If you are an SAP leader navigating a move to SAP RISE as a managed S/4HANA Cloud service, you already know the stakes. It is a massive, mission-critical transformation. But recently, a troubling narrative has emerged in the ecosystem.
Many organizations are being told by external consultants or software vendors that to achieve a successful SAP RISE migration, they must completely rip and replace their existing enterprise workload automation (WLA) platform which manages their business-critical processes and adopt a preferred "cloud-native" SAP scheduler.
As an industry, we need to pause and look at the reality of this advice.
Migrating your core ERP to the cloud is akin to a heart transplant for your business. Choosing to rip out, rewrite, and migrate thousands of complex, cross-platform enterprise batch jobs at the exact same time is like volunteering for a double heart transplant.
That intensive rewrite would extend far beyond “just” SAP. In order to avoid tool sprawl, you would also need to migrate your other platforms and applications or stitch multiple tools and silos together. Then hope the bandages hold, because with that approach, you can forget about visibility.
Replacing your automation for SAP RISE would introduce massive scope creep, require thousands of hours of job refactoring, and put your most critical SLAs at severe risk.
Why would you take on the risks and costs of a lateral migration when your focus should be on ERP innovation? The short answer: You probably shouldn't.
One argument often used to justify this rip-and-replace strategy is SAP’s "Clean Core" mandate. Consultants will argue that existing schedulers require legacy OS agents or custom ABAP code inside the SAP environment, which violates RISE governance.
But true Clean Core alignment is about architectural standards, not vendor marketing badges.
A Clean Core simply dictates that external applications must interact with SAP via standardized, approved interfaces—specifically OData, REST APIs, and the SAP BTP Cloud Connector. As long as your existing workload automation vendor supports deep integration via SAP’s standard, open pathways, replacing your scheduler is a commercial choice, not a technical necessity.
The second argument made for rip-and-replace is based on a conflation of commercial relationships and technical capabilities. As you map your RISE journey, it is critical to differentiate between true technical interoperability and commercial co-marketing.
An "Endorsed App" is a commercial, revenue-sharing partnership tier on the SAP Store, extended to vendors by invitation. It denotes financial alignment, not exclusive technical capability. Enterprises transitioning to SAP RISE do not need to take on the massive cost, risk, and operational disruption of ripping and replacing a proven enterprise scheduling backbone for a favored commercial marketing relationship.
Instead of forcing a disruptive replacement of automation, a responsible strategy should offer deployment flexibility that matches your organization’s migration velocity. There are three proven architectural models to integrate your existing scheduler with SAP RISE:
Modernized & Agentless: Operating entirely outside the RISE boundary, your automation platform triggers S/4HANA Application Jobs and BTP service chains using authenticated web services and the SAP BTP Cloud Connector. Zero footprint, total control.
External Storage via Jump Servers: If you have thousands of jobs dependent on complex OS-level scripts and file-handling, you don't need to refactor them. You can deploy your scheduling agents on external virtual machines under your direct control, securely bridging your external data storage (AWS, Azure, SFTP) with SAP RISE.
Lift-and-Shift: For highly complex legacy environments that require agent execution inside the SAP network, experienced IT teams already know that this is still possible. By partnering with SAP Enterprise Cloud Services (ECS) to secure a Cloud Application Services (CAS) agreement, your existing agent can be provisioned and managed within your RISE environment with full SAP approval. Broadcom has assisted many customers with this process, enabling them to make the move to RISE.
At Broadcom, we believe that SAP should fit into your broader enterprise orchestration strategy—not the other way around. We engineer our automation platforms to ensure you never have to choose between SAP compliance and enterprise control.
Whether you already run Automic or AutoSys or are interested in exploring how they can help you orchestrate your landscape and SAP RISE, we provide the architectural choice, the standard open-API integrations, and the proven deployment models to make your move to SAP RISE seamless, secure, and risk-free.
Don’t risk a rip-and-replace during your migration.
Find out how Broadcom seamlessly integrates with SAP RISE and explore our SAP automation capabilities today.
No. SAP's Clean Core strategy dictates that external applications interact with SAP via standardized, approved interfaces like OData, REST APIs, and the SAP BTP Cloud Connector. As long as your existing workload automation platform supports these open pathways, replacing your scheduler is purely a commercial choice rather than a technical necessity.
An "Endorsed App" is a commercial partnership tier on the SAP Store indicating a revenue-sharing relationship, not an exclusive technical capability. Non-endorsed workload automation platforms can integrate securely with SAP RISE using standard APIs and SAP-approved architectural patterns.
Broadcom supports three deployment models: a Modernized & Agentless setup using REST APIs/OData and the SAP BTP Cloud Connector; External Storage via Jump Servers for script-heavy jobs on external VMs; and a Lift-and-Shift path utilizing a Cloud Application Services (CAS) agreement with SAP Enterprise Cloud Services (ECS).
ERP cloud migrations are complex, core operations. Forcing a scheduler replacement at the same time introduces massive scope creep, requires thousands of hours of refactoring across cross-platform jobs, creates tool sprawl, and puts critical business SLAs at risk.