Explore Encortec’s end-to-end industrial IoT monitoring platform: energy harvesting, wireless sensing, long-range communication, secure cloud storage and analysis, and SaaS remote monitoring.
Self-powered, fit-and-forget monitoring for rail infrastructure and vibration-powered monitoring for industrial rotating assets.
Browse Encortec-Rail and Encortec-Industry devices and capabilities.
Encortec delivers a complete, end-to-end platform—self-powered sensing hardware, long-range connectivity, and a SaaS cloud monitoring layer— designed for 24/7, scalable, “fit-and-forget” deployment.
Our smart rail track monitoring platform features watt-level energy harvesting, ultra-low-power management, long-range mobile communication (no need for specific gateways), integrated multi-sensor capability, and a SaaS cloud platform for continuous monitoring.
Encortec’s approach targets real-world deployment constraints—helping remove the cost, safety, and carbon challenges of batteries, cabling, and frequent track access.
Designed for continuous monitoring in rail and critical assets.
Temperature / flooding / vibration / return current.
Self-location and self-diagnosis to reduce manual interventions.
We have a completed integrated system from self-powered wireless sensor measurement, data transmission, cloud data storage and analysis, and SaaS cloud platform remote monitoring.
In addition to electrified tracks, there is a huge demand for grid monitoring.
Our solution removes the cost, safety, and carbon emission challenges associated with batteries, cabling, and frequent access, enabling self-sustained, fit-and-forget, large-scale rollout of rail track monitoring across thousands of kilometres of track worldwide.
For electrified rail environments where trackside power is costly or impractical. Designed for scalable deployment with minimal ongoing maintenance.
Fit-and-forget monitoring for critical assets where routine battery replacement and site access are expensive, risky, or disruptive.
Fleet dashboards, alerts, and analytics—supporting predictive and preventative maintenance workflows across large networks.
Tell us your environment (rail, industry, water, telecoms) and deployment scale. We’ll help map sensing requirements, power availability, and cloud monitoring workflows.
Self-powered monitoring system collects the electromagnetic energy around the electrified rail.
Self-powered rail track monitoring system that harvests usable energy to power wireless sensors.
Show the track vibration measured by our device as the train passes.
Real deployments that validate sensing accuracy, installation practicality, and fit‑and‑forget performance.
Vibration energy‑powered monitoring device. This is a proven technology that works (e.g., 23 kW water pump station and 250 kW compressed air generator of Babcock).
FHF4 150‑250300 • 23.3 kW
The technology is proven in a water pump station.
The technology is proven in an air compressor.
