Abstract: An orchestration layer for execution user defined automation workflows. The orchestration layer may include multiple process instances that host user defined automation workflows that automate processes or tasks. To improve system performance and reduce operating costs, the user defined automation workflows are deployed to the orchestration layer in a standard format that standardizes the user defined workflow configurations. The orchestration layer may also dynamically scale the computational resources allocated to teach process instance based on the properties of each user defined automation workflow.

Abstract: A workflow automation system that automates business tasks by executing task workflow models. The workflow automation system distributes actions to multiple clients based on roles and permissions to facilitate completion of manual and automated tasks included in the workflow models. The workflow automation system may pre-configure the roles and permissions to reduce the set up time for workflow model implementations of tasks. The workflow automation system improves the speed and efficiency of completing tasks relative to manual methods and other workflow automation tools.

Abstract: Examples provide a configurable connection reset system for customized distribution of incoming traffic to a plurality of servers. The connection reset component routes incoming service requests to active servers based on server performance, configurable server failure criteria, user-selected inactive threshold wait time-period for each server and per-client distribution configurations, including server priorities and user-selected distribution methodology or combination of distribution methodologies. A configurable wait time-period is assigned to each inactive server removed from a distribution rotation for the incoming traffic. A next received request to the next available server for the identified client. An inactive server is updated to active status and returned to the distribution rotation after expiration of the configurable wait time-period.

Abstract: Examples provide a configurable connection reset system for customized distribution of incoming traffic to a plurality of servers. The connection reset component routes incoming service requests to active servers based on server performance, configurable server failure criteria, user-selected inactive threshold wait time-period for each server and per-client distribution configurations, including server priorities and user-selected distribution methodology or combination of distribution methodologies. A configurable wait time-period is assigned to each inactive server removed from a distribution rotation for the incoming traffic. A next received request to the next available server for the identified client. An inactive server is updated to active status and returned to the distribution rotation after expiration of the configurable wait time-period.