Stop pulling cable every time the office changes.
Hybrid work, shared desks and room changes move faster than network ports. Designed right, Wi-Fi becomes the everyday connection, and the cabling you keep goes where it matters: to the access points.
What it looks like day to day.
A typical scenario based on the environments we work in, not a specific customer.
- Moves and room changes wait on a cabling contractor
- Rows of switch ports sit unused because people connect on Wi-Fi anyway
- Huddle rooms and shared spaces were never wired for how they're used now
- Aging access switches cost power and support for very little traffic
The network was built for assigned seats.
Most offices were cabled for one person at one desk. People now move between rooms, floors and days in the office, but the network still assumes a fixed port. Wi-Fi can carry that everyday traffic, as long as it's designed for capacity and roaming, not just coverage.
How we fix it.
Wi-Fi is the network your people and devices use inside your buildings. The fix is usually design: where access points go, how many, and what sits behind them.
Map how the space is used
Rooms, desks, devices and peak occupancy, starting from your floor plans.
Design Wi-Fi for capacity
A predictive heatmap sets access point placement for people and meetings, not just signal.
Right-size what stays wired
Strengthen the switches and uplinks behind the access points; retire ports nobody uses.
Check the rooms that matter
Validate conference rooms and busy areas when the project calls for it.
Most designs start from your floor plans and a predictive heatmap. We add an onsite survey when the building calls for it.
What's different after.
Faster changes
Rooms and teams move without a cabling ticket.
Lower access costs
Fewer switch ports to buy, power and support.
Better meetings
Video calls hold up in the rooms people actually use.
Where this works, and where something else fits better.
We recommend what solves the problem, even when it's a different solution.
A good fit for
- Offices with hybrid schedules or frequent reconfiguration
- Refreshes where access switches are due for replacement
- New fit-outs that want flexible space
Something else may fit better
- Fixed equipment that needs a guaranteed wired connection, like some lab or production systems
- Buildings where people can't get a cell signal: that's an indoor cellular problem See Indoor Cellular & DAS →
For your IT or engineering teamTechnical detail
The design decisions, the end-to-end path and how the result is tested.
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Technical detail
The design decisions, the end-to-end path and how the result is tested.
Fixed ports create cost and delay when everyday users no longer work from one assigned connection. The requirement is a dependable access layer that follows the user, room, and device without turning every change into a cabling project.
Design decisions
| Design decision | What we need to understand |
|---|---|
| Endpoint readiness | Inventory radios, bands, drivers, security support, docks, and the few devices that still require a port. |
| Capacity by work area | Design for simultaneous client and application demand, not a generic coverage target. |
| AP power and uplinks | Confirm PoE budget, switch resiliency, multigig needs, cabling, DHCP, DNS, RADIUS, and WAN dependencies. |
| Operational exceptions | Define where wired access remains deliberate: specialized equipment, fixed high-throughput systems, or regulatory constraints. |
The end-to-end path
- Everyday endpoints
- Engineered Wi-Fi
- PoE access switching
- Identity + policy
- Applications
Access points become the endpoint access layer. PoE switching, resilient uplinks, identity, policy, DHCP, DNS, and application services still sit behind them. The goal is fewer cables to user devices while strengthening the infrastructure that makes wireless dependable.
How the result is tested
- Run representative laptops, phones, and collaboration devices
- Test voice, video, large transfers, printing, and local discovery
- Measure roaming and application continuity through normal work areas
- Verify security policy, failure recovery, PoE headroom, and uplink utilization
You might also be dealing with.
Wi-Fi works until the room fills up
Design for the moment everyone connects at once: class start, shift change, showtime.
Education & campuses · Venues & hospitality · Offices & real estateSee how it's solved Wi-FiCase WF-05New Wi-Fi, same old performance
Plan a Wi-Fi 6E or Wi-Fi 7 upgrade around the devices and apps that will actually use it.
Offices & real estate · Education & campuses · HealthcareSee how it's solved Indoor cellularCase IC-01No cell signal inside a brand-new building
Energy-efficient glass and concrete block carrier signal. Indoor cellular brings it back.
Offices & real estateSee how it's solvedNext Wi-Fi use case: Scanners and phones drop as people move → · About Next-Gen Wi-Fi →
Tell us where the Wi-Fi lets you down.
Share what's happening and where. We'll recommend the right fix and the next step, starting from your floor plans or site details.