Condition-based management of shared mobile edge computing for 5G or other next generation network

A system, comprising:

• a processor;
• and
• a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations, comprising:
• determining that a first user equipment associated with a tenant identity has satisfied a location criterion associated with authorized utilization of radio access network equipment, wherein the location criterion relates to a location that is associated with the radio access network equipment that is associated with a local radio access network;
• in response to determining that the first user equipment has satisfied the location criterion, receiving, from router equipment, user equipment data representative of subscriber traffic from the first user equipment, wherein the subscriber traffic comprises first subscriber traffic of a first data traffic type and second subscriber traffic of a second data traffic type;
• filtering the subscriber traffic with respect to the tenant identity;
• based on the filtering, partitioning the subscriber traffic to generate the first subscriber traffic of the first data traffic type and the second subscriber traffic of the second data traffic type;
• receiving, from a second user equipment, condition data representative of a condition to be applied to the subscriber traffic;
• determining that the first subscriber traffic satisfies the condition and the second subscriber traffic does not satisfy the condition based on a filtering criterion relating to data traffic types;
• in response to determining that the condition is satisfied with regard to the first subscriber traffic, sending a first portion of the user equipment data representative of the first subscriber traffic to a data store;
• in response to determining that the condition is not satisfied with regard to the second subscriber traffic, sending a second portion of the user equipment data representative of the second subscriber traffic to external network equipment associated with an external core network, wherein the external network equipment and the external core network are external to the local radio access network associated with the radio access network equipment;
• in response to sending the first portion of the user equipment data representative of the first subscriber traffic to the data store, sending, to the first user equipment, application data representative of an application;
• in response to determining that the condition is satisfied with regard to the first subscriber traffic and sending the first portion of the user equipment data representative of the first subscriber traffic to the data store, determining that a tenant account associated with the tenant identity is to be charged for the first portion of the user equipment data sent to the data store;
• and
• in response to determining that the condition is not satisfied with regard to the second subscriber traffic and sending the second portion of the user equipment data representative of the second subscriber traffic to the external network equipment associated with the external core network, determining that the tenant account is not to be charged for the second portion of the user equipment data sent to the external network equipment.

A non-transitory machine-readable medium, comprising executable instructions that, when executed by a processor, facilitate performance of operations, comprising:

• determining that a first user equipment is at a location associated with a tenant identity, wherein the location is associated with local server equipment that is associated with a local area network;
• receiving, from router equipment, user equipment data representative of subscriber traffic from the first user equipment, wherein the user equipment data representative of the subscriber traffic comprises first user equipment data representative of first subscriber traffic of a first data type and second user equipment data representative of second subscriber traffic of a second data type;
• filtering the subscriber traffic with respect to the tenant identity;
• based on the filtering, partitioning the subscriber traffic to generate the first subscriber traffic of the first data type and the second subscriber traffic of the second data type;
• receiving, from a second user equipment, condition data representative of a condition to be applied to the subscriber traffic;
• determining that the first subscriber traffic satisfies the condition and the second subscriber traffic does not satisfy the condition based on a filtering criterion relating to data types;
• in response to determining that the condition is satisfied with regard to the first subscriber traffic, communicating the first user equipment data representative of the first subscriber traffic to a data store;
• in response to determining that the condition is not satisfied with regard to the second subscriber traffic, communicating the second user equipment data representative of the second subscriber traffic to a base station associated with a wide area network, wherein the base station and the wide area network are external to the local area network;
• in response to communicating the first user equipment data to the data store, communicating application data to the first user equipment for the first user equipment to utilize an application associated with the tenant identity;
• in response to determining that the condition is satisfied with regard to the first subscriber traffic and communicating the first user equipment data to the data store, determining that a tenant account associated with the tenant identity is to be charged for the first user equipment data communicated to the data store;
• and
• in response to determining that the condition is not satisfied with regard to the second subscriber traffic and communicating the second user equipment data to the base station associated with the wide area network, determining that the tenant account is not to be charged for the second user equipment data communicated to the base station.