Alarm prioritization in a 5G Telco network

A non-transitory, computer-readable medium comprising instructions that, when executed by a processor, perform stages for alarm prioritization in a Telco network, the stages comprising:

• constructing a mapping matrix that maps network resource types to problem weights, wherein the problem weights correlate to how impactful a network resource type is to operation of the Telco network;
• receiving, at a prioritization engine, problem notifications that indicate impacted network resources, the impacted network resources having corresponding network resource types;
• creating a problem-impact (“PI”) matrix based on the received problem notifications, wherein creating the PI matrix includes:
• correlating problems to corresponding impacted network resources based on the problem notifications;
• and
• assigning impact weights to the impacted network resources based on the problem weights of the mapping matrix, wherein the problem weights are identified in the mapping matrix based on the respective network types of the network resources;
• summing the impact weights for each problem notification to produce PI weights;
• and
• prioritizing alerts on a graphical user interface (“GUI”) based on the PI weights of the problem notifications problems.

A system for alarm prioritization in a Telco network, comprising:

• a non-transitory, computer-readable medium containing instructions;
• and
• a processor that executes the instructions perform stages comprising:
• constructing a mapping matrix that maps network resource types to problem weights, wherein the problem weights correlate to how impactful a network resource type is to operation of the Telco network;
• receiving, at a prioritization engine, problem notifications that indicate impacted network resources, the impacted network resources having corresponding network resource types;
• creating a problem-impact (“PI”) matrix based on the received problem notifications, wherein creating the PI matrix includes:
• correlating problems to corresponding impacted network resources based on the problem notifications;
• and
• assigning impact weights to the impacted network resources based on the problem weights of the mapping matrix, wherein the problem weights are identified in the mapping matrix based on the respective network types of the network resources;
• summing the impact weights for each problem notification to produce PI weights;
• and
• prioritizing alerts on a graphical user interface (“GUI”) based on the PI weights of the problem notifications.