[WORKSHOP EVENT 📍 CALAMA] Drones in the Geospatial World

Thank you, Calama!

Last Wednesday, June 18, a new "UAS & Drones in the Geospatial World" Workshop, organized by GEOCOM, was held at the Diego de Almagro Hotel. The event was designed for professionals linked to surveying, mining, engineering, and geospatial disciplines, with the aim of optimizing workflows and improving the quality of final products. 

UAS & Drones Portfolio

In the first session, the novelties of our UAS portfolio were presented, highlighting the most recent and efficient solutions for the industry. The growing importance of drones in geospatial data collection using various sensors, as well as in inspection tasks, was emphasized. In addition, the key role of specialized software in processing and analyzing the obtained information was highlighted. During this presentation, two key launches from the DJI Enterprise ecosystem were also discussed: the new Matrice 400, which represents an evolution in performance, autonomy, and versatility for professional applications, and the DJI Dock 3, an automated solution for remote operations and recurring missions, designed to maximize operational efficiency with minimal human intervention.

OBLIQUE PHOTOGRAMMETRY WITH DRONES

The session focused on oblique photogrammetry, an advanced technique that uses drones to capture images from inclined angles, allowing for the reconstruction of 3D models with a high level of detail and realism. This methodology is especially valuable in areas such as architecture, urban planning, civil engineering, and heritage conservation. In addition, the TWINSPECT platform was showcased, highlighting a recent success story at the Naltahua Bridge, where artificial intelligence algorithms were used to automatically identify different types of structural damage, demonstrating the potential of this technology for efficient asset inspection and management.

THE NEW ERA OF DRONES WITH THE MATRICE 4 SERIES

The session was dedicated to the new DJI Matrice 4 series. This line includes two models designed for different types of missions: the Matrice 4E, optimized for photogrammetry and visible light inspections, and the Matrice 4T, which adds thermal capabilities for advanced inspection tasks. Among its most notable improvements are increased flight autonomy, the incorporation of intelligent functions based on artificial intelligence, and a robust operational safety system. In addition, its obstacle detection and avoidance system has been revamped to respond with greater precision in complex environments, making the Matrice 4 a versatile tool for sectors such as topography, technical inspection, and infrastructure monitoring.

ARTIFICIAL INTELLIGENCE IN DRONES

The application of artificial intelligence in drones was one of the most highlighted topics of the day. It delved into how AI enables processing large volumes of data in real time, optimizing tasks such as anomaly detection, terrain classification, and object tracking, which significantly increases efficiency and precision in different application areas. The impact of specialized platforms that integrate AI, such as STRAYOS, an advanced software oriented to mining, which facilitates automated analysis of blasts, terrain modeling, and optimization of extraction processes, was highlighted. Likewise, SKYVISOR was presented, a solution designed for the automated inspection of wind turbines and photovoltaic panels. This system uses artificial intelligence algorithms to identify structural defects, evaluate equipment performance, and generate detailed reports. Thanks to its precise analysis capability, it allows for planning preventive maintenance, reducing operational costs, and maximizing the efficiency of monitored assets.

This workshop highlighted the accelerated evolution and growing integration of emerging technologies in the field of drones, emphasizing their fundamental role in the development of increasingly innovative geospatial solutions.