Managed WiFi

Allocate shared WiFi capacity from the uplink to the device

Place LibreQoS inline on the shaped path, map rooms, subnets, or devices to circuits, and enforce fairness inside the shared capacity you configure.

Follow the configured path

Conceptual example. Parent groups and circuit mapping come from your network configuration.

  1. 01Shared WAN

    Configured upstream capacity

  2. 02Site / floor / segment

    Parent hierarchy

  3. 03Circuit mapping

    Room, subnet, or device

  4. 04Client traffic

    Per-flow queue management

Shape the shared capacity envelope

Nest circuits beneath the site or segment limits that represent constrained capacity.

  • Explicit parent bandwidth limits
  • CAKE per circuit
  • Queue and throughput inspection

Choose the circuit lifecycle

Preconfigure stable room/device mappings, use subnet groups for churn, or supply dynamic circuits through a supported integration.

  • One owner for shaping data
  • Address-to-circuit mapping
  • Validate circuit count and queue pressure

Investigate alongside your WiFi tools

LibreQoS provides traffic and queue evidence on the inline path. Correlate it with AP/controller data when investigating RF or client connectivity.

  • Site and circuit quality signals
  • Insight history and ASN context
  • A focused next step for support

Operator workflow

Rank the shared segments before drilling down

Use rankings to choose a site, inspect the constrained segment, and follow its circuits. These product views illustrate the operating sequence.

Insight site rankings
Insight site rankings · Open full-size product view ↗

Walkthrough

See the managed WiFi workflow in practice

These views show how operators rank overloaded sites, inspect shared-capacity trouble spots, and move into site-level context.

LibreQoS site map
LibreQoS site map
Insight site view
Insight site view

Operating environments

Choose your deployment environment

Plan your pilot

Put the workflow to work

Deploy

Validate LibreQoS on your network

Start with a limited pilot, compare the same load conditions, and confirm the affected branch and circuit behavior before expanding.