RTG Mission Systems

Mission-focused engineering from edge devices to cloud infrastructure.

Embedded, connected, and high-reliability systems for defense technology, field sensors, counter-UAS sensing prototype work, industrial equipment, and mission-critical applications.

Discuss a Controlled C-UAS Sensing Pilot Contact RTG

Reliable systems for critical fielded equipment.

RTG Mission Systems supports defense embedded Linux and RTOS platforms, telemetry, command and control, hardware bring-up, device onboarding, edge-to-cloud architectures, secure OTA updates, dashboards, diagnostics, counter-UAS sensing prototype workflows, and transition planning. Trace Analyzer adds a shared event layer where BLE, GPS, WiFi, RF detections, and PASSIVE-SHIELD passive DJI/OcuSync prototype cues can be reviewed together.

Adjacent public-safe demonstrations can show the same defense engineering foundation.

RTG is shaping additional defense R&D directions around parallel sensor fusion, mission debrief and replanning, modular event-bus integration, counter-swarm analytics, geospatial RF evidence, and operator decision support. The public-facing intent is to showcase sanitized demonstrations and measured result cards without exposing proposal details, customer-sensitive data, or operational deployment claims.

Parallel Sensor Fusion

Public-safe demos can show multi-source observations becoming tracks, uncertainty estimates, and route-aware location evidence.

View geospatial RF analytics

Mission Debrief & Replanning

Scenario replay, timeline reconstruction, lessons learned, and next-collection recommendations can be demonstrated with synthetic mission data.

View integration demo

Modular Reference Bus

Collectors and late-added modules can be shown publishing schema-versioned events into a shared review surface.

View platform overview

SWaP-Optimized Edge AI

Confidence-based escalation can reduce energy and compute when constrained edge platforms do not need full-power inference on every input.

View edge-AI result

Counter-Swarm Analytics

PASSIVE-SHIELD remains the strongest defense proof point, with replay-backed staged-activation, GeoFusion residual, and hypothesis-boundary evidence.

Review PASSIVE-SHIELD

PASSIVE-SHIELD shows mission-system integration with operator-facing prototype evidence.

PASSIVE-SHIELD is a working counter-UAS sensing prototype evidence chain covering passive RF sensing, edge-node publishing, acoustic corroboration, event sharing, track lifecycle, deterministic swarm replay benchmarks, multi-station GeoFusion experiments, and CoT/WebTAK-ready operator cues. The public summary keeps the right boundary: prototype evidence, measured staged-activation progress, and spatial residual analysis, not a fielded operational C-UAS, reliable aircraft count, or solved coordination claim.