Geospatial data at scale.
Autonomy built in.
Autonomy built in.
01 /
−
+750 km range. Survey-grade data in a single sortie.
Fully autonomous long-endurance survey operations across remote and difficult terrain. Cover entire pipeline corridors, transmission lines, and highway routes without refuelling, crew rotation, or ground control points.
02 /
+
Full-spectrum sensing.
Integrated LiDAR, RGBI, Thermal, Infrared, and Electro-Optical payloads. One platform captures the complete operational picture — day, night, any weather.
03 /
+
100+ km² per day. Per drone.
High-resolution terrain mapping and infrastructure surveying at scale. Deploy fleets for corridor-level coverage — pipelines, power grids, highways, rail, and construction sites.
04 /
+
AI-powered analysis. Real-time.
Onboard change detection and anomaly identification. Detect terrain movement, infrastructure defects, vegetation encroachment, and environmental changes at the edge — no ground station latency.
Fleet coverage.
Centimeter-grade precision.
Centimeter-grade precision.
01 /
−
Deploy one platform or an entire fleet. Coverage scales with you.
Autonomous coordination handles flight planning, overlap, and edge-matching across any number of platforms. No additional pilots, no manual planning — just more coverage, faster.
02 /
+
Survey-grade LiDAR. Dense point clouds from altitude.
High-density laser scanning captures terrain, vegetation, and structures with centimeter-level detail. Multiple returns per pulse penetrate canopy for true ground surface modelling.
03 /
+
Multispectral imaging. Thermal. Day and night.
High-resolution RGBI and thermal sensors capture the full picture in any condition. Vegetation health, heat signatures, structural anomalies — visible in a single pass.
04 /
+
Centimeter-accurate positioning. No ground control needed.
RTK and PPK correction deliver survey-grade georeferencing directly from the platform. Eliminates the time and cost of placing ground control points across large sites.
05 /
+
Processed deliverables before the aircraft lands.
Onboard edge computing generates georeferenced outputs in-flight. Orthomosaics, surface models, and classified point clouds are ready for review on arrival — not days later.
Ground-level autonomy.
Coordinated with the fleet.
Coordinated with the fleet.
01 /
−
Fully autonomous ground operations. No operator required.
Self-navigates through unstructured terrain using AI-driven path planning and obstacle avoidance. Deploys, operates, and returns without human intervention.
02 /
+
Ground-level sensing that aerial platforms can't match.
360° LiDAR and multi-sensor fusion capture infrastructure detail at close range — under canopy, inside structures, and along surfaces where airborne data falls short.
03 /
+
Integrated with aerial platforms. One coordinated picture.
Ground and air platforms share positioning, sensor data, and operation plans in real-time. Combined datasets eliminate gaps between aerial coverage and ground-truth verification.
04 /
+
Operates where crews can't. Or shouldn't.
Remote sites, active construction zones, hazardous terrain, and areas with difficult access. Continuous operation in conditions that delay or prevent manual survey.
05 /
+
All-terrain. All-weather. Around the clock.
Tracked platform handles mud, rock, slopes, and standing water. Extended endurance for persistent operations across full day-night cycles without downtime.
Partner with
Colony.
Colony.