’s System Replication and AWS Database Migration Service facilitate continuous replication.
  • Regular Testing and Validation: Regular drills and tests of failover and recovery processes identify gaps and performance issues. Simulating various disaster scenarios aids in validating RTOs and RPOs and providing insights for optimizations.

Disaster Recovery Options with SAP HANA

SAP HANA Cloud offers automated setup and management for disaster recovery, enabling businesses to build fault-resistant architectures easily. Its system replication and host auto-failover mechanisms help minimize data loss, while rapid recovery occurs quickly. SAP HANA Cloud Central allows businesses to easily create, monitor, and manage replicas, while its proactive backup mechanism ensures up-to-date data recovery backed up across availability zones for enhanced security.

SAP HANA users have access to various disaster recovery methods available via SAP HANA for data backup, storage replication, and system replication; SQL data and undo log backup can be achieved using asynchronous procedures. Log backup works differently by saving changes made during transactions committed to permanent storage for safekeeping, with replication of storage ensuring almost no data loss and necessitating an effective network infrastructure. System replication provides companies with an option to achieve both minimal RPO and RTO rates during scheduled downtimes and software issues. By becoming familiar with this alternative solution, companies are better able to lower risks, protect data integrity, and ensure smooth operations during times of crisis.


Through SAP HANA Cloud’s disaster recovery capabilities, businesses can withstand disruptions without issue. Synchronous and asynchronous replication, automatic failover, and proactive backups are just some of the features included in these capabilities that ensure continued service delivery and data integrity are upheld, helping build resilience while continuing operations uninterruptedly.

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