A next-generation IoT platform designed for vertical and horizontal transport — elevators, escalators, and moving walkways. Real-time monitoring, predictive maintenance, and remote diagnostics from a single connected dashboard.
Comprehensive IoT capabilities built specifically for transport infrastructure.
Continuous live data from all connected transport units — speed, load, temperature, door status, and more, accessible from any device.
AI-driven analytics detect wear patterns and anomalies before they cause failures, reducing unplanned downtime and repair costs.
Diagnose faults remotely without on-site visits. Engineers can identify and often resolve issues directly through the cloud platform.
Automated SMS, email, and app notifications for critical events — fault codes, overloads, door obstructions, and emergency triggers.
Detailed reports on trip counts, peak usage hours, energy consumption, and performance trends to optimize operations.
Secure cloud infrastructure with end-to-end encryption. Access your entire fleet's data from anywhere via web or mobile app.
From installation to insights in minimal time.
Compact IoT sensors are fitted to existing elevator or transport hardware with minimal disruption.
Devices connect securely via Wi-Fi, 4G, or LAN to the LesIot cloud platform.
Real-time dashboards display all operational parameters across your entire fleet.
Receive alerts, schedule maintenance, and generate reports to keep systems running optimally.
Designed for a wide range of vertical and horizontal transport environments.
Monitor cabin load, door cycles, motor temperature, and trip counts in residential and commercial buildings.
Track overload events, usage patterns, and mechanical health for industrial and warehouse freight elevators.
Real-time step chain monitoring, handrail speed sync, and emergency stop event logging for escalator systems.
Continuous health monitoring for horizontal transport in airports, malls, and transit hubs.
Talk to our team about integrating LesIot into your elevator or transport system.