Pilot Offer
A bounded engineering pilot for passive RF evidence, acoustic corroboration, sensor-placement review, deterministic swarm replay, GeoFusion analysis, and C2-ready operator cues.
Pilot Focus
The pilot is designed for teams that need to evaluate passive-first C-UAS sensing, sensor fusion, and operator workflows before making deployment claims. RTG uses PASSIVE-SHIELD and the broader RTG Spectrum event model to connect observations, preserve source context, analyze uncertainty, and produce reviewable evidence.
The result is not a generic demo. It is a scoped technical package: assumptions, configuration, replay scenarios, event schemas, operator views, measured limitations, and an acceptance-style report.
Pilot Deliverables
Mission context, coverage assumptions, operating boundaries, expected clutter, communications constraints, and legal/customer authority notes.
Recommended node geometry, likely blind spots, station-health requirements, timing assumptions, and follow-on collection routes.
Versioned single-drone, staged-activation, mass-arrival, simultaneous, mixed, and negative-control replay cases with ground truth kept separate.
Detection, station, track, group, GeoFusion, hypothesis, health, and C2-output fields documented for repeatable review.
Operator review surfaces, source-aware timelines, map cues, CoT/WebTAK-ready output paths, and customer-specific interface planning.
Measured results, known misses, false positives, confidence boundaries, data-quality notes, and recommended next engineering steps.
Capability Summary
This page is intentionally structured like a lightweight data sheet: what the pilot includes, what evidence exists now, what outputs are produced, and what claims remain out of scope until validated in a controlled customer environment.
| Category | Pilot Scope | Representative Output |
|---|---|---|
| Collection | Passive RF, acoustic, station health, customer sensor inputs, and adapter-ready external observations | Source-aware detection and health events |
| Fusion | Duplicate suppression, track lifecycle, staged activation, spatial residuals, and conservative hypothesis generation | Track, group, GeoFusion, and hypothesis records |
| Operator Output | Map cues, event timeline, confidence notes, C2-ready outputs, and reviewable evidence | Dashboard views, CoT/WebTAK-ready cues, and report figures |
| Acceptance Evidence | Replay validation, measured misses, known limits, configuration notes, and recommended follow-on tests | Acceptance-style result report |
Public-safe result card
Current PASSIVE-SHIELD work combines staged-activation detection with multi-station GeoFusion residuals. The useful result is evidence discipline: sequential behavior can be named, spatial spread can be detected in simulation, and ambiguous cases stay ambiguous instead of being forced into unsupported coordination claims.
| Evidence Area | Current Result | What It Supports | Boundary |
|---|---|---|---|
| Staged activation | 9/12 staged-source track-band joins matched in replay validation | Sequential launch and source-join cues | Not reliable aircraft count |
| GeoFusion residual | Single-drone baseline separated from spatially spread scenarios in simulation | Single-source vs. not-single-source evidence | Not internal formation resolution |
| Hypothesis fusion | Sequential wave named; ambiguous cases remain bounded | Operator-facing evidence summaries | No proof of coordination from RF evidence alone |
What is not claimed
The pilot is structured to identify what the evidence supports, what remains ambiguous, and what would require additional authority, sensors, station geometry, calibration, or external validation.
Partner with RTG
RTG can help teams convert detections into normalized observations, persistent tracks, GeoFusion evidence, replay fixtures, dashboard views, C2-ready cues, and acceptance-style reports.