Relevant alert delivery
Only actionable, correlated Aegis alerts are forwarded to SIGNL4, enriched with site, device and service impact context.
See site health, active alerts and service impact across wireless and switching.
MetaWiFi Aegis runs as a dedicated on-prem appliance in your own environment. No external dependencies, no data leaving your network.
MetaWiFi Aegis is designed for multi-site Cisco Catalyst environments, delivering operational visibility across both traditional networks and fabric-based architectures.
Real-time alerting, mobile notifications and on-call escalation workflows, driven by correlated network insight.
Aegis decides when an incident matters. SIGNL4 ensures the right people are notified.
Only actionable, correlated Aegis alerts are forwarded to SIGNL4, enriched with site, device and service impact context.
Use duty scheduling and escalation policies to automatically notify the responsible engineer or team.
Aegis identifies where and why the issue occurs. SIGNL4 ensures fast acknowledgement and response.
Operational visibility across sites, switches, uplinks and service impact.
MetaWiFi Aegis is a network-focused monitoring and observability platform designed for Cisco Catalyst environments. It is built specifically for network operations, not for generic infrastructure or server monitoring.
Aegis focuses on sites, switches, wireless infrastructure and service impact, instead of generic host or server metrics.
Instead of isolated telemetry, Aegis correlates network events to provide clear operational context and faster troubleshooting.
Wired and wireless domains are combined into a single operational view, making it easier to understand service impact across the network.
MetaWiFi Aegis combines dashboard-level awareness with drilldown visibility. Instead of showing only isolated telemetry, it helps operators understand where service degradation is happening and which site or device needs attention first.
Track site health, operational state and active issues across your monitored environment.
Monitor WLCs, APs, clients and SSID distribution with clear service-oriented visibility.
Review switch health, uplink conditions and core environmental indicators across locations.
Built for organizations that want a cleaner operations view and a more practical way to assess infrastructure health.
Simple subscription tiers based on monitored infrastructure size.
A monitored device is defined as a network infrastructure component such as a switch, router or wireless LAN controller (WLC).
No per-access-point licensing. Designed for controller-based wireless architectures.
For small Cisco Catalyst environments.
For medium and multi-site environments.
For larger campus and ISP networks.
For large-scale environments, custom integrations and advanced operational requirements.
*A Wireless LAN Controller (WLC) is counted as one monitored device. Access points managed by the controller are not counted separately.
MetaWiFi Aegis is a European-built platform developed in the Netherlands, providing organizations with greater control, transparency and alignment with European standards.
This website uses a demo environment with simulated data to illustrate functionality. MetaWiFi Aegis is a production-ready solution and can be deployed on-premise in your environment within days after approval.
Yes. The product flow is explicitly split into dashboard, wireless and wired sections to reflect those operational domains.
Yes with seamless integration in 3 clicks
Yes. MetaWiFi Aegis can native forward critical alerts to SIGNL4 for mobile alerting, acknowledgement tracking and escalation workflows.
MetaWiFi Aegis and Cisco Catalyst Center serve different primary purposes and can complement each other.
Cisco Catalyst Center is designed for:
- Network deployment (Day 0/1)
- Configuration management
- Automation and policy enforcement
MetaWiFi Aegis is designed for:
- Network monitoring (Day 2 operations)
- Operational visibility across wired and wireless
- Impact-based troubleshooting
For Cisco Catalyst environments (with or without fabric).
Typical use: enterprise campus, multi-site wireless, switching environments.