Migrate to SAP HANA

Make the move on AWS before 2027—without the risk

Get ahead of the deadline

By 2027, all agency and enterprises must migrate their SAP data. As a business leader, you know this is no small ask.

Not only are migrations often synonymous with words like “complex” or “resource-intensive,” but SAP migrations are next level. That’s due to the fact that systems and data encapsulated within those migrations are typically the lifeblood of your company: often your most sensitive data and critical workloads. That means there’s not a lot of room for error—or downtime.

Why an SAP migration with

Vcinity?

Reduce migration timelines and costs

Truncate the time to migrate your SAP ecosystem with faster, more efficient data transfer— regardless of distance, latency, or environment size.

Preserve your data's integrity

Safeguard your sensitive SAP data by protecting it in-flight and reducing exposure time.

Minimize downtime

Maximize uptime for mission and business-critical operations by accelerating the migration process with predictable data transfer and AWS-validated native SAP integration.

Increase infrastructure flexibility

Shift AnyDB to AnyDB, including other critical file systems in the same project.

Say goodbye to tradeoffs

With Vcinity, you don’t have to choose between migrating your data or keeping your business running. You can do both.

Connect with us to learn how!

AWS

validated

Vcinity makes your migration to AWS simpler and faster with:

1

Integration with SAP native tools

Vcinity is proven to integrate with standard SAP tools and is deployed at endpoints—allowing users to create “source” and “target” nodes at the respective repositories. A secure connection is created between nodes, employing advanced flow controls to deliver high-speed local ingest and unparalleled data transfer performance.

2

Hyper-fast, deterministic data transfer

With Vcinity, data was moved into AWS up to 76x faster than without it. In real-world scenarios with mixed datasets—the most common type—Vcinity accelerated transfers by 6.5x. Both transfers used only half the allocated bandwidth. This efficiency acts as a force multiplier, significantly reducing migration times and streamlining the data transfer process from source to target.