Smart Cities

Monitoring Air Quality in Outdoor Areas

CityStation is an Artificial Intelligence of Things (AIoT) platform for collecting data and controlling devices. It is an all-in-one solution designed for quick and easy installation in the public arena.

With the power of 4G and 5G connectivity, CityStation collects data from multiple sensors in real time to measure environmental conditions with precision. Its industry standard sensors measure air temperature, levels of carbon monoxide, ozone, sulfur dioxide, nitrogen dioxide, total volatile organic compounds (TVOC), particulate matter (PM2.5 and PM10), and relative humidity. It also features GPS location and elevation sensors so you can track the location of your deployed CityStation device. All these sensors come in a single, streamlined package with CityStation, so you can say goodbye to troublesome setups, separate devices, and the need for maintenance support from separate providers. For a convenient glance at all the data, our online dashboard provides you with a comprehensive overview.

CityStation uses intuitive AI models to analyze traffic data from live network video camera streams with a built-in video analytics processor. It tackles traffic congestion and air pollution by tracking behavioral patterns and equipping you with the insight to direct vehicles. Our technology is based on an NVIDIA® Jetson™ embedded system for speedy computing and advanced AI. The platform is convenient to use—all service tickets for all issues can be raised through us at SmartCow.

Hardy, powerful, and intelligent. CityStation’s rugged hardware is built to withstand rough weather. Everything is contained in an active cooling enclosure for continuous outdoor use year-round.

Meet the challenges of an urbanized world with CityStation today.


A control system for data acquisition of multiple AIoT platforms. It integrates not only IP cameras, but also weather sensors, making it suitable for use in smart cities. Besides, it also supports communication connectivities to allow easier deployment for autonomous infrastructure.