Rockfall is one of the most dangerous natural phenomena, capable of causing serious damage to structures, infrastructure, and populations. Traditional rockfall analysis models often ignore the fragmentation of blocks along the slope, reducing the accuracy of predictions. RockFRAG introduces an innovative probabilistic approach, calibrated on experimental and field data, that takes into account rock mass conditions and block shape to simulate trajectories and fragmentation, supporting risk analyses and the design of protection structures.
Reference for the technical features:
https://www.knowledge-share.eu/en/software/rockfra

Rockfall is a significant hazard in mountainous areas, impacting infrastructure and settlements. Rockfall barriers are essential for mitigation, but their design often relies on non-site-specific partial safety factors, making it difficult to assign a unique failure probability. Rockstop overcomes these limitations by analyzing site-specific volume-return period combinations and trajectory analysis results, defining design parameters consistent with the desired residual risk.
Reference for the technical features: 
https://www.knowledge-share.eu/en/software/rockstop

Rockfall barriers are essential for public safety in landslide-prone areas, but their management requires precision, timeliness, and an integrated view of the territory. Visual inspections often fail to ensure uniform data collection, making maintenance planning complex. Furthermore, the lack of a centralized system limits comparative analysis and risk management. RockBarrier Control revolutionizes field surveying: (i) it standardizes, supports, and expedites inspection activities; (ii) it standardizes the assessment of the state of conservation; (iii) it integrates barrier management with the territory, facilitating strategic planning.
Reference for the technical features: 
https://www.knowledge-share.eu/en/software/rockbarrier-control