We help industrial, energy, and environmental sectors measure and monitor their environmental footprint using drones equipped with advanced gas sensors, thermal imagers, multispectral cameras, and remote sensing tools. Our services support regulatory compliance, ESG reporting, and early detection of harmful emissions and ecological impact.
Gas leaks and fugitive emissions frequently go undetected, posing significant safety and environmental hazards
Fixed-location air quality sensors provide limited spatial resolution and coverage across operational areas
Environmental monitoring workflows are often fragmented between departments or inefficiently outsourced
Traditional gas detection methods require manual deployment which exposes field personnel to hazardous environments
Monitoring data for greenhouse gases and VOCs is often incomplete, delayed, or lacks sufficient granularity
Biomass estimation and ecological assessments are labor-intensive and typically rely on low-resolution, outdated satellite imagery
Delivering Excellence in Monitoring for Faster, Safer, and More Accurate Data Solutions
Monitor gas leaks and pollution without entering hazardous zones
Detect leaks across large facilities or fields in a fraction of the time
Rapid mission planning and data delivery within 2–5 working days
Detect CH4, CO2, VOCs, and other harmful gases with ppm or ppb-level precision
Instant gas plume mapping, multispectral overlays, or NDVI views
Deliverables compatible with GIS, environmental dashboards, and regulatory reports
Supports GHG inventory protocols, ESG audits, and HSE reporting
For agriculture, forestry, or post-impact assessments
Advanced Geospatial Data Acquisition & Processing Technologies for Unmatched Precision. Systematic Use of Remote Sensing Techniques for Multi-Scale Environmental and Structural Analysis
Equipped with up to 9 gases at the same time out of 15+ available sensors (CH4, CO2, SO2, H2S, VOC, PM, etc)
Use TDLAS sensors with wind compensation algorithms
Capture vegetation indices, pollution indicators, or water stress
Use photogrammetry + LiDAR for volume and density estimation
Pre-defined grid patterns for pollutant concentration mapping
Baseline vs. post-event comparative mapping
Recommended platforms available for purchase or service deployment:
Yes, our drone-based sensors are designed for safe, remote detection and can operate during regular operations with no need for shutdowns.
We support detection of CH4, CO2, VOCs, H2S, SO2, and others depending on the sensor used. We can tailor the solution to your plant’s risk profile.
Yes. Our data is structured to comply with GHG reporting protocols and can be integrated into ESG frameworks or EIAs.
Fixed-wing drones can cover up to 20–30 km² per flight for mapping missions. Multirotors typically cover 1–5 km² depending on mission complexity. OGMP-compliant methane measurement typically done in 2-3 hours per processing unit. Site level GHG monitoring will take 7-10 days depending on the size of the facility.
We can mobilize within 24–48 hours across Saudi Arabia, subject to GACA coordination. Emergency response support includes aerial mapping, gas detection, and thermal imaging.
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