Landslides and Disaster Management
Proqio's landslide monitoring and disaster management system integrates advanced technologies for real-time slope stability analysis. It combines data from sensors, remote sensing, and geotechnical tools to monitor changes in ground conditions, aiding in early landslide detection and disaster response. The platform focuses on critical parameters like soil moisture, pore pressure, lateral movement patterns, and environmental factors, which are key for effectively predicting and managing landslide risks.
Core functionalities
Cross-Platform Data Integration of Diverse Data Sources
For landslide monitoring and disaster management, Proqio integrates advanced remote sensing technologies like InSAR, alongside optical and thermal imagery, to monitor land cover changes and detect soil moisture levels. It uses multispectral and hyperspectral imagery for environmental impact assessment, which is crucial in landslide-prone areas.
The platform also integrates outputs from surveying tools like UAVs and laser scanners for detailed terrain analysis, enhancing slope stability monitoring. These integrations, combined with geotechnical and environmental systems sending real-time data from IoT dataloggers along with GIS, provide a comprehensive understanding of potential landslide risks and assist in proactive disaster management strategies.
Customizable Data Visualization for Landslides and Disaster Needs
Proqio offers visualization tools like digital twins of affected areas, 3D geological maps, and interactive dashboards. These are tailored for comprehensive analysis of slope conditions and landslide risks. Customizable reports include safety protocols and risk assessment parameters, aiding in proactive management and mitigation strategies.
Data Analysis, Understanding and Predictive Intelligence
Proqio's system for landslide and slope stability monitoring provides continuous tracking of key indicators to ensure safety. It enables real-time maintenance and structural assessments, using AI and ML for early detection of potential risks. The platform's early warning systems are crucial for proactive landslide management and mitigation strategies.