
GridScout is GhostFlight Dynamics’ vehicle-mounted route intelligence platform for offline field collection, roadside detection, GPS/GNSS-linked evidence, review maps, KMZ route packages, and GIS-ready exports.
The platform converts road-facing field collection into structured, location-linked evidence that can be reviewed, mapped, exported, and used to improve AI-assisted infrastructure workflows.
Offline Field Collection | Location-Linked Evidence | Map-Ready Exports | Reduced RF Configuration Options
Roadside infrastructure changes faster than conventional survey workflows can capture it. Signs, hazards, temporary work-zone indicators, route conditions, and infrastructure context may shift between formal mapping cycles, leaving operators and planners with outdated information.
GridScout is designed to close that gap by turning vehicle-mounted field collection into reviewable route intelligence. A route pass captures road-facing evidence, location context, operator status, and AI detections. The completed run can then be preserved, reviewed, exported, and used to improve future model performance through human quality assurance.
The objective is not just to collect raw video. The objective is to produce disciplined field evidence, map-ready outputs, and structured intelligence packages that support faster review, better operational awareness, and repeatable model improvement.

Identifies route-facing infrastructure, signs, work-zone markers, and contextual roadside features during vehicle-mounted collection.
Associates observations with route and position context so teams can review what was observed, where it appeared, and how it relates to the route.
Security features are designed to protect collected route data through encrypted storage, controlled run authorization, and separation between operational and sensitive data layers.
Supports review of weak classes, ambiguous scenes, and hard-negative cases so the system improves from field evidence.
Maintains validation discipline before candidate models are promoted for field use.
Converts selected runs into review maps, evidence packages, KMZ route files, and GIS-ready exports for operational and partner review.

Collect road-facing evidence during a route pass, including video, route tag, operator state, and location context.
Identify roadside objects and route-relevant events at the edge, with detections linked to route and frame context.
Save the completed field run as a repeatable evidence package with supporting files, status records, logs, and metadata.
Convert selected runs into review and export products, including map views, evidence packages, KMZ files, and GIS-ready outputs.
Use human QA and validation to refine candidate models, improve weak classes, reduce false positives, and support deployment decisions.
GridScout is designed to produce operator-ready mapping artifacts, not just raw detection logs. The output layer supports review maps, evidence packages, GIS transfer, and offline route packages for field use.
Road-facing collection and edge detection are designed to operate without cloud connectivity or active wireless networking in the field configuration.
Post-processing can generate KMZ files for ATAK/CivTAK-compatible workflows and offline route packages used for field navigation.
KMZ outputs are intended for import into ATAK/CivTAK-style operational mapping environments, including offline use cases.
Route packages are designed to support offline turn-by-turn guidance and rerouting where supported by the operator navigation stack.
GIS-ready exports support ArcGIS review, asset analysis, route evidence management, and partner reporting.
Detections, route context, thumbnails, and location records are packaged so operators can review what was observed and where.
Stop signs and signalized intersections.
Speed-zone context, curb and caution signs, and general road signage.
Construction cones, temporary road-work markers, and temporary work-zone signs.
Fuel service points and canopy recognition for route context.
Non-target scenes used to reduce false positives and improve field reliability.
Contextual roadside features that support route review, infrastructure awareness, and partner reporting.
Video clips, location logs, detection records, route tag, runtime notes, and saved artifacts.
Route-level detection view with operator review points and supporting evidence context.
KMZ route and evidence output for offline operational mapping and navigation workflows.
GIS-ready exports for asset review, partner reporting, and route intelligence analysis.
Candidate performance metrics, field observations, validation notes, and deployment recommendation.
Retained run materials, maps, export files, reports, and decision notes for repeatability.
GridScout is suited for organizations that need repeatable, evidence-based route intelligence without relying only on manual survey workflows or unmanaged raw video collection.
Relevant use cases include municipal road asset review, construction-zone monitoring, utility route inspection, disaster response route assessment, logistics route intelligence, autonomous-system support mapping, defense-adjacent route reconnaissance, private infrastructure monitoring, and AI model training data collection with human review.
Supports structured review of roadside signs, route conditions, and infrastructure observations.
Captures temporary work-zone indicators, cones, caution signage, and changing route conditions.
Supports route evidence collection for infrastructure corridors and field-service review.
Helps document route conditions, hazards, access limitations, and recovery-relevant roadside context.
Creates reviewable route evidence packages for planning, movement, and operational awareness.
Provides field evidence, hard-negative cases, and human-reviewed data for model improvement.
This public overview intentionally abstracts specific computers, cameras, internal architecture, model details, and implementation-level components.
Detailed architecture, bill of materials, model notes, data-handling procedures, and implementation-level technical information can be provided under NDA or during pilot scoping.
Security features are designed to protect collected route data through encrypted storage, controlled run authorization, and separation between operational and sensitive data layers.


Connect with GhostFlight Dynamics to discuss GridScout pilot opportunities, route collection objectives, demonstration constraints, deliverable expectations, data-handling requirements, and operational feedback criteria.
Copyright © 2026 Ghost Flight Dynamics - All Rights Reserved.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.