ENLITEON EDGE is a powerful 3D people counting software that transforms any consumer or industrial 3D camera in a people tracker/counter
- 3D Technology agnostic, platform-independent, vendor-neutral
- Bi-directional passage counting
- Measures dwell time in a user-definable zone
- Up to 30 fps tracking with high accuracy (3D camera dependent)
- Unified Local and Cloud API
- Fully preserves personal privacy
Why choosing ENLITEON EDGE?
Our 3D people counting software works short and long-range, indoor and outdoor allowing configuration of arbitrary size and shape of the counting area. ENLITEON EDGE measures the direction of movement, speed, presence, and dwell time.
ENLITEON EDGE has been ported to many hardware platforms and is available as a software license. Our software handles the differences among the various sensor technologies and brands, freeing your developers from hardware dependencies and speeding up development time.
Our 3D people counting software can differentiate persons from animals, shopping carts, luggage, etc. Nearby people are detected and counted separately: a useful feature in case of crowded situations or piggy-backing attempts.
A comprehensive and powerful API allows seamless network integration in mobile apps and third-party supervisory systems. ENLITEON software creates a layer of abstraction accessible by MQTT and RESTful API, allowing integrators a quick development of applications portable on multiple hardware platforms while minimizing time-to-market.
Support for multiple cloud platforms makes ENLITEON EDGE an intrinsically scalable solution, allowing the design of systems capable of seamlessly growing in size and geography.
We help our business partners minimize their time-to-market, with our design and support services available upon request. Our design and support services available upon request, offering assistance in implementing our software on multiple hardware and software platforms of our partners’ branded products.
In times of continuous technological evolution, platform independence protects investment during the entire product life cycle, reducing production and development costs while preserving precious backward compatibility.