Technology & Solutions Our advanced engineering technologies go far beyond traditional aerial imaging, we enable automated, remote, and pre-planned drone missions through autonomous drone systems. Moreover, we leverage state-of-the-art drone sensors such as LiDAR, Photogrammetry, Thermal sensors, multispectral imaging, Aeromagnetic, and greenhouse gas monitoring sensors.
Pre-programmed, automated and remote drone missions that ensure consistent, efficient, and accurate data collection without manual control or the presence of personnel on site.
Capturing ultra-detailed imagery from long distances, reducing the need for physical ground access and minimizing disturbance during inspections and monitoring.
A method that utilizes high-resolution photos and videos to produce precise 3D models, orthomosaic imagery, while enabling accurate measurements and volumetric calculations.
Generation of detailed point clouds that penetrate dense vegetation and accurately capture bare-ground data, ensuring reliable mapping even on challenging terrains. It also provides highly accurate details more than photogrammetry.
Thermal imaging is also known as infrared thermography, is a technique that identifies heat anomalies and supports efficient inspections of infrastructure, equipment, and facilities, making it ideal for renewable energy, utilities, and smart infrastructure applications.
captures image data within specific wavelength ranges across the electromagnetic spectrum. The wavelengths may include light from frequencies beyond the visible light range (such as infrared, ultraviolet NDVI, GNDVI, RGB, Red Edge (RE) and Near-Infrared (NIR), OSAVI). It can capture with its visible receptors for Green-red-infrared and Blue-NIR-MIR.
Drone-based sensors measure variations in the Earth’s magnetic field, aiding in mineral exploration and resource assessment with minimal environmental impact.
A capability that enables round-the-clock operations without the need for artificial lighting, minimizing energy consumption.
Specialized drone-mounted sensors designed to detect methane, CO2 and other harmful gas emissions with high accuracy, helping industries reduce environmental risks and carbon footprint.
A high-efficiency aerial spotlight that provides reliable illumination for safe drone operations at night.
A long-range aerial communication tool that enhances safety, environmental awareness, and emergency response through clear drone-mounted audio transmission.
Traditional Methods Challenges: Safety High Risk – Inspections require the presence of personnel in harsh conditions. Limited Visibility –
Farmers often struggle with monitoring crop health, soil quality, and pest infestations, leading to inefficient resource use and reduced
Rescue teams often face rough terrain, slowing down or even blocking access.
Fire zones in hard-to-reach areas, especially in rough terrain or elevated areas like rooftops.
Restricted Accessibility – Many heritage sites are fragile, remote, or structurally unsafe, limiting ground inspections.
Limited Coverage – Ground surveys only cover small areas and take long time.
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