This WiFi design project was for a marina in Dubai, where stable connectivity was required in the docking area, including direct over-the-water coverage for moored vessels. The network had to serve both dock users and owners and crew on board.
The environment presented specific technical challenges:
RF propagation over a highly reflective water surface
Absence of conventional anchor points in the docking area
Exposure to adverse environmental conditions (humidity, salinity, temperature)
Need for stable coverage at varying distances from the dock
Variable vessel density depending on the season
Installation without specific planning could create areas without coverage, and only in the dock area.
A wireless design was developed based on predictive analytics and a specific study of RF behavior in a maritime environment, including:
Coverage modeling considering reflection off the water surface
Strategic selection of elevated locations to optimize propagation angles
Sizing geared towards extended coverage without performance degradation
Optimization of power and antenna patterns
Design prepared for demanding environmental conditions
The approach prioritized stability, controlled range, and reliability in an unconventional environment.
Stable coverage in the berth area and for moored vessels
Reliable connectivity even in variable environmental conditions
Reduction of dead zones over the water
Improved experience for owners and crew
Infrastructure prepared for seasonal user growth
The project enabled the extension of wireless connectivity to a complex maritime environment, integrating the network as part of the premium service offered by the marina.