Top solutions for SAP workload automation
Learn which workload automation platforms work best with your organization’s SAP systems.
Learn which workload automation platforms work best with your organization’s SAP systems.
Most organizations that use SAP infrastructure start with the scheduling tools built into the system. Then the work environment grows. A financial close depends on a job in S/4HANA, which depends on a file landing from a bank, which depends on a report running in a data warehouse, and none of that lives inside SAP. That’s the point where SAP job scheduling alone is no longer enough, and workload automation becomes the tool teams reach for.
Workload automation platforms sit above SAP ERP and coordinate batch jobs, event-based triggers and business process management across SAP and non-SAP systems from one console. For enterprises running SAP ECC, S/4HANA, SAP BTP or RISE with SAP alongside cloud platforms, databases and other business applications, that single point of control has become a requirement instead of just a nice-to-have. Compare SAP workload automation solutions and the factors that separate them.
Buyers narrowing down a shortlist tend to weigh the same factors, regardless of company size or SAP landscape:
Enterprises modernizing SAP job scheduling and automation that want one platform to orchestrate SAP and non-SAP workloads without custom scripting
Large enterprises with mainframe and mixed ERP environments, such as SAP alongside Oracle or PeopleSoft, that want one orchestration layer across all of it
Enterprises running hybrid mainframe-to-cloud SAP environments that want deep SAP certification, along with broader IT orchestration
Organizations replacing legacy SAP schedulers that want a single, real-time, event-driven platform across hybrid SAP and non-SAP environments
Financial services and banking organizations with existing AutoSys deployments migrating to S/4HANA who want continuity instead of solely a platform swap
| Platform | SAP Certified | SAP BTP | Cross-Platform | SAP Endorsed App |
| RunMyJobs | Yes | Yes | Yes | Yes |
| Control-M | Yes | Yes | Yes | No |
| Automic | Yes | Yes | Yes | No |
| Stonebranch | Yes | Yes | Yes | No |
| AutoSys | Yes | Yes | Yes | No |
SAP has always shipped its own scheduling tools. Transactions like SM36 and SM37 let administrators define and monitor background jobs, and SAP Solution Manager and the SAP Job Scheduling Service extend that with some cross-system visibility. Older SAP Business Process Automation and Central Process Scheduling tools sought to further fill the gap. All of these were built to manage jobs inside SAP, not across an entire IT infrastructure.
The limits show up once a company’s SAP landscape no longer stands alone. SM36 and SM37 have no native concept of a job that depends on a file transfer, a database load or an API call outside SAP. There’s no built-in cross-application dependency chain, no unified dashboard for jobs running in SAP and a data warehouse at the same time, and job documentation tends to live in whatever spreadsheet the admin team maintains. Parallel processing across systems, service level agreements that span more than one platform and a single audit trail covering the whole process all sit outside what native tools were designed to do.
Enterprises typically look at workload automation once they hit triggers like an SAP S/4HANA or RISE with SAP migration that forces a scheduler decision anyway, a compliance requirement for end-to-end audit trails across systems or simply too many manual handoffs between the SAP team and everyone else running batch jobs on other platforms. At that point, a service orchestration and automation platform (SOAP) that treats the entire SAP landscape and its surrounding infrastructure as a single workflow becomes the more practical option.
Optimal business continuity naturally occurs once job dependencies and event-based triggers replace the manual handoffs that slow down order-to-cash, financial close and other recurring processes. Compliance improves, too, since centralized audit trails and job documentation replace scattered logs across SAP and non-SAP systems, which makes regulatory reporting easier to defend. Dependency management and automated error handling also reduce operational risk by reducing manual scripting errors that cause missed batch windows.
Beyond risk reduction, real-time dashboards and alerting improve SLA performance by surfacing a job’s status before an SLA breach occurs. High-availability architectures, paired with hybrid cloud deployment options, add operational efficiency and resilience to keep critical SAP workloads running during infrastructure changes or outages.
SAP job scheduling, through tools like SM36 and SM37 or the SAP Job Scheduling Service, manages background jobs within the SAP system. It handles job execution and can alert an administrator if it fails, but it has no visibility into anything happening outside SAP.
Workload automation sits above SAP and coordinates jobs across SAP and non-SAP systems as a single business process. Instead of managing SAP jobs and everything else separately, a workload automation platform can trigger a job in SAP based on a file arriving from a bank or hold a downstream report until an SAP job dependency clears, all from one console with one audit trail.
Yes. That’s the core reason most enterprises adopt workload automation in the first place. Platforms like RunMyJobs by Redwood are all built to orchestrate SAP alongside other ERP systems, cloud platforms, databases and business applications from a single interface.
The depth of that cross-platform support varies by vendor. Some, including RunMyJobs, ship with hundreds of prebuilt connectors for platforms such as AWS, Azure, Google Cloud and Databricks. Others rely more heavily on custom scripting or dedicated plug-ins for specific non-SAP systems, which is worth checking against your own application list before committing to a platform.
Most established workload automation vendors have pursued RISE with SAP compatibility directly, since a growing share of SAP customers are moving to that managed cloud model. RunMyJobs by Redwood, BMC Control-M, Broadcom Automic and Stonebranch all support RISE with SAP-managed landscapes, though their depth of certification differs. RunMyJobs is currently the only workload automation platform included in the RISE with SAP reference architecture as an SAP Endorsed App
SAP certification is administered by the SAP Integration & Certification Center, which tests a partner’s integration against defined technical standards for a specific SAP interface or product, such as S/4HANA or BTP.
SAP Endorsed App status is a narrower, higher bar. It requires SAP to review a solution against its own quality, security and value criteria, and endorsed apps are recognized as part of SAP’s own recommended ecosystem. RunMyJobs by Redwood is the only workload automation platform that currently holds the SAP Endorsed App status.