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Wi-Fi engineering firm

Wi-Fi that works where Wi-Fi is hard.

Warehouses, hospitals, packed lecture halls, arenas. We design, fix and prove Wi-Fi where the environment or the requirements are the hard part.

Wi-Fi is the only thing we do · You will work with a senior engineer on every project

THE PROBLEM

"Adding APs didn't fix it"

Most of the networks we are called into were built by capable people. They still fail, and they fail in three ways we see over and over.

The coverage map looks fine, but the Wi-Fi still fails.

Every floor is green on paper, yet devices stall, calls drop and users roam onto the wrong AP. Coverage was measured; behaviour never was.

No design was ever done.

APs went up where cabling and ceilings made it easy, or a vendor tool drew the plan in an afternoon, so none of the real requirements were engineered in.

The Wi-Fi is breaking but nobody can prove why.

Complaints arrive, theories multiply, more APs get added, and no one has the measurements to settle it.

In your complex environments, guessing is not good enough.


WHERE WE COME IN

Hard buildings Hard requirements

Sometimes both. Those are the projects we love working on.

The building is fighting you.

Metal racking and moving inventory, concrete and shielded walls, high ceilings, outdoor space, and nowhere clean to mount an AP.

  • Warehouses
  • Arenas
  • Hospitals
  • Ships
  • Heritage buildings

More than coverage is required.

Strict latency and reliability targets, seamless roaming for moving clients, extremely high density, and devices that cannot drop.

  • Lecture halls at capacity
  • AGVs and scanners
  • Wi-Fi voice
  • Medical telemetry
  • Live events

If good coverage is not a good enough answer, we are here to help.

HOW WE WORK

Understand · Engineer · Prove

Every project runs the same way, whether it's a new design, an assessment or a troubleshooting engagement.

1Understand

We learn how the space is really used.

A requirements workshop with your team: device by device, application by application, area by area. Reliability, roaming, density and capacity targets get written down.

2Engineer

We engineer for those requirements, in your environment.

Predictive modelling, on-site surveys, spectrum analysis, packet captures, client and application testing; always based on real measurements in your environment.

3Prove

We measure the optimized network against the requirements.

Surveys, roaming and application testing against the devices that matter, measured against the targets set in step one.

Every step ends with a conversation. We present our work to your team, explain what we found, and answer questions until it's clear.


THEY TRUST US

Their Wi-Fi had to work

  • McMaster University logo
  • Queen's University logo
  • University of Guelph logo
  • York University logo
  • Wilfrid Laurier University logo
  • University of Utah logo
  • Fanshawe College logo
  • Exhibition Place logo
  • St. Lawrence College logo
  • Canadian Armed Forces logo
  • Orange logo
  • Beanfield logo
  • Videotron logo
  • Cogeco logo
  • Aylo logo
  • Stantec logo
  • Salas O'Brien logo
  • Amaris Consulting logo
  • Capgemini logo
  • Shopify logo
  • Air France logo
  • APC logo
  • Lufthansa logo
  • Legrand logo
  • Bombardier logo
  • Loblaws logo
  • American Eagle logo
  • Decathlon logo
  • Canusa logo
  • Conestoga Cold Storage logo

ACCOUNTABILITY

Every project is signed by a named CWNE

Your project is led by a CWNE who signs the work and stands behind it. That means senior judgment on the hard decisions, clear documentation you can act on, and someone who knows your environment when you call back.

  • 2x CWNEs
  • Ekahau & Hamina Certified
  • HPE Mist Partner
  • Fortinet Trusted Wi-Fi Partner
  • Operating since 2014