Validation Wi-Fi Survey | Wi-Fix Networks
Wi-Fi Survey Method

Validation
Wi-Fi Survey

Verify your Wi-Fi network performs as designed after deployment. A validation survey identifies coverage gaps, performance issues, and interference sources, giving you confidence that your network is ready for real-world use.

Ekahau Certified
3x Ekahau Sidekick 2
500+ Sites
UK Nationwide
Ekahau WiFi speed test
Ekahau insights
Wi-Fi survey in a theatre

What is a Validation Survey?

A validation Wi-Fi survey is a post-installation survey conducted to verify and validate the performance and coverage of a Wi-Fi network after it has been deployed. The primary objective is to ensure that the network meets the design requirements and provides the expected level of service to end-users.

The validation survey is a critical step in ensuring the Wi-Fi network's success and reliability. It helps identify and address any issues that may have arisen during the deployment process, ensuring that the network delivers optimal performance and meets the requirements of the users and applications it serves.

By validating after installation, network administrators can fine-tune the network to ensure a smooth and robust wireless experience for all users.

Post-Deployment Check
Coverage Verification
Performance Testing
Interference Detection
Detailed Report
Active & Passive Methods
Validation Wi-Fi Survey

The Validation Survey Process

01
Data Collection

The surveyor gathers the initial design and configuration details, including access point locations, transmit power settings, channel assignments, and other network parameters to use as a benchmark for comparison.

02
Signal Measurement

Using specialised Wi-Fi survey tools, the surveyor collects real-world data by measuring signal strength, signal-to-noise ratio (SNR), and other relevant metrics at various locations throughout the coverage area.

03
Coverage Analysis

The collected data is analysed to assess the network's coverage and identify any areas with weak signals or coverage gaps that do not meet the design requirements.

04
Performance Assessment

The surveyor evaluates the network's performance by measuring data transfer rates, latency, and packet loss at different locations. This identifies performance bottlenecks or areas where the network may be underperforming.

05
Interference Identification

The surveyor looks for potential sources of interference affecting the network's performance. This could include other Wi-Fi networks, non-Wi-Fi devices, or physical obstacles causing RF issues.

06
Comparison to Design

Survey results are compared to the initial design and expected performance metrics. Any discrepancies between the design and actual performance are noted for further investigation and optimisation.

07
Recommendations & Remediation

Based on the survey findings, the surveyor provides recommendations for improving performance and coverage. This may involve adjusting access point configurations, optimising channel assignments, or adding additional access points in weak areas.

08
Validation Report

A detailed validation report is generated, summarising the survey findings, performance metrics, and recommended actions. This serves as a reference for network administrators to make necessary adjustments and improvements.

Active vs Passive Survey

Validation surveys can be conducted in two ways, and we often use both together for the most comprehensive assessment of your network's health and performance.

Passive
Method
Listens to existing Wi-Fi signals without generating additional traffic. Measures signal strength, interference, and noise levels.
Data Collection
Collects data passively without actively transmitting data packets.
Network Load
Does not add any extra network traffic during the survey.
Purpose
Assesses the existing Wi-Fi environment and identifies sources of signal degradation. Provides insights into coverage and potential sources of interference.
Benefits
Non-intrusive and can be performed during normal network operations. Useful for assessing the overall Wi-Fi environment and planning improvements.
Active
Method
Actively generates network traffic by sending data packets to simulate real device behaviour and measure actual network performance.
Data Collection
Sends test data packets to measure network performance, throughput, and latency across the coverage area.
Network Load
Intentionally adds network traffic during the survey to simulate real usage conditions.
Purpose
Evaluates the network's capacity, performance, and responsiveness under simulated usage conditions. Identifies areas with underperforming Wi-Fi and potential dead zones.
Benefits
Provides real-world performance metrics to assess the network's readiness for user traffic. Useful for capacity planning, troubleshooting, and optimising network performance.
Contact Us | Wi-Fix Networks

Get in touch
today

Fill in the form, give us a call, or drop us an email. We respond within one working day and always give straight, honest answers.

Typically responding within 1 working day
Get a Quote
Tell us about your project and we'll come back to you shortly.

We'll respond within one working day. No spam, ever.