What is 5G network monitoring and edge performance?
WanAware’s architecture starts with agentless discovery, turns assets into a persistent relationship graph, and uses that graph to enrich incidents with service context.
WanAware discovers distributed assets without agents or scanners, materializes service relationships continuously, and attaches that context to every alert and query.
The Relationship Graph reflects the environment as it exists now—not as of the last scan, export, or documentation update.

WanAware’s architecture starts with agentless discovery, turns assets into a persistent relationship graph, and uses that graph to enrich incidents with service context.
The same live graph supports performance analysis, incident response, change planning, and service impact assessment.
Collect available network, cloud, application, and service evidence from existing systems.
Continuously materialize the dependencies connecting infrastructure to customer-facing services.
Deliver root cause, blast radius, and affected services with the incident or query.
The difference is not another dashboard. It is the data structure used to understand the environment.
The likely origin point of the service-impacting condition.
The boundaries of technical and service impact.
The applications, regions, or customer services connected to the change.
Direct answers for operators, service teams, transformation leaders, and revenue-assurance buyers.
WanAware’s architecture starts with agentless discovery, turns assets into a persistent relationship graph, and uses that graph to enrich incidents with service context.
The Relationship Graph reflects the environment as it exists now—not as of the last scan, export, or documentation update.
Use a free trial to see how WanAware discovers assets and connects service dependencies across your own operating estate.
Use a free trial to see how WanAware discovers assets and connects service dependencies across your own operating estate.