Wireless designed for the building you actually have.
Surveyed, designed and validated wireless — coverage and capacity proven on site rather than estimated from a floor plan and a hopeful access point count.
Why wireless underperforms
Wireless is usually specified by dividing floor area by a coverage figure. That ignores construction materials, interference, device density and roaming behaviour — which is why coverage looks adequate on a map and users still drop calls in the same three places.
- Coverage is fine in most places and consistently poor in a few known spots.
- Connections drop when people walk between access points.
- Performance degrades badly when a room fills with people.
- Guest wireless is on the same network as everything else.
What we build
A design based on an actual site survey, sized for device density rather than floor area, and validated by measurement after installation.
- A predictive and on-site survey accounting for construction and interference
- Capacity design based on device density and application requirements
- Roaming configuration so sessions survive movement between access points
- Segmented guest and corporate access with appropriate authentication
- Post-installation validation survey proving the design was met
- Ongoing monitoring of client experience, not just access point status
How it runs
Survey, design, validate. Skipping the first or the last is why wireless disappoints.
- 01Survey the site
Measured on the premises, accounting for walls, glass, metal and existing interference — not modelled from a plan alone.
- 02Design for density
Access point count and placement driven by how many devices will be in each area, and what they will be doing.
- 03Configure roaming
Power levels, channels and roaming behaviour tuned so a session survives someone walking down a corridor.
- 04Segment access
Guest, corporate and device networks separated, with authentication proportionate to each.
- 05Validate by measurement
A post-installation survey proving coverage and throughput. Without it, the design is still a theory.
What changes once it is running
What a surveyed and validated design produces.
The dead spots go
Because placement was derived from measurement in the actual building rather than from a coverage estimate.
Roaming stops dropping calls
Tuned power and roaming behaviour keep sessions alive as people move.
Full rooms still work
Capacity sized for device density holds up when the meeting room fills.
Guests stay separated
Segmented access means visitor devices are not sharing a network with your systems.
How an engagement is shaped
Two surveys bracket the work: one to design, one to prove.
Survey and design
One to two weeks depending on site count and size, producing measured coverage data and a placement design.
Install and configure
Deployment, configuration and segmentation, coordinated around your operating hours.
Validate and monitor
Post-installation survey proving the design, then ongoing monitoring of actual client experience.
Common questions
The things buyers ask before they commit. If yours is not here, it is a good first question for the assessment.
- Can you improve wireless without replacing the access points?
- Frequently, yes. A surprising share of wireless complaints are resolved by channel planning, power tuning and placement changes on existing hardware.
- How many access points do we need?
- The survey answers that. Anyone quoting a number from your floor area is estimating, and the estimate is usually wrong in one direction or the other.
- What about warehouses and outdoor areas?
- Both need their own survey approach — racking, stock levels and weather all affect propagation. High-racked warehouses in particular behave very differently from offices.
Where in your building does wireless always fail?
People can usually name the spots immediately. A survey explains why, which is the first step to fixing it.