Wireless and Wired Access. Flawlessly Connected and Protected

Self-Healing RF dynamically adjusts radio frequencies based on immediate traffic patterns, connected devices, and behaviors of the surrounding network fabric.

Dynamic Traffic Balancing distributes traffic evenly among Wi-Fi access points to prevent congestion and maintain peak application performance in high-density environments.

Predictive Fast Roaming utilizes machine learning to anticipate user mobility, enabling seamless handoffs between access points without latency or dropped connections.

Policy-Based Segmentation automates network segmentation and fine-grained micro-segmentation rules to reduce the network attack surface and provide context-aware enforcement by user, device, and intent instead of by location.

Identity and Device Access Controls enforces strict identity, device, and policy-based access to the network, including 802.1x, RADIUS, and WPA3, ensuring explicit authorization controls, and dynamic segmentation for guests eliminating lateral network movement.

Advanced Wireless Security implements real-time threat detection and adaptive encryption protocols to safeguard data against unauthorized access and cyberattacks.

Integrated IoT and OT brings seamless integration with IoT sensors and OT embedded systems, including Wi-Fi HaLow, Bluetooth Low Energy (BLE) Zigbee, Thread, and OpenRoaming 2.0. Device networks are automatically segmented and isolated from all other traffic, including corporate and guest networks.

Device Connect and Probe Optimization proactively prevents device over-subscription and optimizes probe responses by intelligently managing the number of connections per access point in high-density environments, ensuring stable and reliable performance.

Intelligent Network Convergence provides seamless convergence between Wi-Fi and 5G/4G networks, automatically connecting devices to the best-performing network.

High Availability and Redundancy maintains uninterrupted connectivity, even during hardware or link failures, through redundant uplinks, link aggregation, and advanced failover mechanisms.

Fast Link Failover detects packet loss, jitter, and link degradation to ensure uninterrupted connectivity with seamless, stateful failover that preserves active sessions

Enhanced PKI 2.0 and MACsec Encryption protects your network with robust security features, while additional layers of security ensure safe data transmissions and compliance with critical industry standards.

Low Latency and Context-Aware Throughput maintains quality of experience for real-time applications, VoIP, and video streaming, while intelligent context-aware QoS capabilities ensure traffic prioritization, delivering optimal performance for critical applications.

Modular and Adaptable Framework designed to scale with evolving business needs, allowing easy accommodation of increased data traffic, adding new branches, or upgrading infrastructure without disruption.

Unified Management and Monitoring enable remote configuration and troubleshooting and allow for greater visibility and control over the health of the infrastructure.

Zero Touch Provisioning simplifies device onboarding with automated discovery and configurations, ensuring fast deployment and strict policy compliance.

Flexible Templating for Rapid Deployments brings scalable device-level and bulk configuration via templates, enabling fast, error-free provisioning and rapid, consistent rollout of policy and network updates for a single site or multiple sites at once.

Automated Upgrades and Patches streamline firmware update and security patch rollouts across the network with zero disruption, maintaining system integrity and reducing the risk of vulnerabilities.

Full Fabric Intelligence uses AI agents to proactively resolve network issues before users notice, like fluctuating transmission power or switch link saturation, ensuring a frustration-free quality of experience based on full network context.

Network Health to Automating Workflows closes the gap between monitoring of key performance indicators and analyzing network trends for the entire Wi-Fi network, to recognizing degradation patterns in order to trigger automated optimizations.

Native ZTNA and Secure Access enables secure, granular access control throughout every layer of the network, utilizing strict user and device authentication before granting application access.

Observability and Policy Convergence delivers automated incident response, traffic optimizations and consistent policy-driven controls reduce repetitive manual tuning, firefighting, policy collisions, and service-chaining latency.