Ratekon offers a satellite‑based monitoring platform that continuously ingests high‑resolution Earth observation data to detect ground shifts, structural settlement, and infrastructure movement. Using geospatial analytics and predictive modeling, it provides early‑warning alerts, risk scores, and visualizations through an interactive dashboard and API, helping asset owners and insurers mitigate damage before it occurs.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations that own or manage physical assets often lack timely visibility into ground shifts, structural settlement, and infrastructure movement, leading to delayed detection of risks and costly damage. Traditional monitoring methods are infrequent, labor‑intensive, and may miss early warning signs.
Solution
Ratekon provides a satellite‑based monitoring platform that continuously captures high‑resolution Earth observation data to track changes in terrain, buildings, and infrastructure. The service processes raw satellite imagery with geospatial analytics to identify emerging ground‑movement risks months before they would be detected by conventional surveys. By combining historical satellite records with current observations, Ratekon generates predictive intelligence that highlights where deformation is most likely to occur next. Users receive actionable alerts and visualizations through a web interface, enabling proactive mitigation to protect human safety and capital assets.
Target Audience
Primary customers are infrastructure owners, utilities, construction firms, and insurance providers that need early warning of ground‑related risks for their assets.
Features
- Continuous ingestion of global satellite imagery for near‑real‑time monitoring of ground and structural movement
- Automated change detection algorithms that flag settlement, subsidence, and infrastructure displacement
- Predictive modeling that leverages multi‑year historical data to forecast future deformation hotspots
- Interactive dashboards with map visualizations, risk scores, and trend analytics for specific sites
- API access for integration with existing asset‑management and GIS systems