Step 01
See every shaper from one operational view
Start at the executive dashboard to compare shaper nodes, spot outliers, and understand RTT, retransmits, throughput, CPU, and CAKE activity without pivoting between boxes.

Insight
See RTT, retransmits, capacity, topology, and ASN behavior across one or many shapers, then drill into the exact site, node, circuit, or subscriber causing the issue.

See every shaper from one place
Track throughput, RTT, retransmits, and shaper health across one or many nodes without losing the operator workflow.
Support Scenario
One search takes support from a subscriber name to the likely cause — through plan, live circuit health, and the network path above it — without opening a terminal.
Jane Smith
Search: last 15 minutesNetwork path
Illustrative workflow using Insight subscriber search, path context, and utilization history.
Likely cause
North AP 3 is capacity constrained.
42 additional subscribers affected.
Insight flags the constrained branch so capacity work targets the right node first.
What Operators Can See
Insight is strongest when operators can see network-wide symptoms, isolate the bad site quickly, and drill into the exact circuit or subscriber with supporting context.
Walkthrough
Follow the operator workflow: see the network, rank the trouble spot, validate the pattern over time, and drill into the exact circuit with supporting evidence.
Step 01
Start at the executive dashboard to compare shaper nodes, spot outliers, and understand RTT, retransmits, throughput, CPU, and CAKE activity without pivoting between boxes.

Step 02
Heatmaps and rankings show a large network at a glance, so teams find the busy AP, OLT, or site without paging through charts.

Step 03
Once the bad site or node is clear, Insight keeps the timeline intact so operators can verify when performance changed, correlate queue pressure, and narrow the issue to the right circuit.

Step 04
Drill into the exact circuit or subscriber and bring ASN, topology, and behavioral context together so the next action is based on evidence instead of guesswork.

Operational Signals
Use compact heatmap strips to spot where latency, retransmits, and outcome quality start drifting before you open a deeper investigation.
RTT
See which busy-hour windows push latency up — before subscribers start calling.
15-minute blocks
latest hour(s) at a glance
Retransmits
Highlight where retransmits start clustering so operators can separate local RF or access issues from broader congestion.
15-minute blocks
latest hour(s) at a glance
QoO
The same signals in one compact quality strip.
15-minute blocks
latest hour(s) at a glance
Outside-Network Evidence
Insight is strongest when operators can tie network symptoms to destination, ASN, and timeline context before they escalate or touch the network.

ASN Analysis
Spot which upstream networks coincide with high traffic, high latency, or rising retransmits.

Circuit Context
Bring outside-network context into the circuit or subscriber view instead of a separate analytics tool.

Time Context
Pin down when the pattern changed — before you change configs, escalate upstream, or answer the ticket.
Proof
Insight helps teams spot trouble earlier, compare one or many shapers, and keep useful history and alerts in the same place.
15m-1y
time windows for network analysis
Multi-shaper
centralized view across one or many nodes
AI reports
subscriber-focused summaries with topology context
Alerts
Alerts when a node performs outside its normal range
Deploy
When you are ready, deploy LibreQoS on your own hardware or talk through the rollout with us.