SkyTL provides AI‑driven platforms that predict extreme weather impacts, helping utilities and emergency responders avoid losses and protect lives.
Funding
$3.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Utilities, emergency responders, and other critical infrastructure operators often lack timely, high‑resolution intelligence on rapidly evolving hazards such as wildfires, floods, storm surges, and water‑quality events. Delays in detection and forecasting can lead to costly asset damage, service interruptions, and loss of life.
Solution
SkyTL delivers a multi‑hazard intelligence platform that fuses sensor data, satellite imagery, UAV feeds, and physics‑based models with AI and machine learning to generate real‑time forecasts and risk visualizations. The system provides early warnings for fire spread, ember escape, and ignition potential, as well as asset‑level predictions of storm surge, rainfall, and hydrologic flows. It also monitors water‑quality parameters—turbidity, salinity, red‑tide indicators—and predicts anomalies hours before conventional systems detect them. Integrated airspace intelligence coordinates UAV operations and flags unauthorized activity, giving responders a unified situational picture. Users access risk dashboards, alerts, and decision‑support tools through a web interface, enabling proactive mitigation, optimized resource deployment, and faster protective actions.
Target Audience
Primary customers are utilities, municipal emergency management agencies, and public safety organizations that need precise, actionable intelligence for wildfire, flood, storm surge, and water‑quality risk management.
Features
- AI‑driven forecasting of wildfire behavior, including spread, ember trajectories, and ignition hotspots
- Asset‑level storm surge and flood modeling that combines real‑time sensor data with physics‑based simulations
- Predictive water‑quality analytics that anticipate turbidity spikes, salinity changes, and red‑tide events up to two hours in advance
- Unified UAV mission management and real‑time airspace intelligence for coordinated aerial operations
- Interactive risk dashboards with real‑time alerts, scenario “what‑if” simulations, and customizable visualizations
- Cloud‑based data integration from satellites, drones, ground sensors, and third‑party feeds for comprehensive hazard coverage