Event-Driven Multi-Tenant Computer-Management Platform

An event driven services platform comprising:

• a processor device and memory, configurable to implement:
• a flow engine for interpreting an application that specifies business logic and determines workflows to execute for an event;
• a plurality of channels, each channel comprising an input to the event driven services platform, with each channel configured for a specific type of function and to receive input corresponding to the type of function;
• a set of services including access to storage and notification services;
• a flow execution runtime engine to receive an input event, analyze the input event and determine one or more workflow to execute to handle the event;
• and
• a storage module configurable to store workflows.

A method executed on an event driven computing platform, the method comprising:

• receiving by a first channel of a plurality of channels, an input, with the first channel configured for a specific type of function and configured to receive input corresponding to the type of function;
• interpreting an application that specifies business logic and determining workflows to execute for the event;
• analyzing in a flow execution runtime engine the received event to determine one or more workflow to execute to handle the event;
• retrieving from a storage module the one or more determined workflows;
• and
• executing the determined workflow in either a real-time computing engine if the workflow is encoded as real-time workflow or a non-real-time computing engine if the workflow is encoded as non-real-time workflow.

A computer program product tangibly stored on a computer readable hardware storage device, the computer program product comprising instructions for causing a processor to:

• receive by a first channel of a plurality of channels, an input, with the first channel configured for a specific type of function and configured to receive input corresponding to the type of function;
• interpret an application that specifies business logic and determining workflows to execute for the event;
• analyze in a flow execution runtime engine the received event to determine one or more workflow to execute to handle the event;
• retrieve from a storage module the one or more determined workflows;
• and
• execute the determined workflow in either a real-time computing engine if the workflow is encoded as real-time workflow or a non-real-time computing engine if the workflow is encoded as non-real-time workflow.