Accelerate your SAP Migration with a Proof of Concept
Optimized Migration
Selecting the most suitable migration strategy or build pattern for your organization involves considering several critical factors. Here are some key areas your organization should focus on:
1. Project Planning: Define a timeline for the migration project and establish a deadline date.
2. Resource Allocation: Allocate company resources and dedicated time to ensure a smooth migration process.
3. Target Architecture Evaluation: Assess whether the target architecture undergoes significant changes during migration.
4. Upgrade Consideration: Determine whether the migration should also include an upgrade to enhance system capabilities.
5. Corporate Strategic Roadmaps: Incorporate any corporate strategic roadmaps for SAP into the migration plan.
As a crucial initial step, Sapsense conducts an in-depth assessment of your systems to understand your specific requirements. Based on this assessment, we provide support in selecting a migration strategy that aligns with your unique business needs, ensuring a confident and successful migration journey.
Migration with Minimal Downtime
Our Sapsense migration methodology and tools are designed to minimize downtime and business disruption. On average, our clients experience less than four hours of technical downtime, with many achieving Migration with Minimal Downtime
Greenfield Build
For a fresh deployment of SAP, we provide a quick and cost-effective build and support service. Leveraging Sapsense Cloud Platform (SP/CP) automation, we can design and deploy standard SAP environments within 4 to 6 weeks. The advantages of SP/CP include enabling project managers to provision and replicate landscapes as needed, offering unparalleled project-specific visibility into costs and cost management tools.
Cloud Optimized Migration
The majority of our clients opt to revamp their SAP infrastructure during the migration process. This could involve changes to the database, operating system, Disaster Recovery (DR) strategy, or SAP version. Typically, this decision stems from a desire to embrace Cloud best practices or to rejuvenate the system through upgrades. In such scenarios, we provide a comprehensive range of heterogeneous migration methods that facilitate these changes in a single step.
Large Database Migration
Sapsense serves numerous large enterprise clients with extensive SAP usage spanning several years. Our team regularly encounters SAP databases ranging from 20TB to 30TB, which pose numerous challenges in terms of migration strategy, cost management, and system performance. The Sapsense Cloud Platform (SP/CP) includes specialized tools tailored for migrating such large databases with minimal downtime. Additionally, we leverage the migration process to streamline legacy data and optimize the size of the SAP application.
Lift and Shift
For clients seeking the most cost-effective and expedited migrations, or for those desiring swift migration of non-SAP assets, we usually employ a lift-and-shift approach coupled with technical optimization measures.
SAP S/4HANA Migration
The approaching SAP end-of-support deadline in 2027 has sparked a notable surge in customer demand for transitioning to SAP S/4HANA. Sapsense is equipped to address your needs by offering new infrastructure provisioning for a fresh setup or by aiding in an SAP S/4HANA migration initiative. Whether your organization opts for a Greenfield approach or decides on an upgrade, Sapsense is ready to assist.
Migrate to Archive
Major corporations often engage in mergers and acquisitions, leading to the accumulation of extensive legacy SAP infrastructures among our clients. In traditional on-premises environments, these applications remain inactive in managed data centers, incurring high costs despite infrequent utilization. Our Migrate to Archive solution transfers these legacy systems to a hyper scale Cloud platform, streamlining their operations before deactivating them. Subsequently, we provide your users with self-service tools to manage the activation and deactivation of these systems as needed. The substantial cost-effectiveness of this method far surpasses the associated project costs.
