Run repeatable, network‑wide configuration checks to spot drift trends and segmentation gaps. Use results to reduce recurring issues and improve resilience.
Use configuration data to help confirm CMDB accuracy and distinguish planned vs unplanned change. Give the NOC a dependable reference for change reviews, investigations, and recovery planning, spotting unexpected configuration changes early.
Maintain versioned configuration records for routers, switches, and firewalls. This enables reliable rollbacks and faster recovery to a known-good state.
CMDB‑driven configuration context for network operations workflows
Nipper OmniSight ingests CMDB asset context from ServiceNow in a read-only way to enrich configuration assessments. This lets teams review configuration evidence alongside assets and change records, while ServiceNow remains the system of record.
Operational analytics enriched with configuration- derived network risk context
Nipper OmniSight sends configuration findings and risk context into Splunk. Operations teams can link alerts, incidents, and performance issues to related configuration changes, drift, or policy gaps. This enables faster root-cause diagnosis, clearer investigations, and better decisions across NOC and security teams.
Configuration‑as‑code assurance for safer network change
When organizations store network device configurations or templates in Git repositories, Nipper OmniSight supports validation‑as‑code workflows. It reviews proposed or stored configurations to identify weak settings, unintended access paths, and segmentation gaps before changes are deployed.
This helps operations and DevNetOps teams reduce failed changes and rollbacks, maintain approved baselines, and ensure network updates reinforce stability and resilience as environments evolve.
Operational visibility enriched with configuration derived risk context
Combine Forescout visibility with risk context from device settings. Teams can link active devices to drift, weak settings, or segmentation gaps. They can then prioritize investigations without disrupting current workflows.
This gives security teams a clearer view of which devices are part of real attack paths. It helps them prioritize investigations, focus containment efforts, and reduce uncertainty in complex IT/OT and segmented environments.
Mapping Document
