FireFyto provides AI‑driven wildfire protection for homeowners by monitoring real‑time sensor data around a property and using machine‑learning models trained on decades of fire data to assess risk. When danger is detected, its patented sprinkler system automatically activates, delivering a rapid water burst that can drench a structure within 45 seconds and maintain coverage for hours, even if occupants have evacuated.
Funding
Funding not disclosed
Founders
Product
Problem
Homeowners in wildfire‑prone regions face the risk of rapid fire spread that can reach structures faster than traditional fire‑fighting resources can respond, often leaving insufficient time to protect property after evacuation.
Solution
FireFyto offers an AI‑driven wildfire defense system that continuously monitors sensor data placed around a residence to detect approaching fire conditions. Machine‑learning models, trained on decades of wildfire history, evaluate risk in real time and automatically trigger a patented sprinkler network when a threat is identified. The sprinklers deliver large 4 mm droplets in an umbrella‑shaped pattern, fully drenching the structure within 45 seconds and maintaining coverage for hours, while adapting to wind, weather, and fire path. The system operates autonomously with low power requirements, providing ongoing protection even when occupants have evacuated.
Target Audience
Primary customers are homeowners and property owners in high‑fire‑risk areas seeking an automated, always‑on protection solution for their residences.
Features
- Real‑time sensor array around the property that captures environmental signals indicative of wildfire proximity
- Multiple AI models that assess fire risk continuously, leveraging historical wildfire data for accurate predictions
- Automated activation of a patented sprinkler system that delivers large droplets to minimize evaporation
- Umbrella‑shaped spray pattern ensures uniform coverage and rapid drenching of the structure in 45 seconds
- Sprinkler operation sustains water coverage for hours, adjusting flow based on wind and weather conditions
- Low‑pressure system (under 29 PSI) with modest water usage (192 gallons per hour) for efficient operation