Unryo now assigns every network incident to its owning team at creation, routing on the diagnosed root cause.
Correlating large volumes of alerts into a single incident answers the question of what is broken. It does not answer who should fix it, and a correctly diagnosed incident can sit unassigned while operators work out which team owns it. Unryo, an agentic AI platform built for network operations, has added automatic team assignment: every incident is assigned to its owning team as it is created.
In ticketing platforms such as ServiceNow, the assignment group is typically a required field on an incident record, not an optional label. It is the field that drives routing, notification, and downstream automation, so an incident waits until someone determines who owns it.
Automatic team assignment sets that ownership as the incident is created. The ticket routes, notifications are issued, and downstream automation is triggered without an operator having to make the determination manually. Incidents begin in the right queue rather than waiting to be placed, which removes a common cause of stalled tickets and of delay between diagnosis and remediation.
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Adapting to each NOC’s team structure
Every NOC organizes its teams differently. Some group by technology domain, such as radio access network, core, or transmission. Others organize by geography, by account, or by other operational responsibilities.
Unryo’s team assignment is configured using rules that map conditions such as technology or resource type to a named team. The routing follows the customer’s existing NOC structure rather than a structure imposed by the tooling. The rules are applied consistently on every incident, and a manual override remains available whenever human judgment is required.
From detecting an incident to acting on it
Team assignment extends the workflow already active in Unryo’s incident engine, which correlates high volumes of alerts into a single incident and identifies the underlying root cause. That includes cases where the root cause carries no active alerts of its own, because the symptoms are appearing on dependent resources rather than on the failing one.
Assignment is based on that diagnosed root cause rather than on the individual alerts that triggered the incident, so the incident goes to the team that owns the underlying problem rather than the team that owns the resource where symptoms happened to surface. As the diagnosis evolves, the team assignment updates automatically unless an operator has already overridden it.
The result is a more direct path from detection to action: the manual step between identifying a problem and getting the right people onto it is removed. Operators spend less time establishing who owns an incident and more time resolving the network problem behind it.
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