FireDome develops an autonomous wildfire defense system that utilizes a mechanical launcher to deploy fire retardant capsules, creating a protective barrier against encroaching wildfires and extinguishing spot fires caused by airborne embers. This technology enables property owners to safeguard their homes and businesses from wildfire threats while minimizing the need for human intervention.
Funding
Funding not disclosed
Founders
Product
Problem
Wildfires cause extensive damage to property, ecosystems, and human health, with traditional firefighting methods often proving insufficient to contain rapidly spreading blazes and spot fires ignited by airborne embers. The increasing frequency and intensity of wildfires, exacerbated by climate change, necessitate innovative solutions for early detection and rapid response.
Solution
FireDome offers an autonomous wildfire defense system that utilizes a two-tiered approach to protect properties and communities. The system employs a mechanical launcher to rapidly deploy capsules containing eco-friendly fire retardant, creating a protective barrier against encroaching wildfires. Simultaneously, computer vision technology actively detects and extinguishes spot fires caused by airborne embers, preventing them from igniting new blazes. The system is equipped with redundancies to ensure reliable performance, and the fire retardant remains effective for weeks, providing continuous protection across diverse environmental conditions.
Target Audience
FireDome targets property owners, including vineyards, hotels, resorts, and small neighborhoods in wildfire-prone areas such as California, Oregon, Washington, Texas, Canada, Australia, and parts of Europe.
Features
- Mechanical launcher for rapid deployment of fire retardant capsules
- Capsules contain an eco-friendly, EPA-approved fire retardant that remains effective for weeks
- Computer vision technology for autonomous detection of spot fires caused by embers
- AI-powered algorithms for accurate fire detection and optimal trajectory calculation
- Biodegradable capsules with potential for sensor reuse after deployment
- System can create a protective barrier around neighborhoods, resorts, or vineyards
- Remote monitoring and control capabilities
- Off-grid, self-sufficient operation