Technology
Hardware, firmware and software design, and integration of fire prevention, detection and suppression systems.
SAKS
NFPA 96 and NFPA 17A standards
Professional kitchens are among the environments with the highest fire risk. A small oversight can endanger people, halt operations and cause enormous financial losses. SAKS changes the way these spaces are protected. It is not simply a suppression system. It is an intelligent platform that continuously monitors the kitchen, detects abnormal conditions early, identifies hazardous gases such as methane and carbon monoxide and, when necessary, acts automatically: it shuts off the gas supply, controls the appliances involved, triggers suppression and reports the event in real time, both locally and remotely. Everything is supervised from a web platform or a mobile app, letting you check the system status 24 hours a day, 365 days a year. At ASBA we believe the future of fire protection is not about reacting once the fire appears, but about anticipating the risk. SAKS was born with that mission: to protect lives, safeguard business continuity and turn fire safety into an intelligent, connected system.
- •Continuous kitchen monitoring and early detection of abnormal conditions
- •Detection of hazardous gases: methane and carbon monoxide
- •Automatic gas shut-off and control of the appliances involved
- •Automatic suppression activation
- •Real-time event notifications, both local and remote
- •24/7 supervision from the web platform and mobile app
Prevention, detection and suppression in electrical panels
In accordance with NFPA 70 and NFPA 72
Electrical panels are one of the main points of origin for fires in industrial and commercial facilities. Overheating, an electric arc or a component failure can bring an entire operation to a halt within minutes. Most traditional systems only act once the fire is already developed. At ASBA we propose a different approach: preventing, detecting and suppressing the fire at its source. We combine intelligent monitoring, ultra-early detection and automatic suppression systems designed specifically for electrical panels, capable of acting within the first seconds of the event, minimising damage, preventing fire spread and keeping operational downtime to a minimum. Our goal is not just to put out a fire. It is to protect business continuity, our clients' assets and, above all, people's lives.
AI cameras
Every minute that passes from the start of a fire can mean millions in losses and put lives at risk. AI-powered cameras represent a paradigm shift: instead of waiting for a conventional detector to sense smoke or heat, they continuously analyse the images of the environment and automatically recognise smoke, flames or anomalous behaviour from their earliest signs. The alert is generated within seconds, allowing intervention before the fire becomes an emergency. At ASBA we integrate this technology with our detection and suppression systems to deliver a complete early-prevention solution, cutting response times, minimising damage and protecting business continuity. Because when it comes to fire, detecting it a few minutes earlier can be the difference between a minor incident and a catastrophe.
Fire prevention, detection and suppression in server rooms
NFPA 70, NFPA 72, NFPA 75, NFPA 76 and NFPA 2001 standards
Lithium batteries are now at the heart of operational continuity in data centres. But they also represent one of the most complex risks: once thermal runaway begins, the fire is already very hard to control. The good news is that this process does not start with fire. It starts much earlier, with the release of characteristic gases that are imperceptible to people and that conventional smoke or temperature detectors cannot identify in time. At ASBA we deploy the technology to detect those gas emissions at their earliest stages, making it possible to act before thermal runaway occurs. This provides valuable minutes to isolate the affected battery, stop the event from spreading and protect business continuity. We do not wait for smoke or flames to appear. We detect the problem while it is still preventable. Because in a data centre, protecting the batteries means protecting the company's entire operation.