EIVIE develops autonomous VTOL drones equipped with advanced fire detection sensors and onboard firefighting systems to identify and suppress wildfires rapidly. The platform integrates real‑time imaging and AI analytics, enabling faster response times and reducing damage to communities and ecosystems.
Funding
Funding not disclosed
Founders
Product
Problem
Wildfires can spread rapidly across remote or rugged terrain, and traditional detection relies on ground observers or satellite imagery that may delay identification. Limited availability of piloted aerial assets further slows initial attack, increasing damage to communities and ecosystems.
Solution
EIVIE offers autonomous vertical‑takeoff‑and‑landing (VTOL) drones that combine advanced fire‑detection sensors with an onboard firefighting payload. The drones continuously capture multi‑spectral imagery and run AI analytics onboard to locate and classify hotspots in real time. Upon detection, the system autonomously navigates to the fire source and deploys extinguishing agents, delivering immediate suppression without waiting for human pilots. VTOL capability enables launch from compact bases and rapid redeployment across large fire‑prone areas. All flight data, fire maps, and performance metrics are streamed to a ground‑station dashboard for situational awareness and coordinated response. The solution operates continuously, providing both early warning and direct attack capabilities to reduce fire growth and associated losses.
Target Audience
Primary customers are governmental fire‑management agencies, forestry services, and emergency‑response organizations that require rapid detection and immediate aerial suppression of wildfires.
Features
- Fully autonomous VTOL flight control with GPS/RTK navigation for precise positioning over fire zones
- Integrated multi‑spectral (infrared and visible) imaging suite for early hotspot detection
- Onboard AI engine that processes imagery in real time to classify fire intensity and spread direction
- Built‑in fire‑suppression payload (water, fire‑retardant, or foam) with programmable release mechanisms
- Low‑latency data link transmitting live video, fire maps, and telemetry to command‑center dashboards
- Modular payload architecture allowing customization for different fire‑fighting agents or sensor packages
- Weather‑sealed airframe designed for operation in high‑temperature, smoky, and windy conditions