Ambient Quality Monitoring
Providing accurate, real-time insights for environmental monitoring
The ambient environment is a constant source of information. IoT smart sensors can monitor this information, measure environmental parameters, and detect changes in data. The insights they gather then help to create a safer and healthier world . These ambient sensors collect data about air quality, temperature, humidity, and atmospheric gases. Such data can be used, for example, in smart cities, waste management, farming or industrial settings, or to stay on top of environmental compliance.
Real-time ambient data
The combination of IoT sensors with remote connectivity and edge AI software supports rapid detection, reporting, and remediation based on environmental monitoring. The gathered data helps to control water flows, detect leaks, monitor air quality, and track ambient conditions in real time.
Cloud infrastructures and dashboard visualization aggregate such data remotely; showing trends, ideal conditions, and anomalies. Data-driven actions become possible to support a healthier environment through the sustainable use of technology.
Intelligence at the edge
Sensor fusion software and edge AI allow data processing in real-time at the sensing node, thus reducing latency, power consumption and connectivity usage. This approach enables customization of feedback, interactions, and functionalities with maximum efficiency. Intelligent, low-power, wireless sensors play a central role in safeguarding our planet. They enable a sustainable deployment of large-scale sensor networks with clear advantages in resource preservation and optimization.
Case Study
Take a look at our case studies based on your research or business needs. Learn more about how our smart sensing solutions have helped our customers achieve their goals and revolutionize their industry.
Environmental Sensing and IoT Connectivity for a Greener World
Vitesy is synonymous with beautiful designs that complement any space while maintaining their ecofriendly status. Using 221e’s ambient quality sensors, the resulting devices are able to provide real-time feedback to users on their ambient quality and the filter efficiency. Thanks to the connected sensors, data is displayed on the Vitesy Hub app, which allows users to monitor their performance and adjust the settings as needed.
Smart Solutions for Cleaner Indoor Air
The air we breathe directly impacts our health, yet pollutants and allergens often go unnoticed. By detecting harmful particles, gases, and humidity levels, these sensors allow users to create healthier indoor and outdoor environments. This applies to our homes, workplaces, or public spaces. Monitoring air quality has never been more accessible or essential.
Real-Time Air Quality Analysis
Environmental monitoring sensors provide continuous monitoring of key indoor air quality factors such as particulate matter (PM), VOCs, CO2, and humidity. Real-time data allows for quick detection of changes in air quality, triggering timely actions like activating air purifiers or adjusting ventilation.
This helps ensure a consistently healthy indoor environment, reducing health risks for occupants and enabling proactive responses.
Smart HVAC Integration
Custom machine learning solutions integrate air quality data with HVAC systems to optimize airflow, temperature, and ventilation. Based on sensor inputs, HVAC systems adjust automatically when air quality deteriorates. For example, in case of rising CO2 levels, they increase ventilation to ensure the air remains safe and breathable for residents.This technology improves air quality and optimizes energy consumption by ensuring HVAC systems run efficiently and only when needed.
Occupancy Health Monitoring
Air quality sensors integrated with edge AI software provide valuable insights into the relationship between indoor environmental conditions, human activity, and respiratory health. By analyzing air quality in real time, these AI-driven sensors can detect factors that may negatively impact occupant well-being, such as those that trigger asthma attacks or allergic reactions. The data helps create healthier, more comfortable spaces by responding to environmental factors affecting well-being.
Early Detection of Hazards
Environmental monitoring sensors can detect existing hazards such as mold risks, gas leaks, and poor ventilation early, before they affect occupant safety.
Monitoring humidity levels can signal potential mold growth, while chemical sensors can detect harmful gases like carbon monoxide. Early alerts help address issues quickly, ensuring a safer indoor environment.
Energy-Efficient Air Quality Control
Integrating condition monitoring sensors with custom machine learning solutions enables HVAC systems to improve air quality while minimizing energy consumption. AI algorithms adjust operations based on real-time air quality, ensuring that energy is only used when necessary to make buildings more sustainable and cost-effective.
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