Reading time:
min
No items found.
Nota: este contenido fue traducido automáticamente con IA.

SPH Drone Camp 2026: Advanced Drone Surveying in Practice

SPH Engineering
SPH Drone Camp 2026: Advanced Drone Surveying in Practice
October 16, 2026

BUDAPEST, Hungary, October 15, 2026 - SPH Engineering, a solution architect for drone-based surveying, inspection and mapping, held SPH Drone Camp at Nádas Tó Park Hotel in Vasad, near Budapest, on October 12-13.. The event helped engineers, researchers and survey teams examine advanced drone methods through complete workflows, practical workshops and discussions about their own project requirements.

Researchers, commercial survey operators, technology partners and industry media joined SPH engineers for the two-day programme. Field demonstrations were followed by opportunities to discuss equipment selection, data interpretation and operational challenges directly with specialists. Small-group sessions allowed participants to compare approaches with peers working in different environments and applications.

Audience at a technical session during SPH Drone Camp 2026

The demonstrations followed the work from UgCS mission planning and SkyHub sensor integration through to data processing and management in GeoHammer and DroneGIS. Drone GPR, magnetometry, bathymetry and other specialist applications were presented as complete survey processes, showing how decisions made before and during a flight affect the final data.

Aerial view of the SPH Drone Camp 2026 demonstration field at Nádas Tó Park Hotel in Vasad, Hungary

GPR specialist and Geolitix co-founder Jan Francke and geoscientist Becky Bodger of CE&E examined two closely connected parts of that process. Francke addressed when airborne GPR is appropriate and how to obtain useful subsurface measurements. Bodger focused on processing and interpretation: what those measurements support, where uncertainty remains and how the findings can inform practical decisions. Together, these topics addressed a central concern for survey teams: whether a method can answer the question their project needs to resolve.

Becky Bodger of CE&E presenting drone geophysical data processing and interpretation at SPH Drone Camp 2026
Jan Francke of Geolitix presenting on drone GPR at SPH Drone Camp 2026

SPH Engineering CEO Alexey Dobrovolskiy explored how AI could make complex processing more accessible. His recent GeoHammer work enables specialists to use natural-language instructions to test processing methods and prepare reusable scripts. The approach reduces the programming barrier for people who understand the geophysical problem, while keeping validation essential before a workflow is used routinely.

“AI can help us explore processing methods we might not otherwise have tried. But we need to understand what a method does to the data, not just accept a convincing-looking result,” said Dobrovolskiy. 

SPH Engineering CEO Alexey Dobrovolskiy speaking at SPH Drone Camp 2026

The programme also celebrated the winners of the inaugural Global Drone Operations Awards. AB Surveying Solutions, Medusa Geoservices and San Diego Zoo Wildlife Alliance won the Mining Operations, Construction & Site Intelligence and Academia & Research categories, and Embry-Riddle Aeronautical University received the Jury Special Recognition. Winning teams joined fellow practitioners, jury members and technical specialists to exchange experience. The Awards recognized completed projects; the Camp provided time to discuss the methods, decisions and lessons behind such work.

Group photo at SPH Drone Camp 2026 in front of the SPH Engineering backdrop

For SPH Engineering, this exchange is part of making advanced drone surveying more widely usable. Users need practical knowledge alongside equipment and software, while developers need a clear understanding of field requirements. SPH Drone Camp brought those perspectives together, helping participants assess new applications and giving the company direct feedback on where its technology and support need to develop.

About

SPH Engineering is a premier solution architect for drone-based surveying, inspection, and mapping, combining flight software, advanced sensors, data processing, and data management into unified engineering ecosystems. Its core technologies include UgCS, general-purpose drone mission planning and flight control software, along with specialized payloads such as ground-penetrating radar, magnetometers, echo sounders, and other sensors for demanding industrial and research applications.

SPH Engineering empowers professionals across mining, oil and gas, academia, construction, utilities and environmental monitoring to collect reliable and scalable data in challenging and remote environments by extending drone technology beyond conventional operational limits.

For more information, visit www.sphengineering.com.

bac2top
Download UgCS