Fybra develops IoT sensors that optimize indoor air quality and energy efficiency by controlling heating and ventilation systems based on real-time environmental data. The technology addresses energy waste in enclosed spaces, which can reach up to 45% due to improper heating and ventilation practices.
Funding
Funding not disclosed
Founders
Product
Problem
Inefficient heating and ventilation practices in enclosed spaces lead to significant energy waste, with estimates reaching up to 45% in public spaces like schools, hospitals, and offices. Improper ventilation, such as incorrect window operation, can further exacerbate energy waste.
Solution
Fybra offers a suite of IoT devices and software solutions designed to optimize indoor air quality and energy efficiency by intelligently controlling heating and ventilation systems. The system uses patented technology to monitor environmental conditions in real-time and automatically adjust radiator output and ventilation based on actual needs. By integrating with both mechanical ventilation systems and traditional windows and radiators, Fybra ensures optimal air quality and minimizes energy consumption. Data is accessible through a cloud-based platform, providing users with insights and control over their indoor environment.
Target Audience
Fybra targets schools, hospitals, offices, and homeowners seeking to improve indoor air quality, reduce energy consumption, and create healthier environments.
Features
- IoT sensors that monitor indoor air quality, temperature, and other environmental factors
- Intelligent thermostatic radiator valves that automatically adjust heat output based on real-time conditions
- Integration with mechanical ventilation systems for optimized air exchange
- Cloud-based platform for data monitoring, analysis, and reporting
- Predictive algorithms that adapt to individual environments and improve over time
- Mobile app for remote control and monitoring
- Options tailored for home, school, and commercial spaces