Predictive RF design
Model walls, glazing, floor slabs, antenna patterns and expected client density.
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Predictive design, on-site survey, spectrum analysis and post-install validation for complex venues

Large buildings need more than additional access points. We model materials, floor-to-floor propagation, user density, roaming, interference and application demand, then validate the installed result with real measurements.
Model walls, glazing, floor slabs, antenna patterns and expected client density.
Measure current coverage, noise, channel use and building-specific propagation.
Design for concurrent users, voice, video, scanning, IoT and event peaks.
Tune cell boundaries, power and minimum data rates for reliable movement between areas.
Find non-WiFi interference, co-channel contention and poorly placed equipment.
Measure the installed network against agreed coverage and performance criteria.
Consistent employee and guest experience across floors, lifts and shared spaces.
Reliable roaming for scanners, voice and mobile workflows among racking and machinery.
Capacity for dense rooms, events and fast changes in client concentration.
Replace assumptions with measured causes and a prioritised remediation plan.
Predictive design, on-site survey, spectrum analysis and post-install validation for complex venues
Understand the site, systems, people, risks and constraints
Turn the requirements into a clear and testable technical plan
Build carefully, communicate clearly and validate the result
Document, maintain and improve the system after handover
A short brief is enough for our Sydney team to start the right conversation