Environmental drone monitoring typically costs 50-70% less than traditional field survey methods while delivering 100% site coverage versus 5-15% from ground transects. Ongoing monitoring contracts achieve 20-35% per-survey reductions through structured program pricing. Costs vary by site area, sensor requirements, and analysis complexity. Contact us for a scoping estimate based on your specific monitoring obligations.

We deploy low-noise enterprise platforms at optimal altitudes determined by species sensitivity guidelines. High-resolution cameras capture detailed imagery from a safe distance. Thermal sensors enable data capture in darkness without light disturbance. Zero ground contact eliminates biosecurity risks and habitat disturbance.

Yes. We provide objective, repeatable data using high-resolution orthomosaics and multispectral imaging. By flying identical flight paths year-on-year, we create defensible visual baselines demonstrating vegetation growth, weed eradication, and habitat improvement across the entire offset area. All data is processed into your environmental digital twin for time-series comparison and delivered in GIS-ready formats compatible with regulatory submission requirements.

Yes. Our LiDAR and photogrammetry services provide engineering-grade volumetric tracking of earthworks, precise erosion monitoring, and multispectral analysis of revegetation. The platform processes this into measurable 3D terrain models that demonstrate rehabilitation progress with centimetre accuracy, the robust evidence needed to support bond release applications. Rehabilitation trajectory reports predict the timeline to completion based on measured growth rates.

Drone-based multispectral mapping achieves 2-5cm ground sample distance (GSD), compared to 3-10m from satellite imagery, a 60-500x improvement in spatial resolution. This enables identification of individual plant stress, early-stage dieback, and weed species at the individual plant level rather than broad-area averages.

Yes. Thermal and visual sensors with RTK positioning establish repeatable flight paths. AI-powered detection (98.5% accuracy) enables precise population counts across multiple survey periods, tracking migration patterns, breeding success, and population health trends with scientific rigour.

We operate an enterprise reality modelling and geospatial intelligence platform. Environmental data is processed through automated classification pipelines, multispectral analysis algorithms, and change detection engines. Deliverables are streamed via a browser-based 3D environment using open OGC 3D Tiles standards, enabling your team to access, measure, and compare datasets from any device without software installation.

Yes. We combine aerial drone surveys with underwater ROVs for comprehensive above-and-below-water environmental assessments. Both datasets are unified into a single 3D model, one coordinate system, one timeline, one interactive viewer. Particularly valuable for reef monitoring, marine mammal surveys, coastal erosion tracking, and infrastructure impact studies.

We hold a CASA commercial operators licence with advanced endorsements and additional specialist approvals enabling operations in sensitive and remote environments. We are also a Registered Suitable Operator with the Queensland Department of the Environment, Tourism, Science and Innovation. These approvals enable 10-50x greater coverage per deployment than operators with basic approvals, which is essential for vast conservation areas, remote mine sites, and time-sensitive wildlife surveys. We hold additional endorsements beyond what is listed here.

Your environmental digital twin persists between surveys. Teams can query historical data, compare any two dates, and generate compliance reports at any time via browser-based 3D viewer. When new survey data arrives, it is automatically aligned to previous epochs for change detection. The model is always available, not locked in a report that was delivered six months ago.

Yes. We deliver aerial multispectral, thermal, LiDAR, ground-level 360, and underwater ROV in a single mobilisation. All data is processed into one unified digital twin, one coordinate system, one timeline, one report. Clients using 2-3 separate providers typically save 30-40% in duplicated mobilisation costs alone, before accounting for the value of spatially correlated data.

Post-bushfire, we capture multispectral imagery mapping burn severity (dNBR), identify surviving vegetation, and establish regeneration baselines. Repeat flights at 3, 6, and 12-month intervals track recovery at individual tree level. Time-series models provide quantitative evidence for land management decisions, insurance claims, and compliance reporting.

Underwater ROVs perform habitat mapping, coral health assessment, seagrass monitoring, water quality sampling, invasive species detection, and aquatic fauna surveys without disturbing the ecosystem. Unlike diver-based surveys that are limited to 30-60 minutes bottom time and create physical disturbance, ROVs can operate for 4-8 hours continuously, access depths to 500 metres, and capture consistent, repeatable transect data. The non-contact approach satisfies EPBC Act requirements for minimal environmental impact during monitoring of protected marine and freshwater habitats.