Autonomous Fire Prevention That Stops Fires Before They Start
ACEDES sets a new benchmark in industrial fire safety with a system (FalconEx™) that detects and neutralizes hotspots before ignition – completely without human involvement. Built to protect your operations 24/7.
- What We Do
Industrial Fire Protection Reimagined
Unlike conventional systems that react after fires start, the ACEDES FalconEx™ solution acts independently – scanning, detecting, targeting, and cooling in real time. Our intelligent infrared-based detection and cooling system saves valuable time and is crucial in stopping fast-spreading fires before they start.
Advanced infrared and video monitors scan continuously – even in dust or darkness – and locate heat anomalies in 3D, enabling automatic targeting and precision cooling before temperatures reach ignition point.
- Key Benefits
Why ACEDES Protects What Matters Most
Autonomous 24/7 Protection
The FalconEx™ system works independently around the clock – scanning, detecting, targeting, and cooling automatically. While operators can take manual control at any time, ACEDES never sleeps, never misses a shift, and never delays response.
Enhanced Safety
Detect and neutralize heat risks before ignition occurs. Our autonomous system eliminates the critical gap between fire start and human response, protecting your workforce and facility investments.
Minimized Downtime
Because we prevent fires rather than fight them, your operations experience minimal disruption. Lower water usage and targeted cooling mean faster recovery and reduced operational impact compared to traditional suppression systems.
Regulatory Compliance
Stay ahead of fire safety regulations with proven early detection technology. ACEDES helps you maintain compliance while demonstrating proactive risk management to insurers and regulatory bodies.
- How It Works
Intelligent Detection. Instant Action.
- Step 1
Continuous Scanning
Infrared and visual detectors monitor your facility 24/7 – even in dust, darkness, or challenging conditions – detecting heat anomalies in 3D space.
- Step 2
Smart Analysis
Advanced algorithms identify genuine thermal threats while filtering out false positives from environmental factors.
- Step 3
Automatic Targeting
The system instantly aims the fire monitor at the precise location of the hotspot.
- Step 4
Precision Cooling
Targeted water application neutralizes the heat risk before ignition – using minimal water and causing minimal disruption.
- Industry Applications
Protecting High-Risk Facilities Across North America
Material recovery facilities and waste processing centers where lithium-ion batteries, gas canisters and combustible materials create constant fire risks.
Material handling facilities where unsorted and/or unknown waste composition creates unpredictable fire hazards.
Production facilities where dust, heat, and organic materials demand vigilant fire prevention in both indoor and outdoor environments.
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