OUR TECHNOLOGIES
After a period of monitoring and in-depth evaluation, we selected the most high-performance UAS to ensure missions could be carried out in the most demanding operational conditions.
These platforms were chosen for their reliability, precision, and endurance, covering transport, security, surveillance, and advanced mapping missions.
These platforms were chosen for their reliability, precision, and endurance, covering transport, security, surveillance, and advanced mapping missions.
The CGT50 VTOL is designed for ISTAR/surveillance missions and securing strategic sites (infrastructure, convoys, coastal/border areas, law enforcement, etc.). Its VTOL capability and autonomous piloting facilitate deployment and mission execution, with integration of EO/IR, LIDAR, and MULTI SPECTRAL payloads.
6H
of endurance
5kg
of payload
80
Km C2
SATCOM
RTK
GPS
KHRONOS (Elistair) is a fully automated wired DroneBox designed for site surveillance and security: in less than 2 minutes, you can deploy an aerial “watchtower” offering an immediate view of the perimeter, day or night, with an endurance of up to 24 hours (up to 60 m high, with an announced observation radius of 10 km).
Express deployment
Automated push-button station: airborne in minutes, automatic takeoff/landing, and simplified piloting so the operator can focus on the mission.
Secure connection & discretion
The micro-tether ensures stable and secure data transmission, with modes adapted to sensitive environments (operational discretion, operation possible in degraded conditions).
Khronos Tethered DroneBox
Possible integrations: LiDAR, RGB pro, thermal, magnetometry, air sampling, OIS/zoom cameras, AIS/ADS-B beacons, radar altimetry, etc.
Our detailed technical data sheets are provided upon request and comply with local regulatory requirements.
Our detailed technical data sheets are provided upon request and comply with local regulatory requirements.
MAGNI OPS integrates Connectiv (BALKO) to deploy modular, synchronized, and reliable geospatial acquisition capabilities. The system connects and synchronizes LiDAR, INS, and cameras around a single computing module to produce consistent, easy-to-verify, and rapidly actionable data.
TRANSPORT
MINES
FORESTRY
ENVIRONMENT
ENERGY
CONSTRUCTION
One mission, multiple layers of truth
MAGNI OPS integrates Connectiv (BALKO) to deploy modular, synchronized, and reliable geospatial acquisition capabilities. The system connects and synchronizes LiDAR, INS, and cameras around a single computing module to produce consistent, easy-to-verify, and rapidly actionable data.
Less field friction, faster deployment
RTX technology reduces dependence on GNSS base stations and limits the use of GCPs while maintaining a high level of quality: simplified logistics.
Faster decisions, more robust deliverables
Synchronized and verified data → reliable 3D models, time comparisons, and “evidence + metrics” reports that can be used in operations.
The modular LiDAR sensor
Modular & scalable
Laser / INS / interchangeable cameras, quick-swap modules, and quick-attach mounts to save time between mission profiles
Lightweight & compact
Reduced weight (≈ 500 g to 1 kg depending on configuration) and size (-30 to -40%), for longer flight times and smaller platforms.
Integrated multi-sensors
RGB, multispectral, and thermal cameras built directly into the housing for greater robustness and stability.
CONTROL & PROCESSING THAT SPEED UP OPERATIONS
Remote control
Start/stop LiDAR in flight, monitor component status, view real-time data from a tablet on the ground—you always know that data acquisition is proceeding correctly.
Fast post-processing
Calibrated, aligned, colorized, and georeferenced point cloud (LAS) in less than 5 minutes, with RMSE calculation and accuracy report. Ideal for tight “acquisition-decision” loops.
Overview of sensor integration inside CGT50
Multi-sensors comprising:
LIDAR
VUX120
APN
128Mpx
Multi-spectral camera