WiFi Guard is a Wi-Fi 7-ready, next-generation managed WiFi solution featuring integrated AAA (Authentication, Authorization, Accounting) capabilities. Built to support third-party access points (APs), it introduces a unique "NAS in a Box" approach—offering secure authentication, device control, and session management without requiring complex external infrastructure. The platform includes AP-level monitoring, rogue AP detection, multi-factor authentication (MFA), and advanced user analytics, making it one of the most comprehensive managed WiFi solutions for modern networks.
WifiGuard delivers secure, scalable, and high-performance Wi-Fi connectivity for enterprises, campuses, hospitals, and IoT-driven environments. It unifies wireless management, analytics, and device control through a single, intelligent interface.
Direct WAN/ SIM port on AP, AP as NAS & Controller, Supports 10 AP mesh, Inbuilt AAA with MFA, Inbuilt Gateway AV , Rogue AP detection
Campus wide WiFI, Web Based Role based access, Integrated NGFW & Content filter, AP based granular analytics, Global Roaming, 3rd Party AP support
High-density Wi-Fi designed for educational campuses, large facilities, and universities.
Secure student and staff access control.
Centralized WLAN management and analytics.
Optimized coverage for high user density.
Reliable, secure Wi-Fi for healthcare facilities.
Ensures uninterrupted connectivity for medical devices and staff.
HIPAA and healthcare data security compliance.
Role-based access for doctors, staff, and patients.
A compact solution for network storage and access integration.
Local data backup with centralized management.
Built-in access control and data protection.
Ideal for small offices and branch environments.
Secure Wi-Fi infrastructure designed for large organizations and corporate offices.
Seamless user authentication and device onboarding.
Real-time usage monitoring and QoS management.
Compatible with IoT and BYOD ecosystems.
Dedicated connectivity management for IoT devices and sensors.
Device-level visibility and access control.
Supports large-scale IoT deployments securely.
Encrypted data transmission for industrial IoT use cases.
WiFi Guard is ideal for SMBs, co-working spaces, hospitality venues, educational institutions, multi-tenant environments, and ISPs that require secure, scalable, and vendor-agnostic wireless infrastructure. It’s especially valuable for businesses looking to manage large numbers of wireless users, enforce access policies, and maintain full visibility without relying on expensive controller-based systems.
Cnergee simplifies wireless network deployment and management with centralized control, automated provisioning, and proactive monitoring, ensuring your Wi-Fi works as hard as your business.
This means that access points can handle user authentication and policy enforcement directly, providing a high level of security at the network edge.
It also has the ability to create secure connections or tunnels within the AP itself. The solution also supports the creation of a mesh network by communicating with other third-party APs, which improves coverage and reliability while maintaining a unifiedsecurity policy.
Cnergee's "Make in India" Wi-Fi 6 and 7 APs come with advanced, built-in security features.
A standout capability is Rogue AP Detection, which automatically identifies and flags unauthorized access points connected to or near your network. This is a critical feature for preventing cybercriminals from setting up malicious hotspots (honeypots) to steal sensitive data.
The combination of a proprietary OS and advanced hardware features ensures superior performance and security for modern, high-density environments.
The unified firmware, which can run on both Cnergee's and third-party APs, simplifies network management and provides a single pane of glass for administrators.
Instead of managing multiple vendors' solutions, IT teams can monitor and manage the entire network — from authentication and security to performance and mesh creation — all from one centralized platform.
This reduces operational complexity, streamlines policy enforcement, and enhances the network's overall efficiency and security posture.