WiFi Site Survey Best Practices for Warehouse and Logistics

Technical Guide: WiFi Site Survey Best Practices for Warehouse and Logistics

A wireless site survey is the foundation of any reliable enterprise WiFi deployment. WiFi Site Survey Best Practices for Warehouse and Logistics determines whether the network will meet coverage, capacity, and roaming targets before hardware is installed — or validates that an existing deployment meets requirements. The three main survey types — predictive, passive, and active — serve different purposes and are used at different project stages.

Ekahau's toolset (AI Pro for predictive design, Sidekick 2 for RF measurement, Survey for passive/active capture, and Analyzer for packet analysis) has become the industry standard for professional WiFi site surveys. ECSE-certified engineers follow a structured methodology: requirements gathering, floor plan calibration, AP placement modelling, on-site measurement, and deliverable generation. The output — heatmaps, AP bills of material, channel plans, and coverage reports — directly feeds into procurement and deployment.

Survey Methodology and Cost Considerations

A structured survey methodology ensures consistent, repeatable results regardless of the engineer performing the work. The typical flow is: scope definition → floor plan preparation → predictive design → on-site passive survey → active survey → analysis → reporting → remediation → validation. Each step has defined inputs, outputs, and quality checkpoints. Skip a step (commonly: skipping post-deployment validation) and you risk deploying a network that looks good on paper but underperforms in practice.

Survey costs in India depend on site size, complexity, number of floors, deliverable scope, and location (metro vs Tier-2). A basic passive survey for a single-floor office (5,000 sq ft) starts around ₹15,000–25,000. A comprehensive predictive + passive + active survey for a multi-floor campus (50,000+ sq ft) with detailed reporting ranges from ₹1,00,000 to ₹3,00,000. Multi-city engagements should factor in travel costs. Value the survey against the cost of a failed WiFi deployment — redesigning and redeploying APs after installation is 3–5x more expensive than getting it right the first time.

Site Survey Methodology Steps

1. Requirements gathering — document coverage zones, device types, application SLAs (voice, video, data), and density per area
2. Floor plan preparation — obtain CAD/PDF floor plans, calibrate scale, mark wall materials and attenuation values
3. Predictive design — model AP placement in Ekahau AI Pro using wall types and antenna patterns; iterate until coverage and SNR targets are met
4. On-site passive survey — walk the floor with Ekahau Sidekick 2 capturing RSSI, noise, channel utilisation, and co-channel interference
5. Active survey — connect to the network and measure real throughput, packet loss, jitter, and roaming handoff times
6. Analysis and reporting — generate heatmaps, identify dead zones or interference sources, produce AP BOM and channel plan
7. Post-deployment validation — repeat passive/active survey after installation to confirm design targets are met

Site Survey Considerations for India

Indian enterprise sites — from IT parks in Bengaluru and Hyderabad to manufacturing facilities in Pune and Chennai — require surveyors who understand local construction. Thick RCC columns, metal partition frames in co-working spaces, and glass facades in modern towers all affect RF propagation differently. Multi-tenant buildings with shared risers require careful coordination for cabling and AP mounting. Pricing for professional site surveys in India typically ranges from ₹15,000 to ₹2,00,000+ depending on site size, number of floors, and deliverable scope. Factor in travel for multi-city or Tier-2 engagements.

We deliver related wireless site survey and Ekahau AI Pro across India — from network surveys and wireless site surveys to security and VAPT, managed services and cloud. For a tailored proposal or to discuss your requirements, use the contact options below.