Identify internal applications traffic flow data based on real usage insights
Opinnate brings a full visibility about internal applications to give better planning opportunity, identify risks and filter out obsolete servers from your infrastructure.
What It Does
by linking servers, services, and VIP IPs to real traffic observed in syslog history
(who talks to whom, on which ports/services, and how often)
across zones/segments to show where the application flows traverse
by comparing expected vs observed communication over time
by translating traffic behavior into actionable insights for segmentation and rule tuning
Outputs:
(servers/services/VIPs and their dependencies)
(source → destination → service/port with frequency)
(upstream/downstream connections, critical paths)
(time window, top talkers, most-used services)
(which policies/rules are likely involved in each dependency)
Opinnate builds application maps from what your network has already seen from passive monitoring—then tracks changes and reports what matters.
Connect Opinnate to your environment to collect the signals needed for mapping.
- Analyze syslog traffic history collected from firewalls
- Define application inputs: servers, services, VIP IPs (and relevant subnets/segments)
Opinnate correlates application definitions with observed traffic to generate and maintain an application-centric model.
- Derive dependencies (who talks to whom, services/ports, frequency)
- Visualize topology-aware paths across zones/segments
- Track drift over time (new dependencies, disappearing flows, unusual services)
Surface meaningful change and communicate it to the right teams.
- Alert on new/changed dependencies or unexpected traffic patterns
- Produce application maps and flow summaries on-demand or on a schedule
- Generate outputs to support policy review and controlled change workflows
Available to customers on any Opinnate edition (Lite, Standard, or Enterprise).
Your edition determines the level of action (visibility → optimization → automation), while this module adds application-level mapping and monitoring.