EIN 33-4931923

Leveraging AI for Real-Time Environmental Protection

By leveraging AI for real-time environmental protection, we unlock faster detection, smarter response, and unparalleled scalability. AI systems can monitor vast areas continuously, recognize subtle signs of danger such as rising heat signatures, hazardous leaks, or drifting embers, and trigger automated responses before a crisis escalates. Machine learning adapts to changing conditions, improving performance over time and minimizing false alarms. Real-time data fusion from multiple sensors enables rapid, coordinated action across land, air, and water environments. This approach reduces human risk, cuts response time dramatically, and ensures that critical interventions happen precisely when and where they are needed.

With AI, environmental threats can be contained before they cause lasting harm, building a safer and more resilient future.
  • Autonomous fire risk detection and prioritization
  • Optimized drone patrol paths
  • Instant coordination between air units
  • Predictive modeling for large-scale risk scenarios

Early Detection

Advanced sensors and computer vision powered by machine learning ensure fast, accurate detection

Weather Analysis

Free from terrain limitations, drones reach their objectives with unmatched speed and precision

Intelligent Coordination

Real-time weather and fire spread analysis

Fire Suppression Using Drones

This first-response air suppression buys time for ground crews and prevents catastrophic spread.

The EmberWatch drone fleet is a first-response system designed to see what humans can't, move where vehicles won’t, and act before it's too late. Operating as a coordinated aerial network, these autonomous drones scan for embers, ignite-point heat signatures, and environmental anomalies — then deploy rapid-response foam to neutralize threats before they spread. Built to function in remote areas and harsh conditions, EmberWatch drones combine thermal vision, AI guidance, and mesh-network communication to offer real-time intervention without putting lives at risk.
  • Spotters patrol airspace detecting embers and spot fires before they grow
  • Interceptors respond in seconds
  • Advanced foam-based fire mitigation technology
  • Our system focuses on early containment — the critical window
  • Real-time video, thermal imaging, and air quality logs provide complete situational awareness for operators

Ember Monitoring

Drones Neutralize Stray Threats

Foam Suppressant

Advanced Fire-Suppressant Foam

Computer Vision

Multi-Stream Video Input with Ember Detection

Mesh Networking for Drones and Disaster Zones

Mesh Networking with LoRaWAN / Meshtastic

Each drone, node, and responder can relay data, making the system self-healing and highly scalable.

Conventional drone communication systems typically rely on Wi-Fi, internet, or cellular networks, which are prone to failure in disaster conditions due to infrastructure overload or physical damage. Wi-Fi offers high bandwidth but requires short-range, line-of-sight connectivity and access to stable local networks. In contrast, EmberWatch utilizes a decentralized mesh network built on LoRaWAN and Meshtastic protocols, which provide ultra-long-range, low-bandwidth communication that remains operational even when conventional infrastructure is compromised. This architecture enables robust coordination and telemetry in disaster zones, effectively mitigating the impact of degraded communication infrastructure. Our communication layer is ready for remote zones, disaster areas, and frontline environmental monitoring — wherever signal towers are gone.
  • Maintain communication
  • Drones can be tasked to autonomously take action
  • Low-bandwidth, long-range, ultra-reliable mesh network
  • Scalable and resilient in emergency scenarios

Solutions & Future Applications

What EmberWatch solves today is just the beginning.

EmberWatch is built to solve today's urgent wildfire problem — but its true value lies in what it can become. By combining modular hardware with intelligent software, the same drone infrastructure used for fire suppression today can evolve into a multi-role platform for tomorrow’s most dangerous environments. Early detection, autonomous coordination, and safe operation in places humans shouldn't go. EmberWatch is not just a fire response system. From wildfire prevention to hazardous material response, our drones can be fitted with modular payloads for:
  • Radiation and fallout mapping
  • Biological or chemical exposure assessment
  • Post-disaster reconnaissance
  • Remote environmental monitoring (air, soil, water)
  • Search and assist in unsafe zones

East Palestine

Freight Train Derailment

Disaster Response

A high-tech future will increase the prevalence of hazardous substances

Fukushima Daiichi

Nuclear Disaster