AirScope Case Study

Embedded RF evidence workflows from capture to report.

AirScope demonstrates RTG LLC work across connected devices, wireless capture, normalized data models, operational dashboards, and engineering deliverables.

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Engineering scope

A complete prototype workflow, not just a dashboard.

The Stage 1 AirScope build connects RF collection, parser reliability, observation normalization, analyst review, survey finalization, and automatic documentation. It is a controlled-pilot engineering example suitable for showing RTG's approach to complex embedded and connected-system work.

RTG Contributions

Embedded capture workflow coordination for HaLow and Wi-Fi paths
Normalized observations and evidence exports for engineering review
Operational UI for AP inventory, channel analysis, and survey state
Automated Markdown, HTML, PDF, CSV, JSON, and JSONL output paths

Public-safe evidence

Sanitized AirScope screenshots.

The screenshots below replace real AP labels with demo names and mask BSSIDs while preserving the product workflow and engineering context.

Sanitized AirScope AP overview — Multi-band AP overview showing HaLow and Wi-Fi detection state.

Sanitized AirScope all access points table — All-AP inventory with protocol, SSID, BSSID, channel, frequency, trend, signal, and last-seen columns.

Sanitized AirScope channel analysis chart — Channel analysis view for reviewing overlap and band utilization.

Pattern of Life

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

AirScope is positioned to support 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

Related RTG practice areas.

RTG Spectrum

RF sensing, spectrum monitoring, signal intelligence, and wireless survey tooling.

Mission Systems

Fielded device workflows, telemetry, operational dashboards, and high-reliability integration.

Embedded Platforms

Linux, Python, C/C++, hardware interfaces, edge compute, and data collection services.

Reporting Systems

Evidence exports, generated deliverables, traceable review workflows, and pilot documentation.