Business WiFi
WiFi that holds up when forty people join a Teams call at once. Planned by survey, not by guesswork, and tuned after install.
This is usually when we get the call
- Calls drop in the same three spots every time
- Everything works until a meeting room fills up
- Guests ask for the WiFi password and get the corporate network
- Access points were installed by eye and never tuned
From first call to steady state
- 01
Predictive survey
A software model of your floor plan shows where coverage will land before install day.
Flags problem areas and rough materials cost nothing to fix on paper. - 02
On-site survey
Physical validation of the model, checking interference and existing cabling.
Confirms access point placement and power availability. - 03
Installation
Mounting, cabling, and configuration, with PoE and UPS provision checked.
Scheduled around your hours; most sites need no downtime. - 04
Validation
Post-install testing against the original design, with tuning where reality differs.
You get the coverage maps we measured, not the ones we promised.
Coverage is measured, not guessed
Access points placed by eye produce dead corners and overlapping channels that fight each other. An RF survey shows where signal actually lands and where it collides, so the install is right the first time instead of chased around the building afterwards.
- Predictive and on-site RF survey with heat maps
- Controller-based access points with seamless roaming
- Post-install validation and ongoing tuning
Why office wifi feels slow
- Access points placed where the people are – ceiling, central, not inside a cabinet
- Enough of them that each device talks to a nearby one instead of shouting across the office
- Managed handoff, so a laptop moving between rooms stays on a call
- One consumer router serving forty devices from a shelf
- Guests and the card terminal competing on the same network
- Range extenders that halve the bandwidth with every hop
Wifi feels like magic and behaves like plumbing: design it properly and nobody notices it; improvise it and everyone notices daily.
Scope, spelled out
- Predictive and on-site RF survey with heat maps
- Controller-based access points with seamless roaming
- Capacity planning for dense areas: boardrooms, cafeterias, warehouses
- VLAN-separated guest access with captive portal
- Post-install validation and ongoing tuning
- PoE switching and UPS coverage to survive brownouts
Designed for the busiest hour, not the quiet one
A network that tests fine on a Tuesday morning can still collapse during an all-hands. Capacity is planned around dense areas and the times they actually peak, including the boardroom, the cafeteria and the warehouse floor.
- Capacity planning for boardrooms, cafeterias, warehouses
- VLAN-separated guest access with captive portal
- PoE switching and UPS coverage to survive brownouts
Straight answers
How many access points will we need?
That comes out of the survey, not from a rule of thumb. It depends on floor materials, ceiling height, client density, and what people are doing. The design and the bill of materials are presented together so you can see the reasoning.
Will it work in our warehouse?
Warehouses are one of the harder environments: racking blocks signal and shifts change client density dramatically. That is why capacity planning for dense and awkward areas is part of the service rather than an afterthought.
Can guests be kept off our internal network?
Yes. Guest traffic is separated onto its own network with a captive portal, so guests get internet access without visibility of internal systems. This is a configuration decision made at install, not a later add-on.
What happens during a brownout?
Access points draw power over Ethernet, so the switch matters as much as the access point. PoE switching and UPS coverage are part of the specification, which is what keeps the network up when mains power is not.
Can you keep our existing internet plan and just fix the wifi?
Often yes – most slow-office problems are the wifi layer, not the line. We measure first; if the internet plan itself is the bottleneck, the data will say so and the upgrade conversation happens with numbers, not vibes.
How many access points will we need?
A working rule of thumb is one per two or three rooms, or per thirty to forty devices – but walls, glass and shelving bend the rules, which is why we survey rather than guess. The survey also tells us where cabling is needed, because an access point without a wire is a compromise.
Before the first call
- Floor plans, or a walkthrough so we can survey accurately
- Site access for both the survey and the install
- A quiet window for access point mounting and cabling
- Confirmation of which areas are business-critical for coverage
Most delays in any engagement trace back to access, decisions, or content. Naming these up front is what keeps a project on schedule.
Services that pair with this one
Who this is for
Offices, cafes and clinics where customers ask for the wifi password and staff apologize.
Workplaces with dead zones, dropped video calls, or a router reboot ritual.
Homes – consumer kits genuinely solve home problems. This is about workplaces where reliability has a price tag.
Ready to start?
Tell us what you are working with and we will tell you plainly what it takes. No obligation, no pressure.