Systems and methods for adjusting operations of an industrial automation system based on multiple data sources

A cloud-computing device comprising one or more processors configured to:

• receive a first set of data associated with an operation of a first industrial device in a first industrial automation system;
• contextualize the first set of data with respect to a first plurality of hierarchical levels in the first industrial automation system to determine first effectual relationship data that corresponds to one or more first effects of one or more first operations of the first industrial device to one or more second operations of a second industrial device of the first industrial automation system;
• receive a second set of data associated with an additional operation of a third industrial device in a second industrial automation system, wherein the third industrial device is of the same type as the first industrial device, wherein the second industrial automation system is different from the first industrial automation system;
• contextualize the second set of data with respect to a second plurality of hierarchical levels in the second industrial automation system to determine second effectual relationship data that corresponds to one or more second effects of one or more third operations of the third industrial device to one or more fourth operations of a fourth industrial device of the second industrial automation system;
• receive a request associated with adjusting the first set of contextualized data into a range of values;
• determine a first set of operational parameters of the third industrial device that corresponds to the second set of contextualized data being in the range of values based the second effectual relationship data;
• determine a second set of operational parameters for the first industrial device, the second industrial device, or both to cause the first set of contextualized data to be in the range of values based on the first set of operational parameters, the second effectual relationship data, and the first effectual relationship data;
• and
• send the second set of operational parameters to the first industrial device, the second industrial device, or both.

A non-transitory computer-readable medium comprising computer-executable instructions that, when executed, are configured to cause at least one processor to:

• receive a first set of data associated with an operation of a first industrial device in a first industrial automation system;
• contextualize the first set of data with respect to a first plurality of hierarchical levels in the first industrial automation system to determine first effectual relationship data that corresponds to one or more first effects of one or more first operations of the first industrial device to one or more second operations of a second industrial device of the first industrial automation system;
• receive a second set of data associated with an additional operation of a third industrial device in a second industrial automation system, wherein the third industrial device is of the same type as the first industrial device, wherein the second industrial automation system is different from the first industrial automation system;
• contextualize the second set of data with respect to a second plurality of hierarchical levels in the second industrial automation system to determine second effectual relationship data that corresponds to one or more second effects of one or more third operations of the third industrial device to one or more fourth operations of a fourth industrial device of the second industrial automation system;
• receive a request associated with adjusting the first set of contextualized data into a range of values;
• determine a first set of operational parameters of the third industrial device that corresponds to the second set of contextualized data being in the range of values based the second effectual relationship data;
• determine a second set of operational parameters for the first industrial device, the second industrial device, or both to cause the first set of contextualized data to be in the range of values based on the first set of operational parameters, the second effectual relationship data, and the first effectual relationship data;
• and
• send the second set of operational parameters to the first industrial device, the second industrial device, or both.