The startup develops smart sensor technology that utilizes sensors, digital twins, machine learning, and artificial intelligence to enhance space and service efficiency in real estate. This technology provides real estate owners and managers with detailed insights into building usage patterns, improving workplace safety and productivity while reducing carbon footprints.
Funding
$470K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many organizations lack detailed, real-time insights into how their office spaces are actually used, leading to inefficient space allocation, increased operational costs, and difficulty optimizing workplace environments for employee well-being and productivity. Traditional methods of assessing space utilization are often manual, infrequent, and provide limited data granularity.
Solution
Beringar offers a building intelligence platform that provides real-time spatial analytics to optimize space utilization and improve workplace environments. The platform uses a network of smart sensors to monitor occupancy, environmental conditions (temperature, air quality, light, noise), and other key metrics. Data is aggregated and visualized through an intuitive dashboard, providing actionable insights into building usage patterns, desk availability, and environmental factors. By understanding how spaces are used, organizations can make data-driven decisions to right-size their real estate portfolio, optimize space design, reduce carbon footprint, and improve employee comfort and productivity.
Target Audience
The primary target audience includes real estate owners and managers, facilities managers, and organizations looking to optimize their office spaces, reduce operational costs, and improve employee well-being.
Features
- Occupancy sensors that measure desk occupancy down to the individual seat level
- Environmental sensors that monitor air quality, noise, light, and temperature
- Real-time spatial analytics providing insights into space utilization patterns
- Customizable dashboard for visualizing data and generating reports
- AI-powered analytics for identifying trends and predicting future space needs
- Integration with existing building management systems
- Alerts and notifications for exceeding pre-defined thresholds (e.g., poor air quality)