Access real-time insights from your existing camera feeds to optimize spaces, manage assets, and enhance customer experiences.
Get StartedEasily connect your existing IP cameras to Fyma’s platform without the need for new hardware. Our system supports a wide range of codecs and streaming formats for seamless integration.
Define specific areas of interest and create virtual sensors that monitor and count movement, occupancy, and more. Tailor the system to your environment for precise data tracking.
Start receiving real-time analytics, from footfall and traffic patterns to occupancy rates. Visualize data with live heat maps, customized dashboards, and detailed reports.
Measuring footfall in a commercial real estate (CRE) setting is crucial for maximizing operational efficiency and profitability. By tracking footfall at shopping mall entrances, you can monitor overall visitor flow, while retailer-specific traffic insights help identify high-performing stores.
Boost sales by using footfall data to optimize store layouts and marketing strategies.
Monitoring occupancy in office buildings is key to optimizing space utilization. By tracking real-time occupancy data, you can ensure that office space is used effectively and adjust energy management based on actual demand. This data-driven approach allows you to maximize resource allocation, improve workplace comfort, and reduce operational costs.
Enhance productivity by efficiently managing space and resources.
Maximize ROI by leveraging foot traffic comparisons to align store rental prices with actual customer flow and sales potential. By analyzing real-time traffic data, you can make informed decisions on rental rates that reflect the true value of each location.
This data-driven strategy ensures optimal pricing, enhances tenant satisfaction, and boosts profitability by aligning rent with store performance.
Let us know and we'll help you unlock the full potential of your already existing camera feeds.
Method and system for gathering information of an object moving in an area of interest
US11727580B2
VIEW the patent