WYND Sentry is the most accurate solution for recreational smoke, and the only device that can detect cigarette, marijuana, and vape.
WYND Sentry is the only smoke sensor solution that comprehensively detects all forms of recreational smoke: cigarette, marijuana, and vape. With our advanced technology, rest easy knowing your property is protected against the potential risks associated with smoking.
Our proprietary technology distinguishes vape smoke from cigarette and marijuana smoke, empowering you with the flexibility to address smoking severity according to your preferences.
WYND Sentry offers optional indoor noise monitoring, allowing users to tailor their monitoring preferences for complete coverage. With real-time alerts, users can promptly address disruptive noise, promoting a healthy environment.
Be instantly informed with alerts upon smoke detection, empowering you to take swift action and safeguard your property effectively, ensuring peace of mind for you and your occupants.
Experience unrivaled accuracy with WYND Sentry's proprietary solution, boasting 99% precision in smoking detection and minimal false alarms. Powered by advanced AI, our technology distinguishes real threats from everyday occurrences.
Enjoy seamless peace of mind with WYND Sentry: hassle-free operation and no ongoing maintenance mean you can focus on what truly matters – protecting your property and occupants. Say goodbye to the hassle of costly filter replacements and upkeep.
One Device, Complete Protection
Instantly Detect Cigarette, Marijuana, Vape Smoke with irrefutable evidence and reporting.
Companies worldwide already trust WYND to ensure safe and healthy indoor air quality.
WYND Sentry
Elevating Your Experience
Unmatched Smoke Detection
Optional Noise Detection
Instant Alerting
False Alert Prevention - AI
No Maintenance
SmokeSignal Reports
Verified, Actionable Documentation
Experience Smoke-Free Living
Protect your properties with the industry's best recreational smoke solution.
Explore WYND Sentry’s advanced smoke and noise detection features.