AirScope

Wireless collection and assurance module for the RTG Spectrum platform.

AirScope collects and normalizes HaLow and WiFi observations so engineering teams can review AP inventory, station topology, channel usage, Pattern-of-Life behavior, detection health, and survey evidence from one workflow.

Review Evidence RF Signal Classification

Platform module

Built to turn field captures into explainable wireless evidence.

The Stage 1 AirScope workflow brings together simultaneous 900 MHz HaLow and 2.4 / 5 / 6 GHz WiFi collection, normalized observations, AP inventory review, station topology, Pattern-of-Life context, channel analysis, analyst notes, immutable survey finalization, and automatic report generation. Those events can feed the same Trace Analyzer timeline used by other RTG Spectrum modules.

Implemented Workflows

Unified observation schema for HaLow and Wi-Fi capture paths
Live AP inventory with first-seen, last-seen, band, channel, and signal details
Channel visualization across 2.4 GHz, 5 GHz, 6 GHz, and 900 MHz bands
Markdown, HTML, PDF, CSV, JSON, and JSONL evidence exports

Sanitized screenshots

Public-safe views from the AirScope UI.

These screenshots use demo AP names and masked BSSIDs for public sharing while preserving the structure of the engineering workflow.

Sanitized AirScope access point overview with multi-band status cards and AP rows — Live multi-band AP overview with signal history and detection pulse indicators.

Sanitized AirScope all access points table — Combined AP table with band, channel, frequency, trend, signal, and observation counts.

Sanitized AirScope channel analysis chart — Channel analysis view showing overlapping wireless networks across supported bands.

Public-safe AirScope 2.4 GHz access point row expanded with connected station topology — Expanded 2.4 GHz AP inventory row showing a notional access point with five connected stations retained as spokes.

Public-safe AirScope WiFi topology modal showing AP and station hub-spoke relationships — Topology modal view with All Networks and Hide Empty APs enabled, centered on the AP-to-station hub-and-spoke chart.

Public-safe AirScope pattern of life dashboard showing recurring AP behavior and anomaly flags — Pattern-of-life review summarizing recurring APs, weekend-only activity, normal baselines, and anomaly candidates from saved observations.

Trace Analyzer timeline showing AirScope WiFi events beside BLE GPS RF Sentinel SDR-Shark and PASSIVE-SHIELD events — Trace Analyzer view showing how AirScope WiFi observations can be reviewed beside BLE, GPS, RF Sentinel, SDR-Shark, and PASSIVE-SHIELD events in one source-aware timeline.

What this helps teams do

Turn wireless survey work into baseline, topology, and reportable evidence.

Establish wireless baselines

Capture AP inventory, signal trends, recurrence, and channel usage in a repeatable survey workflow.

Identify change

Separate known, new, missing, weekend-only, and anomalous infrastructure from ordinary scan noise.

Produce evidence

Export reports, tables, notes, screenshots, and machine-readable files for review or follow-up integration.

Read AirScope Case Study View Platform Overview

Pattern of Life

Wireless observations become more useful when they show recurrence and change.

AirScope supports pattern-of-life review for wireless environments: recurring AP presence, first-seen and last-seen timing, band and channel usage, signal trend, and survey-to-survey changes can be reviewed as engineering evidence rather than one-off scan results.

Review Signals

First-seen, last-seen, recurrence, and observation count
Band, channel, frequency, and signal trend over a survey
Known, new, missing, or anomalous AP behavior
Exportable evidence for follow-up analysis and reporting

Trace Analyzer

AirScope observations can feed a broader RF event timeline.

The same AirScope WiFi AP and station observations can be pushed into Trace Analyzer with BLE HCI/GPS, RF Sentinel, SDR-Shark, and PASSIVE-SHIELD passive DJI/OcuSync prototype evidence. That turns a wireless survey into a source-aware timeline that supports pattern-of-life review across multiple collection paths.

Timeline Value

AirScope AP and station context remains source-labeled
GPS, BLE, WiFi, and RF cues can be compared by timestamp
Raw packet detail stays available for analyst review
Cellular Survey LTE/5G NR events use the same shared event-plane pattern for broader timeline review

RF Sensing and Signal Classification View Trace Analyzer

Where this type of platform fits.

Wireless Surveys

Multi-band site surveys where teams need evidence trails, repeatable reports, and a clear record of observed RF conditions.

Sensor Evaluation

Prototype support for HaLow, Wi-Fi, SDR, and edge sensors that need hardware-aware data collection and review tooling.

Field Reporting

Automated deliverables that turn live observations, notes, exports, and screenshots into engineering-ready records.

Integration Support

Adaptable collection, parser, dashboard, and export workflows for partners building RF or connected-device systems.