Dynamically raises or lowers each radio's transmit power, and shapes the signal using both horizontal and vertical antenna polarization.

The AP monitors neighboring APs and client signal levels, then recalculates power per radio. Separately, H/V polarized antenna elements combine to match how a client device is actually held or positioned.

Fixed, maximum-power APs overlap neighboring cells, waste airtime, and lose signal when a client's antenna orientation doesn't match a single-polarization antenna.

Cleaner, non-overlapping coverage cells and more consistent throughput regardless of how a device is oriented.

Continuously and automatically manages channel allocation, channel width, and transmit power settings across every AP in the deployment.

SmartRF monitors neighbor AP signals, client signal quality, co-channel interference, and coverage holes, dynamically re-tuning RF settings in real time without dropping active clients.

Static RF plans go stale as physical environments and client densities change, leading to co-channel interference, coverage dead zones, and degraded roaming performance.

A self-healing, self-optimizing wireless network that delivers predictable high performance and zero-touch continuous operation without manual RF site surveys.

Divides a Wi-Fi channel into smaller Resource Units so multiple devices can transmit and receive at the same time.

The AP allocates specific frequency sub-channels (RUs) to different clients within the same transmission opportunity, sized to how much data each one needs.

Traditional Wi-Fi lets only one device use the whole channel per transmission, so many small or simultaneous transmissions (IoT sensors, VoIP, etc.) queue up and waste airtime.

Lower latency and higher effective capacity in dense environments with many simultaneous devices.

Continuously monitors the RF environment for wireless-layer security threats — rogue APs, spoofed SSIDs, unauthorized devices.

AirDefense detects the threat, classifies it, and can automatically contain it by preventing clients from associating with it — no manual intervention required.

Rogue or unmanaged wireless devices can create backdoors into the network or intercept traffic, and wired security tools can't see wireless-layer threats.

Continuous, automated wireless threat detection and containment — instead of waiting on periodic manual security audits.

Selects the optimal modulation and coding scheme independently for every single packet, rather than fixing a rate for an entire session.

Before each transmission, the AP evaluates current signal quality and switches between simpler, more robust modulations and denser, faster ones as conditions allow.

Session-level rate selection can't react to microsecond-level RF fluctuations, leading to either overly conservative speeds or too-aggressive rates that cause retransmissions.

Every packet gets the fastest reliable delivery the RF conditions allow at that instant — maximizing throughput while minimizing retransmissions.

Identifies devices that repeatedly probe or briefly connect without becoming genuinely associated clients, and deprioritizes them.

The AP recognizes transient/passerby probing behavior and reduces the airtime and processing given to those devices, favoring sustained, authenticated clients.

In busy areas — lobbies, open floors near public space — large numbers of nearby but non-associated devices still consume AP airtime with constant probe requests.

Real, connected users get consistently better performance because the AP isn't wasting resources chasing devices that were never going to connect.