Performance collapses when the building gets busy
Capacity, channel use, interference, and upstream switching may matter more than signal strength.
Business Wi-Fi design in LibyaGood Wi-Fi is almost invisible.
Good Wi-Fi is almost invisible.
That is the standard.
Alkabas Global designs wireless networks around coverage, capacity, roaming, security, and the way people actually use the building.
CCIE-led engineeringVendor-neutralDocumented scope
WIRELESS DESIGN VIEWCOVERAGE VALIDATED
OFFICES
MEETING
RECEPTION
OPERATIONS
AP-01
AP-02
AP-03
TARGET COVERAGE95%
DENSITY ZONES03
CONFLICTS00
When adding another access point stops helping
Coverage alone does not mean the Wi-Fi is working well.
A device can show full bars and still deliver a poor experience.
Users disconnect while moving
Roaming behaviour, cell size, power levels, and client compatibility need to work together.
The problem keeps moving
Another access point can help. It can also become a more expensive way to relocate the interference.
What we cover
Coverage, capacity, and infrastructure as one system.
Wireless design should account for users, devices, applications, physical space, cabling, switching, power, and security.
01
Coverage planning
Signal targets and placement for offices, meeting rooms, and priority areas.
02
Capacity planning
User density, device counts, application demand, and busy periods.
03
Access-point placement
Practical mounting positions, cabling routes, and serviceability.
04
Radio design
Channels, width, power, cell size, interference, and roaming.
05
Switching, cabling, and PoE
Uplinks, ports, power budget, cabling, and management dependencies.
06
Security and segmentation
Corporate, guest, operational, and device access separated by policy.
How the engagement works
Measure the environment. Then design for it.
The method depends on whether the site is new, occupied, changing, or already experiencing performance problems.
Understand
Review plans, users, devices, applications, problem areas, and constraints.
Survey and model
Use measurements, site conditions, and predictive planning to shape the design.
Design
Define placement, radio settings, switching, PoE, segmentation, and implementation requirements.
Validate
Test the installed environment against coverage, capacity, roaming, and performance criteria.
What you receive
A design your installer can follow and your users do not need to discuss.
Deliverables are adapted to the site and may cover a new deployment or targeted improvement.
01
Coverage and capacity designTarget areas, density assumptions, performance requirements, and rationale.
02
Access-point placement planRecommended locations, mounting, cabling, and power requirements.
03
Configuration recommendationsChannels, width, power, SSIDs, security, segmentation, and roaming.
04
Validation resultsMeasured findings, limitations, and practical improvement actions.
Frequently asked questions
Clear expectations before work begins.
Scope, deliverables, access, authorization, and responsibilities are confirmed before execution.
Can you improve an existing Wi-Fi network?
Yes. We can assess the current design, identify likely causes of poor performance, and define targeted improvements.
Do you provide heatmaps?
Where appropriate, the design can include predictive or measured coverage visualizations and placement recommendations.
Do we always need more access points?
No. The issue may be placement, interference, channel planning, power, capacity, switching, cabling, or internet performance.
Design Wi-Fi that users notice only when it is missing.
Start with the building, users, and applications. The access-point count comes after that.