Data Sheet SaaS-based Workload Automation - Eliminate Infrastructure Requirements and Deploy IT Automation in the Cloud

This solution data sheet describes how to eliminate infrastructure requirements and easily upgrade to the latest version as soon as it’s available.

SaaS-based Workload Automation Solution Data Sheet

Add This To Your Technical Library

DOWNLOAD NOW

Stonebranch's SaaS-based workload automation solution is easy to deploy in the cloud. You can quickly enable your organization with the ability to start scheduling automated IT jobs, workloads and business processes via your browser-based web interface.

This subscription-based service removes the need for large up-front capital requirements. Plus, it eliminates costly infrastructure and management expenditures.

Key benefits of Stonebranch's SaaS-based workload automation solution:

  • Subscription-based pricing
  • Browser-based user interface
  • Role-based security
  • 24/7 Support around the globe
  • Integration with any application or platform
  • and many more...

Further Reading

Header Universal Data Mover Techbrief Screenshot

Stonebranch Universal Data Mover (UDM): Secure File Transfers for the Modern Data Center.

Universal Data Mover TechBrief - Download now to learn more about the centralized and self-managing file transfer solution for enterprise-wide file transfers.…

Stonebranch Universal Controller: Imagining a Different Approach to Automation for Businesses

Universal Controller is a modern, easy to use Job Scheduling solution that is re-inventing the way IT can automate enterprise-wide business processing.

Data Supply Chain: Application Automation for OpenShift

Application Automation for OpenShift. Seamless application migration and modernization to orchestrate data supply chains. A solution paper provided by…

Docker Workload Automation. Scheduling and orchestration for Docker-based IT Landscapes

Does your container-based DevOps process seamlessly integrate with your legacy systems? Learn more about scheduling and orchestration of heterogenous…