• SATELLITE IMAGERY & BIG DATA COMBINED • TAILOR YOUR RISK SELECTION
• GLOBAL RISK AGGREGATION • REAL TIME ASSET TRACKING
• RAPID PRE/POST LOSS ASSESSMENT • ESG TOOLS • COMPLEMENTS MODELLING
The platform has a powerful feature that automates the region monitoring process. The user can ‘ask’ the system where areas of high activity are present across the globe. The system can assist in providing valuable information in the initial selection and validation of wind energy sites.
The platform is a versatile system that has the ability to ingest various sources such as AIS (Automatic Identification System), SAR (Synthetic Aperture Radar), EO (Earth Observation), optical satellite imagery, VMS (Vessel Monitoring System), and RFM (Radio Frequency Monitoring), ensuring an accurate and complete representation of exposure on ground.
The platform acts as a central repository for assets data and moving assets’ historical tracks. The system is designed to allow users to make informed decisions based on facts, backed up by significant amounts of data and complex aggregation analysis. By investigating vessel movements and usage in a specific area of interest, the users can understand behavioural patterns and identify trends. This provides them with the ability to compare and benchmark on a global basis, allowing them to easily identify areas of potential interest for future assets deployment, using a graphical and visual representation of data such as Heat Maps. This representation allows users to better visualise the volume of items, such as fishing vessels, in the defined region of interest.
Figure 1 – Kherson International Airport on February 28th
Figure 2 – Kherson International Airport on March 15th
Figure 3 – Kherson International Airport on March 24th
The platform integrates severe weather events and other catastrophes datasets and information to provide pre and post-event analysis capabilities. The system provides near real-time ‘ground truth’ using a range of sources, including the latest satellite Earth Observation imagery, allowing users to monitor and track assets that are affected by the event, as this unfolds.
Visible and radar (SAR) satellite data are tasked pre and post-event, providing data for the system for automatic detection and identification of changes associated with the catastrophe. This functionality allows users to efficiently receive information about the status of their assets in the immediate aftermath of the event, empowering them to make informed decisions.