Geospatial RF Analytics
RTG Spectrum connects RF, wireless, cellular, GPS, and mission events into geospatial workflows that help teams map coverage, establish baselines, estimate likely source areas, detect change, and decide where to collect next.
Public-safe capability
A single RF observation is useful, but route-tagged observations are much more powerful. Cellular signal measurements, WiFi and BLE detections, RF Sentinel entities, AirScope survey records, SDR-Shark spectrum context, and PASSIVE-SHIELD prototype cues can all carry time, signal, source, and location context where available.
RTG Spectrum uses that context to support coverage maps, likely-source estimation, uncertainty review, Pattern-of-Life analytics, and follow-on collection planning. The public examples are sanitized and representative; they do not expose private routes, hardware identifiers, deployment details, or live operational data.
Controlled demo
A public-safe synthetic demo now shows the full loop: known emitter truth, an initial drive route, a first estimated source area, uncertainty, a recommended second route, and an improved estimate after collecting better geometry. In that controlled scenario, error improved from 184 m to 62 m and uncertainty area dropped by 78%.
Route-based survey
Cellular Survey shows LTE and 5G NR inventory, serving and neighbor context, high-rate signal measurements, optional PCAP recordings for offline engineering review, and coverage-map observations. In public-safe demo views, synthetic observations follow a street-grid drive-test pattern so reviewers can see how signal measurements become map evidence.
Shared geospatial pattern
Route-tagged cellular measurements support coverage review, serving/neighbor context, tower-area estimation, and future location-aware analytics.
Repeated observations of decoded entities can support likely-source estimation for WiFi, BLE, and other protocol-visible emitters when location context is available.
Wireless surveys add AP/station topology, channel behavior, recurrence, GPS-aware coverage context, and reportable baseline evidence.
Defense prototype cues can be represented as source-aware events with station context, track identity, and bounded multi-station planning analysis.
Source-aware timelines let operators compare RF, WiFi, BLE, cellular, GPS, spectrum, and mission events without losing where each observation came from.
Simulation and replay tools help test station geometry, route coverage, measurement averaging, and expected uncertainty before field work.
Public-safe evidence
These artifacts show the workflow shape: collect observations, preserve source and location context, review map or topology evidence, and carry events into shared timelines. They are not published as live deployment captures.
Claim boundaries
The public claim is not precision geolocation for every signal. RTG Spectrum treats position estimates as engineering evidence with uncertainty, data-quality limits, and source-specific caveats. Fixed-station layouts, route geometry, measurement density, signal calibration, terrain, and protocol visibility all affect what can be claimed.
That boundary is a strength: the platform is built to show what was observed, how often, from which source, where context was available, and what the operator can reasonably infer.
Demo video
The next public artifact should show a scenario: baseline route, new RF or cellular observations, estimated source area or coverage change, Trace Analyzer context, and recommended follow-on collection. Once the YouTube video is uploaded, this section can link directly to it.