Case Study

Wireless survey evidence that shows recurrence and change.

AirScope turns HaLow and WiFi observations into AP inventory, station topology, baseline behavior, anomaly candidates, and reportable engineering evidence.

Problem

One-time wireless scans miss the baseline story.

A survey is more useful when it shows which infrastructure is recurring, new, missing, moving, or behaving differently. AirScope makes those relationships visible without exposing real network names or identifiers in public materials.

System Built

Multi-band HaLow and WiFi observation workflow
AP inventory with first-seen, last-seen, band, channel, and signal context
AP/station topology and Pattern-of-Life review
Markdown, HTML, PDF, CSV, JSON, and JSONL style evidence outputs

AirScope Pattern-of-Life wireless survey panel — Pattern-of-Life review summarizing recurring AP presence, weekend-only activity, normal baselines, and anomaly candidates.

AirScope AP station topology modal — Topology review showing a notional AP-to-station hub-and-spoke relationship for wireless survey context.

Technical Approach

Normalize AP and station observations into reviewable records
Track first-seen, last-seen, recurrence, count, channel, band, and signal trend
Separate public-safe demo labels from real-world survey identifiers
Prepare evidence for export, report generation, and Trace Analyzer context

Proven and Not Claimed

Proven: AP inventory, topology, recurrence, and anomaly context can be shown in one workflow
Proven: survey evidence can move from UI review into exportable records
Not claimed: universal RF attribution or device-owner identification
Not claimed: disclosure of real AP names, BSSIDs, or local deployment details