Abstract: Embodiments herein a method for managing hydrocarbon assets for a hydrocarbon operating facility. One embodiment includes receiving asset data associated with a plurality of hydrocarbon assets at an operations facility, determining a plurality of categories of asset data, and determining, by the computing device, a value for each of the plurality of categories of asset data. Some embodiments include determining a value for an asset management index (AMI) for the hydrocarbon operating facility, wherein the value for AMI includes the value for each of the plurality of categories of asset data, normalizing the AMI, and determining an acceptable range for AMI. Some embodiments include determining whether the AMI is within the acceptable range for AMI, and communicating data related to whether the AMI is within the acceptable range to the hydrocarbon asset management output translation module.

Abstract: Provided is a system for an industrial IoT (IIoT) service that includes a control system with a processor and a memory, the system being configured to provide an application programming interface (API) gateway to create a first microservice API that connects with a first plurality of networks of a first type that host a respective plurality of first IoT devices, and create a second microservice API that connects with a second plurality of networks of a second type that host a respective plurality of second IoT devices. The system may receive a request for device data from an IoT device, determine that the IoT device is located in one of the first plurality of networks, and communicate the request from a parameter output translation module to the first microservice API.

Abstract: Provided is a system for an industrial IoT (IIOT) service that includes a control system with a processor and a memory, the system being configured to provide an application programming interface (API) gateway to create a first microservice API that connects with a first plurality of networks of a first type that host a respective plurality of first IoT devices, and create a second microservice API that connects with a second plurality of networks of a second type that host a respective plurality of second IoT devices. The system may receive a request for device data from an IoT device, determine that the IoT device is located in one of the first plurality of networks, and communicate the request from a parameter output translation module to the first microservice API.

Abstract: Systems and methods are provided for asset integrity monitoring for organizations having multiple locations, multiple facilities or production activities. A visualization platform is provided for presenting status points from a variety of sources for different systems including maintenance, inspection, and operation programs to allow timely intervention by decision makers (i.e. operators, foremen, supervisors, managers, etc.) for all activities of an organization and to ensure safe operation. In addition, systems and methods described herein provide scalable solutions, allow for customization to organizational structure, and definition of requirements of all safety critical elements. Methods include monitoring safety critical elements by integrating data from a plurality of sources and updating integrity performance standards for safety critical elements and determining status levels for each safety critical element.