NetBeez
NetBeez provides distributed network and application performance monitoring (observability) for enterprise and service provider environments using active, end-user perspective testing from hardware, software, and virtual agents.
- Distributed active monitoring agents deployed across Wide Area Network (WAN), Wireless Local Area Network (WLAN), cloud, and remote locations for end-user perspective measurements.
- Network and application performance monitoring (observability) with continuous tests such as ping, traceroute, Domain Name System (DNS), Hypertext Transfer Protocol (HTTP), and Voice Over Internet Protocol (VoIP).
- Support for hybrid and multi-cloud visibility by placing agents in data centers, branch offices, home offices, and public cloud environments.
- Web-based management and analytics console for centralized configuration, alerting, and historical performance analysis.
- Use cases including remote worker experience monitoring, Wi-Fi performance monitoring, Software-Defined Wide Area Network (SD-WAN) and Virtual Private Network (VPN) verification, and Service Level Agreement (SLA) assurance.
More About NetBeez
NetBeez focuses on active network and application performance monitoring (observability) using distributed agents that emulate end-user activity. Instead of relying only on device-centric telemetry such as Simple Network Management Protocol (SNMP) or flow data, NetBeez agents generate synthetic traffic and tests from multiple locations to measure availability, latency, packet loss, DNS resolution, HTTP response, and other metrics. This approach enables infrastructure and operations teams to observe connectivity and application behavior as experienced at branch offices, campuses, remote worker sites, and cloud regions.
The platform uses hardware, software, and virtual agents that can be deployed on wired and wireless networks, within virtualized environments, and in public cloud infrastructure. Agents typically run active tests including ping and traceroute (network connectivity), DNS queries (name resolution), HTTP and HTTPS checks (web application reachability and response), and specialized tests for voice and real-time traffic, often mapped to metrics like MOS for VoIP. These agents report results to a central controller and dashboard, where users configure test profiles, thresholds, and alerts.
NetBeez is positioned for enterprises, service providers, and institutions that manage distributed and hybrid IT architectures, including SD-WAN deployments, Wi-Fi networks, and VPN-based remote access. In SD-WAN environments, agents can be placed at key sites to validate path performance and verify that policies deliver expected latency and loss characteristics. For Wi-Fi, agents installed on or near wireless segments continuously test association, authentication, Dynamic Host Configuration Protocol (DHCP), DNS, and application reachability, providing visibility into user experience without requiring manual site visits. For remote work, endpoint or home-agent deployments support monitoring of last-mile connectivity, Internet Service Providers (ISP) performance, and VPN access reliability.
From a technology perspective, NetBeez operates within the broader observability and Network Performance Monitoring (NPMO) category. It leverages standard IP protocols and tools, including ICMP, User Datagram Protocol (UDP), Transmission Control Protocol (TCP), DNS, HTTP/HTTPS, and common performance measurement techniques. The central dashboard aggregates time-series metrics, events, and alerts, enabling correlation across sites and applications. Integrations with existing IT workflows, such as ticketing systems or export to logging and analytics platforms, enable teams to align active monitoring data with other telemetry.
In an enterprise directory or marketplace taxonomy, NetBeez can be categorized under NPMO and diagnostics (observability), end-user digital experience monitoring, Wi-Fi and Local Area Network (LAN) monitoring, SD-WAN and VPN assurance, and remote worker experience monitoring. Its focus on active, synthetic testing from distributed agents targets use cases where traditional device monitoring does not provide enough detail about user experience or path-specific behavior across WAN, WLAN, and cloud environments.