Monitor wildlife, track deforestation, and measure coastal erosion — all without disturbing the habitats you are working to protect.
Southeast Asia is home to some of the planet's most biodiverse ecosystems — from the mangrove forests of Singapore's Sungei Buloh to the tropical rainforests of Borneo and the coral reefs of the Coral Triangle. Monitoring these ecosystems at the scale and frequency needed for effective conservation is a formidable challenge.
Traditional field surveys require researchers to physically enter sensitive habitats, which can disturb wildlife, damage vegetation, and introduce invasive species. Ground-based teams are limited in coverage, and their presence can alter animal behaviour, introducing bias into population counts and habitat assessments.
Climate change compounds these pressures. Coastal erosion, sea-level rise, and extreme weather events are reshaping shorelines and threatening mangrove ecosystems across the region. Tracking these changes over time requires consistent, repeatable measurement from a vantage point that ground surveys simply cannot provide.
Multispectral and RGB imagery for habitat mapping, vegetation health analysis, shoreline measurement, and terrain modelling of sensitive ecosystems.
Automated vegetation classification, change detection between survey epochs, and species count estimation for population monitoring studies.
Design a long-term environmental monitoring programme — flight protocols that minimise disturbance, sensor selection, data archiving, and reporting frameworks for regulatory compliance.
Multispectral drone surveys assess mangrove canopy health, density, and species distribution across Singapore's coastal reserves and restoration sites. Track the effectiveness of replanting efforts with consistent, repeatable data collection.
Thermal and high-resolution cameras count and classify wildlife from a safe altitude — minimising disturbance while achieving coverage that ground teams cannot match. Ideal for waterbird censuses, primate surveys, and marine mammal monitoring.
Regular aerial surveys generate precise digital elevation models of shorelines, enabling millimetre-accurate measurement of erosion rates. Compare datasets across months and years to quantify the impact of sea-level rise and storm events.
Document tree planting programmes with time-stamped aerial imagery that shows canopy growth, survival rates, and species diversity over time. Generate compliance reports for government agencies and NGO stakeholders.
Non-invasive aerial surveys capture data from a safe altitude — no foot traffic through sensitive habitats, no disturbance to wildlife behaviour.
Automated flight paths ensure every survey covers the exact same area with the same parameters — enabling reliable change detection across time.
Survey hundreds of hectares of forest, coastline, or wetland in a single day — with spatial resolution far exceeding satellite imagery.
Share your monitoring objectives — species of interest, habitat type, survey frequency — and we will design a programme that delivers the data your research needs.