Wi-Fi Design, Assessment & Optimisation
Plan, assess and optimise your Wi-Fi through Predictive Wi-Fi Design, RF Modelling, Wi-Fi Site Surveys, Heatmapping and Spectrum Analysis, led by our experienced Wireless Engineers using Enterprise-grade Tools.
From WAP planning to post-installation performance validation, identify interference, coverage and performance gaps to inform targeted optimisation for reliable, high-performance wireless connectivity.
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Explore our services below.
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WI-FI HEATMAP DESIGN
PREDICTIVE WIFI-DESIGN & HEATMAPPING |
RF MODELLING & PLANNING | WIRELESS ACCESS POINT MAPPING | AP PLACEMENT
Design reliable, high-performance Wi-Fi before deployment through RF Modelling & Predictive Wi-Fi Design, based on an assessment of the physical environment, user requirements, device density and anticipated network demands,
Ideal for: New Office Fit-outs, Relocations, Network Upgrades and Wireless Technology Refreshes requiring informed Wireless Access Point (WAP) placement and configuration before deployment
Possible Scope of Work include:
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Review Floor Plans, Spatial Layouts, User Requirements & Available Wireless Information:
~ Existing / Proposed WAP Information
~ Space Usage & Occupancy
~ User / Device Density
~ Wireless Coverage Capacity & Performance Requirements
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Predictive RF Heatmap Modelling across 2.4 GHz, 5 GHz & 6 GHz frequency bands, including:
~ Wall Materials & RF Signal Attenuation
~ Floor & Ceiling Dimensions, Finishes & Conditions
~ Furniture Density & Spatial Characteristics
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WAP Simulation & Optimisation on Model Selection , Specifications, Quantity, Placement, Coverage. Configuration & other Considerations
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Predictive Wireless Performance Analysis, including:
~ Primary & Secondary Coverage Analysis
~ Signal Strength & Received Strength Indicator (RSSI)
~ Signal-to-Noise Ratio (SNR) Analysis
~ Channel Coverage (Gaps/Overlaps) & Potential Interferences
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Finalisation of Predictive Wi-Fi Design, RF Heatmaps & Consolidated Design Report of the above-mentioned
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WI-FI SITE SURVEY & ASSESSMENT
ON-SITE WI-FI SURVEY | WI-FI HEALTH CHECK | WIRELESS PERFORMANCE ASSESSMENT | WI-FI HEATMAPPING & SPECTRUM ANALYSIS
Assess and validate Wi-Fi performance through on-site RF measurement, Wi-Fi Heatmaps & Spectrum Analysis to identify coverage and performance gaps for remediation.
Ideal for: Organisations seeking Wi-Fi Health Checks & Performance Assessments, Existing Wi-Fi Troubleshooting & Post-Installation Validation
Possible Scope of Work include:
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Review of Available Wireless Information, including:
~ Floor Plans & Spatial Layouts
~ Existing Wi-Fi Design & WAP Information (e.g. WAP Locations, Make & Model)
~ Available Wireless Configuration Information
~ Space Usage, User / Device Density & Performance Requirements
~ Reported Wi-Fi Coverage, Connectivity or Performance Issues
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SIte Walkthrough & Physical Environment Review of:
~ Existing WAP Locations, Cabling & Mounting Conditions
~ Visible Infrastructure, Physical Obstructions, Ceiling Conditions, Infrastructure & Building Elements affecting RF Propagation
~ Areas with Reported Poor / Inconsistent Wi-Fi Performance
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On-site Wi-Fi RF Survey & Performance Measurement across applicable 2.4 GHz, 5 GHz & 6 GHz Frequency Bands
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Wi-Fi Heatmapping & RF Performance Analysis - Capture & Visualisation of Actual Wireless Performance including:
~ Primary & Secondary Signal Coverage
~ Signal Strength / Received Signal Strength Indicator (RSSI)
~ Signal-to-Noise Ratio (SNR)
~ RF Noise & Environmental Interference ------
~ Channel Utilisation & Distribution
~ Co-Channel & Adjacent-Channel Interference
~ WAP Coverage (Overlaps/Gaps) & Roaming Conditions
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Spectrum Analysis, where required to identify and assess potential Wi-Fi & non Wi-Fi RF Interference Sources
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Review of WAP Placement & RF Operating Parameters, including:
~ WAP Placement & Coverage Distribution
~ Channel Assignment & Channel Width
~ Transmit Power
~ Potential Placement & Configuration Constraints
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Identification of Wireless Performance Issues, including:
~ Weak or Inconsistent Wi-Fi Coverage
~ Coverage Gaps & Excessive Signal Attenuation
~ Excessive/Insufficient WAP Coverage / Overlaps
~ RF Interference & Channel Contention
~ Suboptimal WAP Locations
~ Physical or Environmental RF Constraints
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Assessment & Validation of Wi-Fi Performance against operational requirements and, where applicable, defined Design Specifications, Acceptance Criteria and/or SLAs (Applicable for Post-Installation Validation)
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Development of Wi-Fi Optimisation, Remediation Recommendations, which may include:
~ Channel / Channel Width Adjustments
~ Transmit Power Review
~ WAP Placement / Relocation Considerations
~ Additional WAP Coverage Requirements
~ Wireless Infrastructure Upgrade Requirements
~ Further Predictive Wi-Fi Design or Network Investigation, where required
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Finalisation of Wi-Fi Survey Heatmaps, RF Performance Findings, Recommendations & Consolidated Assessment Report
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Insights
SERVICE BENEFITS
★ Reliable, High-Preformance Wi-Fi​
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Design and optimise wireless coverage for consistent connectivity, signal quality and performance across the workplace
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Minimise coverage gaps, excessive overlap, interference and other RF conditions that can impact the user experience
★ Optimised Wireless Coverage & WAP Planning
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Determine appropriate WAP quantity, placement, coverage and RF configuration based on the physical environment, user / device density and anticipated network demands
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Right-size wireless infrastructure to minimise under-provisioning, unnecessary WAPs and excessive coverage overlap
★ Greater Design Certainty Before Deployment
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Use Predictive Wi-Fi Design, RF Modelling & Heatmapping to visualise anticipated wireless performance before installation
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Identify potential coverage, capacity and interference risks early, reducing costly WAP relocation, additional cabling and rework after deployment
★ Data-Driven Wi-Fi Optimisation & Troubleshooting​
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Replace guesswork with measured RF data, Wi-Fi heatmaps and spectrum analysis to identify the underlying causes of wireless performance issues
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Translate findings into targeted recommendations for WAP placement, channel configuration, transmit power and infrastructure improvement
★ ​Improved User Experience & Productivity
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Reduce connectivity issues, inconsistent coverage and wireless performance problems that create friction for users
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Support reliable access to cloud applications, video conferencing, collaboration platforms and other business-critical wireless services
★ Independent Post-Installation Performance Validation
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Validate installed Wi-Fi performance against operational requirements and, where applicable, design specifications, acceptance criteria and SLAs
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Identify performance gaps before project close-out and provide objective findings to support remediation and acceptance
★ Cost & Infrastructure Optimisation
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Right-size WAP deployment and configuration based on actual requirements rather than assumptions
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Reduce unnecessary infrastructure expenditure while minimising the operational cost of reactive troubleshooting, repeated site visits and post-installation remediation
★ Future-Ready Wireless Infrastructure
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Plan wireless environments around evolving user/device density, capacity requirements and 2.4 GHz, 5 GHz & 6 GHz technologies
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Provide a scalable foundation for increasing wireless demand and emerging technologies, including Wi-Fi 6E / Wi-Fi 7 and IoT devices