Review of the previous year
We enter the new year with excitement about the projects and challenges ahead. But before we fully bid farewell to 2024, we’ve prepared a recap of our key business achievements. Last year, due to the expansion of the company and the increased volume of work, we moved to new premises. We are now located on […]
Successful implementation of the “LIFT Forest – eVTOL AI” project for forest biomass analysis in the framework of the DEMO PILOTI NOO JR
The consortium of partners Flycom Technologies, C-Astral and IRNAS is successfully advancing the project “LIFT Forest – eVTOL AI”, which is being implemented in the framework of the Call for Pilot Demonstration Projects for Recovery and Resilience (NOO). The project combines advanced technologies for forest management and the use of drones equipped with technologies such […]
Have you heard about Flycom’s latest World Bee Day initiative?
At Flycom Technologies, we are committed to sustainable and responsible business towards society and the environment. This is one of our key values, which we implement through various projects and initiatives. On this year’s World Bee Day, May 20, we decided on a special campaign and gave young beekeepers from the Simon Jenko Elementary School […]
Developing a platform to accelerate the green transition to solar energy LIFT Green
Project background LIFT GREEN Funded by the European Union – NextGenerationEU Participants: The project is implemented within the framework of the call for proposals “Incentives for NOO R&D projects”, which is part of the Recovery and Resilience Plan (RRP) funded by the Recovery and Resilience Facility. A platform that makes information easily accessible Access to […]
Multisensor recording of Croatia 2020-2023
We are proud to announce that Flycom Technologies and its partners have successfully completed LiDAR and photogrammetric survey of the Republic of Croatia – 56,594 km² and corridor LIDAR recording of embankments, with data processing and implementation of the final products. The aim was to provide homogeneous topographic bases from high quality spatial data, which […]
AI4Copernicus project – LIFT Sentinel AI Terrain Detector
In the project initiative, out team embarked on a task to enhance the LIFT GIS software’s capabilities through the integration of an advanced automated land classification system. Utilizing the AI4Copernicus service, we developed deep neural network models tailored for build-up, rural, water, and forest land types detection, ensuring minimal user input for maximal output efficiency. […]
About the Pilot-Demonstration Project in Finance
Flycom Technologies in collaboration with consortium partners Irnas and C-Astral, has secured co-financing for the implementation of the pilot-demonstration project, LIFT Forest – eVTOL AI aimed at forest biomass analysis.
LIFT Sentinel – LIFT Sentinel AI Terrain Detector
In the framework of the AI4Copernicus open call, we have secured funding for the development of a micro-project, LIFT Sentinel – LIFT Sentinel AI Terrain Detector.
Flycom Technologies, Irnas, and C-Astral Secure Funding for Pilot-Demonstration Project
SPIRIT Slovenia, the public agency, received a total of 60 consortium applications in response to the call, but only approved funding for 21 projects. Among them is our project, LIFT Forest – eVTOL AI, aimed at forest biomass analysis.
Integration of 3D city models and BIM: GeoBIM
As part of the MSGeo Working Group training, of which we are a part, we attended a two-week workshop on the integration of BIM and GIS organised by EuroSDR.
Aerial images of flood-affected areas accessible via GeoHub-SI
In early August, devastating floods struck Slovenia, significantly altering the landscape of several regions in the country. In an effort to provide transparency and assist in damage assessment, Flycom Technologies conducted aerial laser and photogrammetric surveys of the affected areas.
Aerial imagery of flooded areas is key to determining the extent of damage and changes in the land surface
Aerial footage of flood-affected areas we captured 7. and 8 August 2023 are key to determining the damage caused and the extent of changes in landscape.
