Demo Coming Soon
BlazeAI
AI-powered wildfire risk and damage simulation for Canadian communities
Demo Coming Soon
BlazeAI
AI-powered wildfire risk and damage simulation for Canadian communities
Demo Coming Soon
BlazeAI
AI-powered wildfire risk and damage simulation for Canadian communities
In 2023 alone, wildfires burned over 18 million hectares of land — the worst wildfire season in Canadian history. These fires threaten lives, destroy wildlife habitats, damage air quality, and cost billions in disaster response.
About Us
We're a research-led team combining AI and environmental data to help Canada stay ahead of wildfire threats.
About Us
We're a research-led team combining AI and environmental data to help Canada stay ahead of wildfire threats.
Who We Are
We're a research-led team combining AI and environmental data to help Canada stay ahead of wildfire threats.
Problem
The Challenge
Wildfires are becoming increasingly frequent, intense, and destructive across Canada. In 2023 alone, over 18 million hectares were burned—the worst fire season in the country's history. Climate change is making conditions drier, hotter, and more dangerous. Yet, many communities still lack the tools to predict and prepare for wildfires before disaster strikes.
The Solution
As wildfires grow more frequent and destructive in Canada due to climate change, communities, responders, and policymakers lack timely and predictive tools to prepare for these disasters. We aim to develop an AI system that predicts wildfire likelihood using real-time weather data and satellite imagery, helping identify high-risk zones before fires ignite. By simulating post-fire weather conditions and environmental damage, our model empowers stakeholders to visualize consequences and take proactive action. This project seeks to bridge the gap between raw environmental data and accessible, predictive insight for wildfire mitigation.
Problem
The Challenge
Wildfires are becoming increasingly frequent, intense, and destructive across Canada. In 2023 alone, over 18 million hectares were burned—the worst fire season in the country's history. Climate change is making conditions drier, hotter, and more dangerous. Yet, many communities still lack the tools to predict and prepare for wildfires before disaster strikes.
The Solution
As wildfires grow more frequent and destructive in Canada due to climate change, communities, responders, and policymakers lack timely and predictive tools to prepare for these disasters. We aim to develop an AI system that predicts wildfire likelihood using real-time weather data and satellite imagery, helping identify high-risk zones before fires ignite. By simulating post-fire weather conditions and environmental damage, our model empowers stakeholders to visualize consequences and take proactive action. This project seeks to bridge the gap between raw environmental data and accessible, predictive insight for wildfire mitigation.
Impact
The Challenge
Wildfires are becoming increasingly frequent, intense, and destructive across Canada. In 2023 alone, over 18 million hectares were burned—the worst fire season in the country's history. Climate change is making conditions drier, hotter, and more dangerous. Yet, many communities still lack the tools to predict and prepare for wildfires before disaster strikes.
The Solution
As wildfires grow more frequent and destructive in Canada due to climate change, communities, responders, and policymakers lack timely and predictive tools to prepare for these disasters. We aim to develop an AI system that predicts wildfire likelihood using real-time weather data and satellite imagery, helping identify high-risk zones before fires ignite. By simulating post-fire weather conditions and environmental damage, our model empowers stakeholders to visualize consequences and take proactive action. This project seeks to bridge the gap between raw environmental data and accessible, predictive insight for wildfire mitigation.
Benefits
Why Choose Us?
We combine cutting-edge AI with real-time satellite and weather data to deliver accurate wildfire predictions before disaster strikes. Our mission-driven approach puts safety, science, and community impact first.
Fast, Smart, Fire Risk Alert
Receive information at the tips of your finger through our app
Visualize the Future. Act Now.
See actionable insights that can help cities and residence prepare in advance
We are changing the approach to wildfires.
Predict Before It Ignites
AI Built for Real-World Impact
Trusted by Dyne Research
Blog
Intelligent wildfire forecasting for a safer tomorrow
Blog
Intelligent wildfire forecasting for a safer tomorrow
Blog
Intelligent wildfire forecasting for a safer tomorrow
FAQ
Frequently asked questions
Frequently Asked Questions
Here is more about our product and the services we provide
Want to know more about BlazeAI's impact?
How does BlazeAI predict wildfires?
Our model analyzes live weather patterns (like temperature, wind, and humidity) and satellite images of vegetation and land conditions. It then calculates the likelihood of a wildfire occurring in a specific region and timeframe.
What makes BlazeAI different from other fire tracking tools?
Unlike traditional fire maps that show current fires, BlazeAI predicts future fire risk and simulates possible damage—giving people time to prepare before a fire starts.
Who can benefit from BlazeAI?
Emergency services, local governments, environmental agencies, and at-risk communities can all use BlazeAI to plan ahead, allocate resources, and stay safe.
Is BlazeAI currently available to the public?
We're currently in development, and plan to launch in August 2025.
How accurate is BlazeAI?
We are actively testing BlazeAI against historical fire data to improve its accuracy. Our goal is to continually refine the model with real-world feedback.
How does BlazeAI predict wildfires?
Our model analyzes live weather patterns (like temperature, wind, and humidity) and satellite images of vegetation and land conditions. It then calculates the likelihood of a wildfire occurring in a specific region and timeframe.
What makes BlazeAI different from other fire tracking tools?
Unlike traditional fire maps that show current fires, BlazeAI predicts future fire risk and simulates possible damage—giving people time to prepare before a fire starts.
Who can benefit from BlazeAI?
Emergency services, local governments, environmental agencies, and at-risk communities can all use BlazeAI to plan ahead, allocate resources, and stay safe.
Is BlazeAI currently available to the public?
We're currently in development, and plan to launch in August 2025.
How accurate is BlazeAI?
We are actively testing BlazeAI against historical fire data to improve its accuracy. Our goal is to continually refine the model with real-world feedback.
How does BlazeAI predict wildfires?
Our model analyzes live weather patterns (like temperature, wind, and humidity) and satellite images of vegetation and land conditions. It then calculates the likelihood of a wildfire occurring in a specific region and timeframe.
What makes BlazeAI different from other fire tracking tools?
Unlike traditional fire maps that show current fires, BlazeAI predicts future fire risk and simulates possible damage—giving people time to prepare before a fire starts.
Who can benefit from BlazeAI?
Emergency services, local governments, environmental agencies, and at-risk communities can all use BlazeAI to plan ahead, allocate resources, and stay safe.
Is BlazeAI currently available to the public?
We're currently in development, and plan to launch in August 2025.
How accurate is BlazeAI?
We are actively testing BlazeAI against historical fire data to improve its accuracy. Our goal is to continually refine the model with real-world feedback.
Want to learn more or collaborate with us?
Schedule a 15-minute introductory call to explore how our AI-powered wildfire system can support your community, agency, or initiative
Want to learn more or collaborate with us?
Schedule a 15-minute introductory call to explore how our AI-powered wildfire system can support your community, agency, or initiative
Want to learn more or collaborate with us?
Schedule a 15-minute introductory call to explore how our AI-powered wildfire system can support your community, agency, or initiative