<name>Airica</name> <description>Airica provides real‑time indoor air quality monitoring using NDIR CO₂ sensors, temperature, humidity and VOC measurements to maintain healthy workplace environments. The system delivers instant feedback via light signals and a cloud‑based dashboard, enabling ventilation control, occupancy insights and infection‑risk assessment. By optimizing air quality and space utilization, Airica helps reduce sick‑
Funding
Funding not disclosed
Founders
Product
Problem
Maintaining optimal indoor air quality in offices and schools requires continuous monitoring of multiple factors, including CO2 levels, temperature, humidity, and volatile organic compounds (VOCs). Traditional methods lack real-time feedback and comprehensive data analysis, hindering effective ventilation strategies and proactive measures to reduce the risk of airborne virus transmission and improve cognitive performance.
Solution
AIRICA provides a managed service for real-time indoor air quality monitoring, combining sensor technology with data analytics to create healthier and more productive environments. The system measures CO2 levels using NDIR technology, along with temperature, humidity, and VOCs, providing immediate feedback when air quality exceeds defined thresholds. Data is transmitted via mobile network to a cloud dashboard, eliminating the need for local network integration. AIRICA also leverages machine learning algorithms to analyze room occupancy anonymously, providing insights for optimized space management and energy savings.
Target Audience
AIRICA is designed for businesses, schools, and facility managers seeking to improve indoor air quality, reduce employee sick days, optimize space utilization, and create safer environments.
Features
- Real-time monitoring of CO2, temperature, humidity, and VOCs using advanced sensor technology
- NDIR CO2 sensors with automatic weekly recalibration
- Wireless data transmission via mobile network, eliminating local network integration
- Real-time feedback via intelligent light impulses indicating when to ventilate or take a break
- Cloud-based dashboard for data visualization, reporting, and analysis of air quality trends
- Anonymized room occupancy detection using machine learning algorithms
- Integration with third-party applications via AIRICA Marketplace and API
- Alerts and notifications when air quality exceeds defined thresholds