Architecting Multi-Region HA/DR resiliency patterns
Learn how to architect multi-region resiliency for SAP solutions such to ensure high availability and business continuity. This guide covers strategies, best practices, and sample implementations for a robust, compliant multi-region setup with failover and disaster recovery capabilities.
Authentication Strategies
Authentication Strategies
Benefits of Multitenant Applications
Benefits of Multitenant Applications
Build Events-to-Business Actions Scenarios with SAP BTP and AWS IoT SiteWise
Sample application for building event-driven architecture application with AWS IoT SiteWise as event source. Assess the critical events and publish to SAP BTP for validation and processing the business processes operations in SAP S/4HANA.
Build Events-to-Business Actions Scenarios with SAP BTP and Microsoft Azure
Sample application for building event-driven architecture application with Microsoft Azure IoT as event source. Assess the critical events and publish to SAP BTP for validation and processing the business processes operations in SAP S/4HANA.
Control Plane for Orchestration
Multi-Region Manager (MRM) is an open-source CAP-based application that orchestrates multi-region processes like replication topology, failover management, load balancer control, and monitoring. It enables seamless failover between regions, ensuring business continuity and service availability.
Cost of Ownership
There is a cost to maintain multi-region setup which is inherent due to it's nature of having to setup duplicate services. However, there are some ways to reduce this further, which are discussed here.
Cost of Ownership
Cost of Ownership
Data Synchronization
Data synchronization in multi-region setups ensures consistency across locations. SAP HANA Cloud with Smart Data Access (SDA) enables efficient data replication and resiliency, providing real-time updates, failover capabilities, and robust data availability across regions.
Design Considerations for EDA Applications
Understand key challenges, key design patterns and key considerations from platform, technical services,when building event-driven architecture based applications.
Establish a central entry point with SAP Build Work Zone
SAP Build Work Zone offers a comprehensive solution architecture designed to elevate user productivity and engagement by providing a digital workplace platform that supports single-sign-on. This innovative approach centralizes access to essential business applications, processes, information, and communication, serving as a unified entry point accessible from desktop or mobile devices. It harmonizes business content, applications, workflows, and processes across your landscape, ensuring a seamless integration and interaction within your digital ecosystem.
Establish a central inbox with SAP Task Center
Guidance for setting up SAP Task Center service on SAP BTP. Learn about the architecture components and flow in this architecture.
Events Synchronization
Event synchronization in multi-region setups is enabled by SAP's Advanced Event Mesh (AEM) with Dynamic Message Routing (DMR), ensuring real-time, resilient, and scalable event processing across regions, maintaining continuity and high availability during infrastructure failures.
Geographic Redundancy
Geographic redundancy ensures continuous service availability by distributing data and resources across multiple locations. It minimizes downtime, enables disaster recovery, and synchronizes critical components across regions for SAP BTP services and applications.
HA/DR Sample Implementations
This document provides sample implementations using Azure Traffic Manager and AWS Route 53 for high availability and disaster recovery (HA/DR) of SAP services. It includes stateless and stateful setups for SAP Cloud Integration, SAP Work Zone, and SAP HANA Cloud with multi-region DR solutions.
Introduction and SAP's EDA Strategy
Understanding Event-Driven Architecture, Core Concepts and Building Blocks.
Load Balancers
Load balancers enhance reliability, scalability, and fault tolerance in multi-region SAP BTP setups by distributing traffic intelligently. They ensure optimal performance with real-time failover, health checks, and advanced features, providing seamless operations across diverse geographies.
Multi-region resiliency
Learn how and why Multi-region resiliency ensures applications remain functional during regional outages by leveraging geographically distributed data centers.
Multitenant SaaS Application using CAP
Multitenant SaaS applications built on SAP BTP offer a powerful way to extend SAP's core solutions and address specific industry or business needs at scale. By allowing multiple customers to share a single instance of the software, multitenancy lowers costs and makes maintenance simple for all users. This approach not only drives innovation and scalability but also enables faster time-to-market and more efficient resource utilization.
Reference Architecture
Reference Architecture
Reference Architecture for Event-Driven Applications
Guidance for developing applications based on Event-Driven Architecture (EDA) patterns and Cloud Application Programming (CAP) framework.
Secure connectivity with SAP Private Link service
Secure connectivity between SAP BTP and hyperscaler workloads with SAP Private Link service. Keep sensitive data protected within private networks, avoid public internet exposure, and reduce security risks. Ensure compliance, minimize attack surfaces, and enable seamless communication across cloud environments
Security
Security is crucial for enterprise applications and in the multi-region scenario, the security setup varies from service to service.
Single-region and Multi-region resiliency
Overview for Single and Multi-region resiliency
Single-region resiliency
How the single region resiliency works. What are the benefits and drawbacks.
Tenant Lifecycle Management
Tenant Lifecycle Management
Tenant Model on SAP BTP
Tenant Model on SAP BTP
Understanding Network Performance in a Multi Regional Solution
Designing and operating cloud based solutions in a multi-regional setup are technically advanced tasks. The solution and application design, usage of different network providers and last but not least the geographical placement of services have an impact on the overall performance.