Smart Cloud-Managed Wi-Fi

WLAN: from supporting network to core pillar

Wireless networks are no longer just a supporting part of corporate infrastructure. Today, they have become a primary connectivity layer for modern organizations. Hybrid work, the growth of IoT devices, and the digitalization of business processes have significantly increased enterprise reliance on Wi-Fi networks. In organizations with multiple sites, WLAN infrastructures may include hundreds of geographically distributed access points.

Even so, many organizations still manage wireless networks separately, using tools that are disconnected from WAN, LAN, and security management. This fragmentation creates operational inefficiencies, inconsistent policies, and gaps in security visibility. When an incident affects the WLAN, operations teams often lack visibility into what is happening across the WAN or within the security infrastructure.

The market trend is clear: organizations are looking for platforms that integrate WLAN management into the broader network ecosystem. SD-Branch architectures bring together WAN, LAN, WLAN, and security management within a single platform, eliminating operational silos and reducing operational complexity. WLAN management can no longer operate in isolation; its real value comes from how effectively it integrates with SD-WAN, perimeter security, and XDR visibility to deliver truly unified network operations.

Centralized wireless network management

Zero Touch Provisioning automates the onboarding of new devices, allowing access points to automatically receive their configuration when connected to the network. The WLAN controller implements a data model specifically designed for wireless networks. Network profiles including SSIDs, authentication methods, and radio parameters, are defined through templates and deployed across hundreds of access points. Its architecture separates the control and data planes: the controller centralizes configuration while user traffic continues to flow locally. This out-of-band architecture ensures users maintain Wi-Fi connectivity even during temporary disruptions to the central platform.

Monitoring provides visibility into the health of the wireless network. When a WLAN controller is present, monitoring is enriched with specialized wireless-domain data, including coverage, interference, association quality, and user experience. This monitoring is integrated into the same platform as the rest of the network domains, enabling incidents across WLAN, WAN, and LAN environments to be correlated.

• Complementary ecosystem

The management platform also provides access to complementary ecosystem components such as NGFW security solutions and XDR visibility, helping deliver a unified view of network operations.

Wireless Cloud Management – Use cases

Centralized WLAN management with captive portal and ZTP deployment for retail chains and hospitality venues.

Distributed corporate offices

Challenge

Organizations with multiple offices often manage wireless networks, WAN infrastructure, and security independently, using different tools and operational teams. Wi-Fi networks at each location may have inconsistent configurations, outdated firmware, or access policies that are not aligned with corporate security policies. When a connectivity issue occurs, troubleshooting requires correlating information across multiple platforms to determine whether the root cause lies in the WLAN, the SD-WAN connection, or a firewall policy. Hybrid work has increased expectations for wireless connectivity, with employees expecting the same user experience in every office. Without integrated management, operational silos increase costs and degrade the user experience.

Solution

Teldat’s CNM platform unifies the administration, monitoring, and control of WLAN, SD-WAN, and LAN environments. be.Manager manages the installed base of access points, routers, and switches across all locations through a unified inventory and ZTP. The WLAN controller defines wireless network policies through templates deployed simultaneously across all access points. be.Analyzer monitors WLAN performance together with WAN and LAN health through unified dashboards, making it easier to correlate incidents across network domains without switching tools.

Why Teldat?

Teldat natively integrates WLAN management into its SD-Branch ecosystem, unifying the administration, monitoring, and control of WLAN, SD-WAN, and LAN through be.Manager and be.Analyzer on a single platform.

Campus and high-density environments

Challenge

Universities, hospitals, and large corporate campuses support hundreds of simultaneously connected devices. Interference between access points, poor roaming performance, and channel congestion can degrade the experience of critical applications such as telemedicine, virtual campuses, and video conferencing. Managing these environments requires continuous, specialized monitoring capable of detecting performance degradation before it turns into widespread incidents. In addition, high device density and diverse user profiles (staff, students, patients, guests, and IoT devices) require granular access segmentation and differentiated access policies. Without visibility specific to the wireless domain, RF and user experience issues often go unnoticed until complaints arise.

Solution

SDLANet Manager provides complete AI-driven WLAN management. Its specialized monitoring analyzes device stability, signal coverage, association quality, and user experience, classifying connection quality through supervised learning. Integrated security visibility helps identify threats within wireless environments.  WAP840-Iax access points with 4×4 MIMO are specifically designed for high-density scenarios and include enterprise features such as: WPA3, 802.1X, WIDS/WIPS, and Layer 2 segmentation integrated directly into the access points.

Why Teldat?

SDLANet Manager provides advanced AI-driven management for high-density WLAN environments, combining administration, specialized monitoring, and control within a single cloud platform, together with dedicated hardware including the WAP840-Iax 4×4 MIMO and upcoming Wi-Fi 7 models.

Retail and multi-location chains

Challenge

Retail and hospitality chains need to provide operational Wi-Fi for employees and point-of-sale systems, while also providing guest connectivity as a value-added service. Managing hundreds of distributed locations requires consistent network and security policies, although each site may have different coverage requirements. New store deployments must be fast and require no specialized on-site technicians. Fragmented management is especially costly in this sector: separate tools for WLAN, WAN connectivity, firewalls, and guest portals multiply operational complexity. In addition, guest Wi-Fi networks require complete isolation from the corporate network to protect payment data and ensure PCI-DSS compliance.

Solution

Teldat’s SD-Branch model enables the management of each store’s entire network infrastructure WAN, LAN, and Wi-Fi from the CNM platform. be.Manager centralizes  device administration and ZTP deployment, allowing new locations to be brought online quickly without the need for on-site technicians. The WLAN controller applies wireless network policies through templates replicated across the entire chain. The integrated captive portal provides guest Wi-Fi with customizable authentication methods (social login, vouchers/QR codes, and local accounts) together with the organization’s corporate branding. IP68-rated outdoor Windbit WAP680ax access points extend coverage to terraces and outdoor areas.

Why Teldat?

A single platform for managing WLAN, SD-WAN, security, and captive portal services as part of an integrated SD-Branch solution. Fast ZTP deployment for new store rollouts, with Wi-Fi 6 indoor and outdoor access points adapted to different retail and hospitality scenarios.