These advanced sensors and algorithms empower safety and awareness by precisely detecting smoke and vape particles and identifying bullying incidents.
The prevalence of vaping has risen among adolescents and young adults, but regrettably, it is now a mounting worry within educational institutions.
The utilisation of vaping gadgets like e-cigarettes in schools is prohibited and additionally endangers students’ wellbeing and security.
Preventing students from vaping requires a multi-faceted approach involving education, enforcement, and support. Here are some potential strategies:
Educate students about the dangers of vaping through health classes, school assemblies, and other educational programs. Provide them with factual information about the health risks associated with vaping and the addictive nature of nicotine. Encourage them to make informed decisions about their health and well-being.
Establish clear and consistent rules regarding vaping on school grounds and enforce them rigorously. Use disciplinary measures such as detention or suspension to discourage students from vaping. Consider implementing random locker or bag searches to deter students from bringing vaping devices to school.
Provide resources and support to students who want to quit vaping. This can include counselling, nicotine replacement therapy, or referral to community resources. Encourage students to seek help and provide a safe and supportive environment for them to do so.
Work with parents, community organisations, and local law enforcement to create a comprehensive approach to addressing vaping. This can involve public awareness campaigns, increased regulation of the sale of vaping products, and collaboration with local businesses to discourage the sale of vaping products to minors.
By using a combination of these strategies, in conjunction with the FlySense Vape Detector, schools can create a supportive and safe environment that discourages students from vaping and promotes healthy habits.
Introducing the new and improved real-time vape detector and anti-bullying solution, designed to improve the detection and deterrence of vape and bullying incidents in your organisation.
Leveraging advanced technologies and data analysis, FlySense®300 offers invaluable insight to help you effectively monitor your environment.
The SV21, which includes 4 onboard sensors and is great for managing air quality essentials like temperature, humidity and CO2 in offices, classrooms, or server closets.
The SV23, which includes 10 onboard sensors including vape, TVOC, AQI and others and is designed for vape detection and deployments in schools, offices more.
The SV25, our most advanced sensor, provides 14 unique sensor readings. With sensors to measure formaldehyde, carbon monoxide, and barometric pressure, among others, the SV25 provides a comprehensive air quality monitoring solution for indoor environments.


Introducing EoT Live, the new re-developed portal. It enhances the user experience and functionalities that allow for multiple access levels to view desired information, enhances reporting features, subscription options, ease of adding devices, and the ability to add sub-sites, to name a few.

Provides clear and intuitive feedback on its operational status based on the colour.
Detects the presence or proximity of objects in its range to alert for tampering.
Measures vibration to detect acts of vandalism or tampering.
Measures frequency, decibel level, and sound patterns to identify acts of aggression.
Designed to shield against unwanted particles and contaminants while allowing desired elements to pass through.
An internal airflow system is now an integral component that facilitates the circulation of air to enable a wider range for vape detection.
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