The invisible foundation

Network Infrastructure

A resilient, segmented wired and wireless foundation engineered for the traffic, privacy and uptime of a modern residence.

Design the coverage
Interactive RF design · place access points

Technology becomes experience

Beautiful outcomes begin with disciplined engineering.

Network Infrastructure — Managed Core
LIVE ECOSYSTEM01 / 04AUTO JOURNEY
Managed CoreWi-Fi CoverageSegmentationRemote Care

The complete the invisible foundation ecosystem

Managed Core

Documented switching, power and rack architecture.

A guided story0:43

The invisible path

Listen to the idea unfold in a calm, guided story.

0:000:43
Read the transcript

Most people notice the network only when it lets them down. A call stutters in the gallery. The terrace drops offline. Or a camera competes with movie night. We begin with the house itself—the floor plan, the steel, the stone, and the glass—and shape each radio cell around the way signal actually travels. Move an access point here, and you may improve one room while crowding the next. So we measure. We tune power and channels. And we walk the residence with real devices. The result feels wonderfully ordinary. Your phone simply finds the better connection, room after room, without asking you to think about it.

Ready to play

Coverage is shaped, not guessed

Place the access point.
Watch the home change.

Add or move an access point, change bands and compare cell design. Your phone makes the final roaming decision; the engineered network makes the better connection unmistakably better.

WHOLE-HOME COVERAGE WALK-THROUGH

Whole-home overview

See signal become part of the architecture.

Walk the home · reveal the materials · balance the coverage
Coverage shown is a planning estimate; final levels are field-measured.
INTERACTIVE RF COVERAGE · SAMPLE RESIDENCE5 GHz · 93% OF SAMPLE POINTS ≥ −67 dBm
OFFICE
GREAT ROOM
KITCHEN
CINEMA
TERRACE
MASONRY
STEEL + SERVICES
LOW-E GLASS
PHONE
CLIENT CONNECTIONAP-01 · -41 dBmOffice · phone selected the strongest measured candidate

The architecture is part of the antenna system

Walls reshape the signal.

Structure and mechanical assemblies can reflect RF and isolate an entire side of a floor.

5 GHz · reference −45 dBm · planning loss 24–38 dBSteel core: received −69 to −83 dBm · FIELD MEASURE REQUIRED

The visual shows potentially severe reflection; the finished assembly must be measured.

Planning estimates only; finished assemblies vary. Final design uses Canadian regulatory settings and field measurements in the completed residence.

Fine-tune each interface

One access point.
Three very different radios.

Select an access point above to see how each interface can be tuned for a distinct job.

  1. radio0 · 2.4 GHzCh 6 · 20 MHz · 7 dBm

    Low-rate and compatibility devices

  2. radio1 · 5 GHzCh 149 · 40 MHz

    Primary phones, tablets and laptops

  3. radio2 · 6 GHzSite validated

    Capable clients after site validation

Measure habits · protect the bottleneck

Test the home the way the family actually uses it.

Purpose-built scripts sample controller and gateway telemetry plus synthetic traffic—not personal content. They reveal retries, utilization, latency, jitter and roaming gaps during the moments that matter.

08:30 Office video call · interactive queue19:30 Multiple 4K streams · media and control protected02:00 Cloud backup · bulk transfer scheduled
CI · RESIDENTIAL NETWORK ASSESSMENTREPRESENTATIVE LOAD PROFILE
every("15s", collect([
  "RSSI", "SNR", "retries", "channelUse"
]));

flagWhen("RSSI", "< -67 dBm");
flagWhen("SNR", "< 25 dB");
flagWhen("channelUse", "> 50%");

prioritize("interactive-call");
schedule("bulk-backup", "02:00–06:00");
verify("control", "video", "roaming");
LATENCY 8 msJITTER 3 msLOSS 0.0%RESULT PASS
Representative logic and results. QoS protects configured traffic at a constrained path; it cannot manufacture bandwidth or force a phone to roam.

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