Drone-Powered Geospatial Intelligence
Data Products
Unlock the full potential of geospatial intelligence with RocketDNA’s advanced drone-based data solutions. From aerial surveying and security to infrastructure inspections and compliance reporting, our industry-leading technology delivers accurate, real-time insights that drive smarter, safer, and more efficient operations. Explore our suite of data products designed to transform the way you work.

Data Products

AeroMap
Drone-based Aerial Surveying & Mapping

FarmCount
Drone-based Plant & Livestock
Quantification
Quantification

IntelliSky
Drone-based Reconnaissance &
Security Services
Security Services

LeakDetect
Automated Pipeline Inspections

PitComply
Open Pit Conformance Reporting

PitView
Drone-based Open-Pit 3D Modelling
Service
Service

RoadSense
Haul Road Intelligence, Optimisation and De-risking

SkyPatrol
Drone-based Perimeter & Security
Services
Services

SolarInspect
Solar Inspection Services
Frequently Asked Questions
01
What positional accuracy can I expect?
Depending on the sensor, acquisition height and flight mission design, you can expect down to 1 cm horizontal / 2 cm vertical when GCP‑controlled photogrammetry is flown.
02
How fast will I receive deliverables?
Standard turnaround is 24 hours (depending on size of area flown). If integrated with one of our autonomous drone-in-a-box solutions, it may be even faster. Non-processing outputs, such as 360 Panoramics, can be available within 15-minutes of the drone landing.
03
Which file formats are included?
Typical file format outputs include: GeoTIFF, LAZ/LAS, DXF, ESRI File Geodatabase, plus direct pushes to your current GIS platform via SiteTube or API webhooks.
04
Can you integrate with our BIM or ERP stack?
Yes — plugins for ArcGIS, Civil 3D and Leapfrog , plus JSON/REST endpoints for custom adapters.
05
How is quality control handled?
Each dataset runs through automated RTK drift checks, point‑cloud density histograms and a human spot‑audit before release.
06
Do you provide AI analytics such as change‑detection?
Yes — optional modules identify volumetric change, surface movement and defects using ML models trained on more than 200 million voxels.