Monitoring systems
The field systems, analysis methods, and scientific support we use on real deployments.
Packaged systems
Ready combinations for common project settings.
Field and analysis systems
Tracking, detection, modelling, and reporting components used across deployments.
Flight Tracker
Quantitative bat and bird flight tracking for wind-energy projects. Outputs support bird-and-bat management plans, EPBC referrals, and related regulatory frameworks.
Acoustic AI Detection
Automated detection and classification of bat, bird, and rare-event vocalisations in the field and in archived recordings.
Movement & Altitude Tracking
Individual-animal tracking — sub-gram GPS, PIT-tag readers, and radio-mesh — for movement, connectivity, and flight altitude at the scale wind turbines and roost-connectivity questions need.
Environmental Context & Compliance
Calibrated noise, vibration, and environmental measurement for context and compliance reporting.
Review & Reporting
Dashboards, analyst review, and reports that turn detections into usable results.
Scientific expertise
Biology, statistics, and reporting support for results that can be reviewed.
Threatened-Species Acoustic Identification
Expert identification of Australian threatened bat calls for monitoring, review, and reporting.
Survey Design for Cryptic Species
Designing acoustic and visual surveys to detect cryptic bats and birds in Australian field conditions — what to deploy, where, when, and for how long.
Regulator Interface
Turning monitoring results into the evidence formats Australian environmental regulators expect.
Bayesian Occupancy Modelling
Turning imperfect species detections into occupancy estimates, population trends, and reportable uncertainty.
Artificial Roost Design
Designing artificial bat roosts that target species actually use — habitat replacement, augmentation, and research infrastructure.