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Posts Tagged "#AdvancedSensors"

9Jan

UAB “Nano Sensorics” has developed a next-generation 5G high-precision sensor for monitoring Vaping gas mix from electronic cigarettes.

by Povilas
News EN

The Progress of 5G Sensors is Here!

The era of modern technologies has brought numerous innovations but also new challenges. Vaping, IQOS use, and smoking have become not only health issues but also challenges for ensuring safe environments in schools, offices, and public spaces.

UAB Nano Sensorics has taken on the challenge of creating a next-generation sensor capable of detecting not only all types of e-cigarette usage, IQOS consumption, and traditional cigarette smoking but also identifying acts of violence and aggression using the latest 5G, Internet of Things (IoT), and advanced algorithm technologies. Moreover, we aimed to develop an exceptionally cyber-secure sensor, manufactured in Western countries, to ensure user cybersecurity during these geopolitically turbulent times, as undemocratic nations pose increasing cyber and other threats to Western civilization.

We are excited to announce that UAB Nano Sensorics has achieved its goal—developing the Vapeless 5G sensor, which not only detects vaping, IQOS usage, and drug-related smoking but also identifies aggression and violence. It is fully cyber-secure, features automatic calibration, and is manufactured in Lithuania (European Union).

In collaboration with the European Union and as part of an EU project, we have developed this sensor and initiated its serial production.

Vapeless 5G: A New Generation Cyber-Secure 5G Sensor

The Vapeless 5G is designed to detect any form of vaping, IQOS usage, or smoking. More than just a detection system, it is a smart solution revolutionizing safety.

Why is Vapeless 5G an Indispensable Solution?

  1. Beyond Vaping: Detecting Aggression and Violence This advanced technology goes further—Vapeless 5G can identify acts of aggression and violence. This is particularly relevant in schools, hotels, transport vehicles, or any other places where safety is a priority.
  2. Automatic Calibration Forget complex manual calibration. Vapeless 5G features an automatic calibration system, ensuring optimal performance under all conditions.
  3. The Power of 5G Connectivity The device operates using 5G connectivity, enabling ultra-fast data transfer and real-time monitoring. This is crucial when immediate response is required.

Where Can Vapeless 5G Be Used?

  • Schools and Universities: Ensuring a safe environment for students while addressing health and safety concerns.
  • Business Centers and Offices: Maintaining productivity and security in spaces where cameras cannot be installed.
  • Shopping Centers: Reducing the risks of violence and smoking in public areas.

UAB Nano Sensorics: A Leader in Future Technologies

Vapeless 5G is the latest achievement by UAB Nano Sensorics, poised to revolutionize the market and contribute to creating a safer world. It is a perfect example of how technology can address real-world problems while meeting the highest security standards.

Invest in Safety with Vapeless 5G

For more information about Vapeless 5G and its capabilities, visit our website. Don’t wait—the future starts now!

About the Project

Project Objective:
The project, publicly announced on the EU investment website esinvesticijos.lt, aims to develop, test, and advance a highly accurate sensor for monitoring the low-intensity emissions of electronic cigarettes.

Project Description:
UAB Nano Sensorics (Company code: 305682967, Address: Elektrėnų g. 7, LT-51193 Kaunas) is conducting scientific research and experimental development in smart IoT sensors. The company’s products directly influence efficient energy resource utilization and CO2 emission reduction. These include sustainable construction industrial sensors based on advanced interfaces such as LoRaWAN and 5G.

The effects of electronic cigarettes on bystanders are uncertain and controversial, raising questions about societal health, youth perspectives on smoking, and the consequences of passive vaping. The ability to vape in areas where smoking is prohibited undermines the achievements of public health initiatives and could lead to an increase in smoking rates among youth and adults.

Through this project, we aim to develop an exceptionally precise sensor to monitor low-intensity electronic cigarette emissions. Using advanced algorithms, this sensor will detect various smoke consistencies and correlate them with intensity to enable broad-spectrum electronic cigarette detection.

Technical Specifications:

  • Parameters Measured: Vape indices, CO, CO2, VOC; Aggression level indices
  • Detection Range: Up to 3.5–4 meters
  • Integrated Algorithms: AI-based advanced computational algorithms
  • Communication Interfaces: 5G, LoRaWAN (EU, US, AU), NB-IoT optional
  • Power Supply: 5–12V DC; AA batteries for communication

Project Duration: Until 2024-12-31
Funding: Supported under the Ministry of Transport and Communications’ Development Program for 2022–2030.

Project Code: 08-006-K-0004

22Sep

Breathe Easy with CARBONLESS!

by Povilas
News EN

Did you know that high CO2 levels can drastically reduce cognitive performance, decision-making, and strategic thinking? In fact, working in a room with over 2500ppm of CO2 can make critical thinking nearly impossible!

Introducing CARBONLESS—our cutting-edge indoor sensor that monitors CO2, temperature, and humidity, using advanced AI algorithms to ensure optimal environmental conditions.

🔹 Key Features:

– LoRaWAN communication for seamless data transmission

– Over-the-air configuration and auto self-calibration

– 10-year battery life and a modern, robust design

– Real-time alerts to optimize HVAC systems, improve productivity, and reduce carbon footprints.

Let’s create healthier, more efficient spaces. 🌱 hashtag

#IoT #SmartBuildings #CO2Monitoring #GreenTech #LoRaWAN #EnergyEfficiency #AI

11Aug

“AMPSENSE” sensor is the key for energy effectivness and visability

by Povilas
News EN

In today’s world, energy efficiency is paramount. Understanding your electricity consumption patterns is crucial for optimizing costs and reducing environmental impact. This is where Nanosensorics’ Ampsense comes in.

Ampsense is a cutting-edge indoor sensor designed to provide comprehensive insights into electric current magnitude. Unlike traditional methods, Ampsense employs non-invasive split core current transformers, making installation hassle-free.

How Does Ampsense Work?

By accurately measuring electric current, Ampsense provides a detailed picture of your electric current magnitude trends. This data can be leveraged to:

  • Identify energy-intensive areas: Pinpoint areas within your facility that consume the most electricity, allowing you to focus your energy-saving efforts effectively.
  • Optimize equipment performance: Monitor the electrical load on your equipment to identify potential issues and prevent costly breakdowns.
  • Predict energy consumption: Analyze historical data to forecast future energy needs, enabling you to optimize your energy procurement and budgeting.
  • Reduce operational costs: By identifying areas for energy savings, you can significantly reduce your electricity bills.
  • Contribute to sustainability: Understanding your energy consumption is a crucial step towards reducing your carbon footprint.
  • Be ahead: Have predictive preventive maintenance of your asset with our “Ampsense”.

Who Can Benefit from Ampsense?

Ampsense is a versatile solution applicable to a wide range of industries and facilities, including:

  • Commercial buildings: Optimize energy consumption in offices, retail spaces, and other commercial establishments.
  • Public buildings: Enhance energy efficiency in schools, hospitals, and government buildings.
  • Warehouses: Monitor energy usage in storage and distribution centers.
  • Logistic facilities: Optimize energy consumption in transportation and logistics operations.
  • Industrial facilities: Improve energy efficiency in manufacturing and production processes.

By harnessing the power of Ampsense, you can unlock valuable insights into your energy consumption and take proactive steps to achieve a more sustainable and cost-effective operation.

Would you like to know more about specific use cases or how to integrate Ampsense into your facility?

Contact us today to learn how we can help you optimize your energy management!

28Jul

Revolutionary Vapeless Sensor: Detects All Types of Smoking Devices, Vapes, iQOS, THC’s and Cigarettes

by Povilas
News EN

Are you concerned about the health risks of secondhand vaping or smoking? Nanosensorics’ cutting-edge vapeless sensor is here to help! This innovative device effectively detects any type of vaping device, e-cigarette, iQOS, and even classic cigarettes.

Here’s what makes our vapeless sensor unique:

  • Unmatched Detection: Our sensor utilizes advanced laser technology to identify even the most discreet vaping devices, iQOS and standard cigarettes.
  • Enhanced Safety: Breathe easy knowing you’re protected from harmful secondhand smoke and vapors.
  • Diverse Applications: Ideal for workplaces, schools, and public spaces seeking a smoke-free environment.

Protect yourself and others from the dangers of secondhand smoke. Learn more about our vapeless sensor today!

#vaping #secondhandsmoke #indoorairquality #health #technology #nanosensorics #iQOS #e-cigarette #Electroniccigarette #THC

30Jun

NANO SENSORICS PRIORITIZES CYBERSECURITY IN VAPING SENSORS

by Povilas
News EN

Keeping Schools Smoke-Free and Secure: Why Nanosensorics Prioritizes Cybersecurity in Vaping Sensors

Vaping in schools is a growing concern, and many institutions are exploring vape sensor technology to combat it. While these sensors can be a powerful tool for detection and deterrence, there’s a crucial factor often overlooked: cybersecurity. Unsecured sensors pose significant risks that could undermine their effectiveness and expose sensitive data.

Why Cybersecurity Matters for Vaping Sensors:

  • Protecting Student Privacy: Sensor data can include location information and timestamps of vaping incidents. If not secured, this data could be breached, revealing student identities and potentially leading to disciplinary action or bullying.

  • Preventing Tampering: Unsecured sensors are vulnerable to tampering by individuals who want to disable them or manipulate the data they collect. This would render the sensors useless and hinder anti-vaping efforts.

  • Maintaining System Integrity: A cyberattack on vaping sensors could disrupt the entire system, impacting other security measures in the school.

Nanosensorics: Security as Our Top Priority

At Nanosensorics, we understand the importance of cybersecurity in educational settings. That’s why we design our vaping sensors with robust security features from the ground up:

  • Unbreakable Encryption: All data collected by our sensors is encrypted at rest and in transit, making it unreadable to unauthorized users even if intercepted.

  • Secure Communication: We utilize secure communication protocols to ensure data travels safely between sensors and the central system, eliminating opportunities for eavesdropping.

  • Multi-Factor Authentication: Access to sensor data is restricted to authorized personnel only, with multi-factor authentication adding an extra layer of security.

  • Transparency by Design: We prioritize clear communication about data collection and storage practices. Our comprehensive privacy policy outlines exactly how data is used and protected.

Nanosensorics: The Secure Choice for Vape Detection

By choosing Nanosensorics, schools can gain a powerful tool for curbing vaping while safeguarding student privacy and system integrity. Our commitment to cybersecurity ensures your investment protects both your students and your school’s technology infrastructure. Contact NanoSensors today to learn more about how our secure vaping sensor solutions can help create a healthier and safer learning environment.

11Jun

Nano Sensorics Unveils Revolutionary Vapeless IoT Sensor for E-Vaping Detection at TechEx North America 2024

by Povilas
News EN

San Francisco, CA – June 2024 – Nano Sensorics, a leader in advanced sensor technology, proudly showcased its latest innovation, the Vapeless IoT Sensor, at the prestigious TechEx North America 2024 exhibition. This cutting-edge sensor, designed specifically for electronic vaping detection, is set to revolutionize the way schools and other institutions protect their environments from the dangers of e-vaping.

Held at the bustling San Francisco Convention Center, TechEx North America is a premier event that draws technology innovators and industry leaders from around the globe. Nano Sensorics seized this opportunity to introduce the Vapeless IoT Sensor to a wide audience, emphasizing its potential to create safer, vape-free environments, particularly in educational settings.

A New Era in E-Vaping Detection

The Vapeless IoT Sensor represents a significant advancement in the fight against e-vaping in schools. Unlike traditional sensors, the Vapeless IoT Sensor utilizes advanced IoT, pattern recognition technology  to detect the presence of electronic vaping devices with unprecedented accuracy including low intensity e-vaping. This innovative approach ensures that schools can monitor and address vaping incidents promptly, maintaining a healthy and safe environment for students.

Highlights of the Vapeless IoT Sensor

  • Advanced Detection Technology: Leveraging nanotechnology, the sensor offers high sensitivity and specificity in detecting e-vaping, reducing false positives and ensuring reliable monitoring.
  • Real-Time Monitoring: The sensor provides real-time data analytics, allowing school administrators to respond swiftly to vaping incidents.
  • Seamless Integration: Designed to integrate effortlessly with existing security and monitoring systems, the Vapeless IoT Sensor offers a comprehensive solution for maintaining vape-free zones.
  • User-Friendly Interface: The sensor comes with an intuitive interface, making it easy for school staff to use and interpret the data collected.

Positive Reception at TechEx North America

Nano Sensorics’ booth was a highlight of the exhibition, drawing significant attention from attendees eager to see the Vapeless IoT Sensor in action. Live demonstrations illustrated the sensor’s effectiveness in detecting e-vaping devices, showcasing its potential to enhance school safety protocols.

The event also facilitated numerous discussions with potential partners and stakeholders, all of whom expressed strong interest in the Vapeless IoT Sensor’s capabilities. This overwhelming response underscores the growing concern over e-vaping in schools and the demand for effective solutions.

Commitment to a Vape-Free Future

Dr. Povilas Norkevicius, CEO of Nano Sensorics, delivers a keynote highlighting the company’s dedication to innovation and safety. “The introduction of the Vapeless IoT Sensor is a testament to our commitment to creating technologies that address real-world problems. E-vaping in schools is a serious issue, and we are proud to offer a solution that helps protect our children and ensure their well-being.”

Looking Ahead

As Nano Sensorics continues to innovate, the company remains focused on developing solutions that meet the needs of their partners and clients. The Vapeless IoT Sensor is a prime example of how advanced technology can be harnessed to create safer, healthier environments.

For more information about Nano Sensorics and the Vapeless IoT Sensor, visit www.nanosensorics.com and follow our updates on LinkedIn and other social media platforms.