Outdoor monitoring

The outdoor monitoring device by AIrSynQ Systems is a rugged, weather-resistant IoT unit designed for real-time environmental and air quality monitoring in industrial and public spaces.

With its integrated AI capabilities, the system enables early detection of hazardous conditions.

Housed in a durable, sealed enclosure, it is built to withstand harsh outdoor conditions while continuously collecting data on pollutants, temperature, humidity, and gas levels.

Hospitals

Purpose:

Protect vulnerable patients, staff, and visitors by ensuring safe air quality around hospital grounds.
Support infection control through real-time tracking of airborne pollutants that may affect respiratory health.
Enhance hospital sustainability goals by providing emissions data for compliance and reporting.

Key Features:

Continuous monitoring of levels in outdoor hospital environments.
Predictive AI alerts for rising pollution, smoke, or hazardous gases.
Integration with hospital facility management systems for automated ventilation and filtration control.
Dashboard for administrators with analytics, reporting, and compliance logs.

Benefits:

Safeguards patient health, especially for those with respiratory conditions.
Creates healthier outdoor spaces for recovery and wellness.
Provides data for green hospital initiatives and regulatory compliance.
Builds trust among patients and communities through visible environmental responsibility.

Universities and schools

AIrSynQ brings AI-powered air quality monitoring to educational environments, ensuring healthier and safer spaces for students, teachers, and staff. By continuously tracking CO₂, particulate matter, VOCs, temperature, humidity, and noise levels, the system identifies poor air quality conditions that can impair cognitive performance, concentration, and wellbeing.

With predictive analytics and real-time alerts, AIrSynQ enables schools and universities to proactively manage ventilation and filtration systems, reducing risks of illness, fatigue, and long-term health impacts. The dashboard interface provides administrators with actionable insights, compliance-ready reports, and historical trends to support data-driven decisions.

Benefits include:

Enhancing student performance by reducing the impact of high CO₂ levels on concentration.
Promoting health and wellbeing, lowering absenteeism due to respiratory issues.
Supporting green campus initiatives through energy-efficient ventilation management.
Building trust with parents, staff, and students by visibly prioritizing healthy learning environments.

Types of outdoor pollutants

Outdoor pollutants include gases (CO, NOx, SO₂, O₃, VOCs, CO₂), particulate matter (PM10, PM2.5, PM1.0), heavy metals, biological agents, and physical factors such as noise and heat — all of which impact human health, the environment, and regulatory compliance.