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5G6G

v11	v12
19	19	== SMO Applications
20	20	=== Security rApp
21		The Security rApp reads information from a Kafkabus regarding information about threats to the system. The existing code makes a graph out of the topology information contained in a JSON file. The program then receives and parses alarms and responds accordingly. In the event of a compromised part, the rApp quarantines the node and updates the access status of the node within the graph object.
	21	The Security rApp aims to provide closed-loop control in the SMO. This means that the network would be automatically configured based on changes. The rApp reads information from a Kafkabus regarding information about threats to the system. The existing code makes a graph out of the topology information contained in a JSON file. The program then receives and parses alarms and responds accordingly. In the event of a compromised part, the rApp quarantines the node and updates the access status of the node within the graph object.
22	22	=== !Topology/Resilience rApp
23	23	One method of increasing the resilience and efficiency of a RAN system is to have a single UE device connected to two RAN networks. The individual networks are managed by their own SMOs, which are in turn managed by a master SMO. Using the two networks, the data transfer can be optimized for speed and efficiency. Additionally, if one of the networks were to be compromised, connectivity can be maintained through the other network. A drawing of the system is shown below.