AI-based smoke and fire detection
Detect fires before traditional detectors react
AI-based smoke and fire detection visually identifies fire incidents in real time and intervenes where conventional smoke and heat detectors reach their technical limits.
Benefit from a fully integrated intelligent security system.
In private kitchens, open-plan living areas, large halls, or expansive properties, conventional smoke and heat detectors are only suitable to a limited extent. Smoke detectors often react late or not at all. Heat detectors only trigger once high temperatures have already been reached or a fire has clearly developed. The central problem always remains the same: the fire is only detected once it is already advanced. AI-based smoke and fire detection visually identifies fire incidents at the earliest stage, closing the time-critical gap of traditional sensor technology.
Enhance your fire protection with AI that detects smoke and fire in real time.
Almost half of all household fires start in the kitchen. However, classic smoke detectors are only suitable to a limited extent in kitchens. They react to steam and cooking smoke in the same way as to real fire smoke. This leads to frequent false alarms, devices being switched off, and thus to a lack of protection in an emergency. Heat detectors, on the other hand, only respond at high temperatures or rapid temperature increases. Often when a fire has already developed. The AI-supported smoke and fire detection with Vaidio starts much earlier. It detects open flames as soon as they appear. As a result, false alarms are drastically reduced and critical situations are recognized much earlier.
Secure your property with AI-based smoke and fire detection in outdoor areas
Even in outdoor areas such as terraces, gardens, courtyards, or outdoor kitchens, AI reliably detects open flames and atypical smoke developments. Especially where conventional fire detectors cannot be used, visual analysis provides a decisive security advantage. This makes it possible to detect fires that would otherwise go unnoticed, for example due to fire pits, electrical defects, or fire development on façades and adjacent building structures.
We make the extraordinary real.