Abstract: Methods and systems for delivering EOR substances and determining their efficiency in real time, or near real time, are disclosed. The systems and methods of the present disclosure are especially important in determining petrophysical information about the reservoir as well as the in-situ effect of substances on enhanced oil recovery.

Abstract: Methods and systems for delivering EOR substances and determining their efficiency in real time, or near real time, are disclosed. The systems and methods of the present disclosure are especially important in determining petrophysical information about the reservoir as well as the in-situ effect of substances on enhanced oil recovery.

Abstract: An apparatus comprises a plurality of host devices each implementing one or more virtual resources that are migratable between the host devices, one or more networks comprising a plurality of network switches each coupled to one or more of the host devices, and a migration controller associated with one or more of the host devices. The migration controller is configured to monitor utilization of the network switches by their associated host devices and to direct migration of the virtual resources between the host devices based at least in part on the monitored utilization of the network switches. Responsive to detection of a first network switch having a utilization above a threshold, the migration controller identifies a second network switch having a utilization below the threshold and directs migration of at least one virtual resource from a first host devices associated with the first network switch to a second host device associated with the second network switch.

Abstract: An apparatus comprises a processing platform configured to communicate with a plurality of IoT devices over at least one network. The processing platform implements a security-as-a-service portal accessible to the IoT devices, the portal comprising an analytics engine configured to assign trust scores to respective ones of the IoT devices. The security-as-a-service portal provides authentication leveling functionality for the IoT devices based at least in part on the assigned trust scores. In accordance with the authentication leveling functionality, a first one of the IoT devices accesses the security-as-a-service portal to identify a level of authentication to be applied by the first IoT device in authenticating a second one of the IoT devices. The security-as-a-service portal may determine the authentication level to be applied by the first IoT device in authenticating the second IoT device based at least in part on the trust score assigned to the second IoT device.