Counting visitors: parks, natural sites and greenways
Monitoring the number of visitors to a natural site is essential to adapt infrastructures, justify funding and observe the evolution of uses. Today, thanks to autonomous and mobile sensors, it is possible to simply measure flows without heavy installation or technical constraints. This page explains how to effectively count visitors to your parks, gardens, natural sites and greenways, and presents you with solutions that are easy to install and move for optimal monitoring.
Get accurate data to better manage your natural site
For natural site managers—whether overseeing parks, gardens, nature reserves, or greenways—monitoring visitor flows is essential. Reliable visitor data helps you:
Demonstrate the site's appeal to institutional partners, sponsors, and public funders.
Adapt services and infrastructure based on actual visitor numbers and peak times.
Track usage trends across seasons and assess the impact of new developments.
An innovative and easy-to-install solution
Traditionally, visitor counting required heavy and expensive infrastructure. With Kiomda’s autonomous and mobile sensors, you can now monitor visitor numbers easily and without technical constraints.
Our counting solutions offer multiple benefits:
Quick installation: set up your sensor in minutes without heavy equipment, attaching it to a post or wall.
Mobile and flexible: easily move the sensors to monitor various zones over time.
Instant data access: track visitor numbers in real time through an intuitive online platform, accessible on any device.
Optimize your decisions with reliable visitor data
Accurate visitor flow data allows you to:
Manage trail maintenance based on peak traffic periods.
Adjust opening hours during high-traffic seasons.
Identify the most visited areas and plan future developments accordingly.
Watch our sensors in action
In this video, discover two real-world examples of how our rental sensors help measure seasonal visitor traffic on hiking trails and green spaces in natural environments.