Collect coordinates with Point. Review the collection in MetaSync. Bring control and overlapping imagery into Suite, then check the result against independent survey points.
The vehicle changes. The need for location, evidence and a clear decision stays. Explore the appropriate pathway for your operation.
Plan the route. Capture the evidence. Bring it back to the map.
Frame an inspection route around assets, access points and the evidence the team needs.
Explore surface observations in their geographic and operational context.
Build a review workflow for underwater assets and the observations collected around them.
9 DJI RC profiles. 24 Autel-family profiles. Separate Dock and open-autopilot workflows.
Plan routes, review aircraft context and pass missions through the compatible controller workflow. Dock 2, Dock 3 and Dock 4 are listed separately from the nine RC profiles.
Nine aircraft profiles for the NEXUS mission workspace.
Separate Cloud API aircraft pathway.
Separate Cloud API aircraft pathway.
Matrice 5TD with O4 Ground Station and a licensed DJI base. Nexus includes Cloud API 2 configuration, commissioning, operation and recovery workflows. Controls remain gated by the supported device and site acceptance.
Dock workspaces include camera/thermal, weather/RTK, power and HMS monitoring. Advanced Dock scope remains partial and requires site commissioning.
Explore EVO II V2/V3 and enterprise families. Mission geometry, payload choices and controller handoff are checked against the selected aircraft profile.
Seven V2 catalogue profiles with platform-specific controller integration.
Six V3 catalogue profiles; verify the exact controller and payload configuration.
Nine observed profile labels. Autel lists the EVO III Series publicly; the exact EVO III Enterprise and Titan catalogue labels still require manufacturer confirmation. A profile label does not confirm compatibility for every configuration.
These 22 multirotor profiles and the two Dragonfish VTOL profiles form the 24-profile Autel-family catalogue. Catalogue presence is distinct from native flight qualification.
Waypoint and grid planning bring camera footprint, overlap and JSON/GeoJSON mission geometry into a dedicated VTOL workflow.
Two long-area survey planning profiles.
Controller-specific mission conversion, transition behaviour, turns and wind limits need validation on the selected platform.
Use the exact Dragonfish aircraft, controller, payload and firmware combination for acceptance.
Source catalogue names are DragonFish Standard and DragonFish Pro. The listed planning profiles are not an all-configuration flight certification.
For compatible Pixhawk flight-controller hardware running ArduPilot or PX4, MAVLink provides the communication pathway. HelloGeo Flight is the published Android ground-control application in this ecosystem.
Pixhawk is a flight-controller hardware family. Choose a board supported by the required firmware and vehicle configuration.
ArduPilot or PX4 runs the vehicle. MAVLink carries the supported telemetry and mission exchange.
Mission, geofence and rally planning; vehicle setup, telemetry, diagnostics, flight logs and geotagging.
Technical references: PX4 / PixhawkArduPilot hardwareMAVLink
Flight is the MAVLink GCS pathway; VECTOR is the DJI/Autel controller layer. No universal Pixhawk board, vehicle, firmware or payload qualification is implied.
Validate your configuration. Exact aircraft, controller, firmware, payload and SDK deployment checks govern operational use. RC catalogue observations: 7 October 2026. Mission workflow and Dock scope reviewed: 17 October 2026.
Explore the planning tools and saved mission workflow in Nexus, then check the exact aircraft, controller, firmware and payload configuration.
Single-façade, four-sided building and circular waypoint planning, with route parameters kept visible for review.
Explore planningSave, search, edit and reopen plans. Keep revisions, reuse a saved plan and exchange portable planning JSON.
Explore the libraryReview saved copies, reuse history and receipts. Check the mission revision, checksum and aircraft readiness before supported execution.
Explore mission managementExplore aircraft, controllers and robotics. Find the model and build the right workflow around it.
Explore aircraft & robotics ↗AI VISION / CAMERA INTELLIGENCE
Bring detection, evidence and operator review to the camera you need. Start with an existing feed, place an independent camera at your site, or take the concept onto a parked vehicle.
Scope compatible camera or drone feeds, detection features and the evidence workflow.
02 / CAMERA KITPlace it where it matters.Configure a standalone site camera or a parked-vehicle installation.
03 / CONNECTED PACKAGECamera + Drone Station.Combine ground observations and an aerial station in one scoped enquiry.
HELLOGEO SUITE / FROM DATA TO DECISIONS
Process RGB, multispectral, thermal, LiDAR and satellite data in HelloGeo Suite. Connect oblique and video-frame mapping with AI-assisted classification, volume calculations and GIS delivery; assess hyperspectral datasets for the configured integration.
MicaSense · Parrot Sequoia · Sentinel-2 · prepared sensor datasets · project qualification
