Abstract: A system and method including receiving, from a first user of a first service, an indication of a second service to integrate with the first service; correlating a presence of the first user of the first service with an identifier of the first user in the second service; receiving, from a second user of the first service, an indication of the second service to integrate with the first service; correlating a presence of the second user of the first service with an identifier of the second user in the second service; receiving, from the second service via an application programming interface, a replication of a statement of work generated by the second service and associated with the second user; and persisting the replication of the statement of work in a data store of the first service that is accessible by the first user of the first service.

Abstract: A method may include a collaboration controller receiving a collaboration request to share a data asset associated with a first customer onboarded at a first data center with a second customer. In response to the collaboration request, the collaboration controller may determine that the second customer is onboarded at a second data center but not the first customer. Moreover, the collaboration controller may replicate, at the second data center, the data asset associated with the first customer upon determining that a copy of the data asset is not already present at the second data center. The replicating of the data asset may provide the second customer access to the data asset by at least creating, at the second data center, the copy of the data asset. Related systems and computer program products are also provided.

Abstract: In some implementations, supporting system collaboration includes actions of generating a digital identifier for a digital object corresponding to a physical object included in an object list formatted for display and including model information retrieved from a second system coupled to the first system, the model information including an identifier of a physical object and one or more characteristics of the physical object, assigning the digital identifier of the digital object to a service to be performed on the physical object, transmitting, to a second system, the digital identifier, the second system performing a service related to the physical object, receiving, to a second system, a service result related to the physical object, and transmitting, to a third system, the service result related to the physical object.

Abstract: In some implementations, supporting system collaboration includes actions of receiving a registration of an account on a system, adding objects to an object list including model information that includes an identifier of a physical object and characteristics of the physical object, publishing the object list to make the object list visible to a plurality of users of the first system, receiving, from one of the plurality of users of the system, a request to export a portion of the object list, conditioning the portion of the object list to be accessible to another system by converting the portion of the object list based on a transmission protocol, formatting the portion of the object list for display on the other system, and packaging the portion of the object list for transmission to the other system, and exporting the portion of the object list to the other system.

Abstract: Methods, systems, and computer-readable storage media for receiving IoT data from an IoT device of an IoT network, the IoT data including identification data and sensor data, determining that a digital twin of the IoT device is stored in a cloud platform based on at least a portion of the identification data, the digital twin including a digital representation of the IoT device that is provided as an instance of a model of the IoT device, and enriching the digital twin with the sensor data.

Abstract: Methods, systems, and computer-readable storage media for receiving IoT data from an IoT device of an IoT network, the IoT data including identification data and sensor data, determining that a digital twin of the IoT device is stored in a cloud platform based on at least a portion of the identification data, the digital twin including a digital representation of the IoT device that is provided as an instance of a model of the IoT device, and enriching the digital twin with the sensor data.

Abstract: Method for assessing health conditions of industrial equipment (S), said equipment having one or more determined failure modes (F1, . . . , FN), each of said failure modes having one or more determined failure causes (FCD1, . . . , FCDK) and/or one or more undetermined failure causes (FCU1, . . . , FCUM), further comprising: acquiring input data (DIN) related to said equipment; calculating failure mode assessment data (RFi, RULFi, AFi, RSKFi, POFFi) for each failure mode (Fi) determined for said equipment, wherein the calculation of said failure mode assessment data comprises: if said failure mode (Fi) has one or more determined failure causes (FCD1, . . .

Abstract: Method for assessing health conditions of industrial equipment (S), said equipment having one or more determined failure modes (F1, . . . , FN), each of said failure modes having one or more determined failure causes (FCD1, . . . , FCDK) and/or one or more undetermined failure causes (FCU1, . . . , FCUM), further comprising: acquiring input data (DIN) related to said equipment; calculating failure mode assessment data (RFi, RULFi, AFi, RSKFi, POFFi) for each failure mode (Fi) determined for said equipment, wherein the calculation of said failure mode assessment data comprises: if said failure mode (Fi) has one or more determined failure causes (FCD1, . . .