Prevent the Destruction!
exci’s Advanced AI Detects Bushfires Automatically Within Minutes in Real-Time
AI Wildfire Detection: The Key to Disaster Prevention
Early
Wildfire
Detection
exci AI detects wildfires & bushfires in minutes
exci’s Australian-made AI detects wildfires within minutes by analysing live camera and satellite imagery with advanced deep learning. The system delivers fast, accurate alerts even for small, early-stage fires while maintaining a near-zero false positive rate.
In wildfire management, every second matters. Faster detection gives firefighters the chance to respond before a small ignition becomes a destructive, high-cost event.
Proven at scale, exci safeguards over 40 million acres of forests, plantations, and critical infrastructure. Our real-time platform empowers communities, businesses, and emergency services with live view and full control over cameras when needed, helping protect lives, property, and ecosystems before bushfires spiral out of control.
Australia’s Sovereign AI for Bushfire Detection
Proven AI Technology – Trusted Nationwide
Over 200,000 Wildfires Detected — and Counting
The problem we are solving
Over the past decade, the world has faced some of the most devastating wildfires in recorded history. Climate change is fueling hotter, drier conditions, making bushfires more frequent, longer-lasting, and more intense.
The impact extends far beyond the flames. Wildfires devastate economies, communities, and ecosystems. Even towns untouched by fire suffer—tourism declines, businesses struggle, and supply chains are disrupted.
While bushfires have always posed a threat, proactive wildfire management can significantly reduce their severity. The key? Early detection and rapid response. Spotting a fire faster dramatically improves the chance of stopping it before it becomes uncontrollable.
Yet, traditional wildfire detection methods rely on the human eye, often delaying response times.
exci delivers an unmatched, AI-driven solution to this global crisis—detecting wildfires within minutes. By enabling faster action, we help firefighters protect lives, property, and nature before disaster strikes.
Detecting fires as early as a minute after they start
Building Resilient Communities
Bushfires expose the need for whole-system resilience — when one system fails, the entire network becomes vulnerable. Many communities are already underprepared for intensifying wildfire threats, struggling to adapt to the increasing scale of destruction.
A critical pillar of community resilience is an effective early warning system. Rapid detection enables faster response and initial attack procedures, giving firefighting crews the upper hand in controlling fires before they spread.
exci’s AI-powered bushfire detection system strengthens community resilience by significantly reducing the social, environmental, and economic impact of wildfires. Early detection means better preparedness, faster response, and greater protection for lives, property, and ecosystems.
Protecting valuable assets
Wildfires have devastating impacts within and between infrastructure systems, emphasising the immense vulnerability of the connected systems that could lead to a system collapse.
For example, the loss of power has a direct impact on the communications sector. The impact of damaged infrastructure extends to industries such as farming and tourism. Loss of farmland affects food security. Destroyed forestry has a devastating impact on timber production. The cost of bushfires has a tremendous impact on the financial stability of the insurance industry. The affected communities have been significantly impacted by all those losses.
One key predictor of whether a fire will become large and devastating is the time between ignition and the first attack response.
This means, early detection of a bushfire may prevent a total system collapse and in turn improve the resilience of our communities.
Even small fires are automatically detected within minutes after ignition with a near-zero rate of false positives
exci's AI detects wildfires automatically within minutes after ignition using camera and satellite data analysed by powerful deep machine learning algorithms
exci has successfully demonstrated its capabilities through large-scale deployments in California and in Australia.
exci has limitless scalability without negative consequences on the accuracy or speed of detections.
exci removes the need for dedicated staff to monitor individual camera feeds.
From Wildfire Detection to Operational Intelligence
Wildfire management has evolved from fire lookout towers and camera networks to AI wildfire detection and operational intelligence. Each generation has improved how organisations detect,
Why experts disagree about logging and bushfires
Summary Experts disagree about logging and bushfire risk because bushfire behaviour is influenced by multiple interacting factors, including weather, drought, fuel conditions, vegetation structure, and