www.wavegis.com.tw

Founded in 2004, WaveGIS's core strength has been emphasizing on its diverse ranges of software and hardware solutions. Since its inception, WaveGIS has provided M2M (Machine to Machine), IoT (Internet of Things), AIoT (Artificial Intelligence of Things) products to support customers' distributed, integrated information technology frameworks. WaveGIS has been and will be cooperating and collaborating with engineering design companies, telecom providers, as well as IoT manufacturers to continue implementing, integrating a wide range of comprehensive applications, horizontally and vertically, and emerging trends of technologies across industries to achieve the goals of Green Environments and Smart Cities.

• LPWAN Data Transmitter
  The Device has been designed to transmit IoT aggregated sensor data having low power consumption, long range transmission and smart computing capabilities based upon industrial open standard interfaces. In addition, covered by outdoor protection and durable materials plus information security verification, this Transmitter can fully operate under a hazardous environment over wired/wireless interconnected networks or cyberspace.
  
• IoT Water level sensor
  Combining with barometric pressure MEMS (microscale electro-mechanical systems) modules and low power characteristic, the sensor is suitable to monitor and measure water levels of drainage, sewer systems or inundation depths. Having high accuracy, low power consumption and lightweight, the product can be easily installed and maintained. It has the feature and functionality of acquiring real-time data from fields for further analyses, computing and modeling applications.
  
• 3-Axis Vibration Sensor
  This robust 3-axis vibration sensor with LPWAN transmitter can remotely measure and assess parameters, such as relative displacement of physical quantities or inclines of a structure. In addition, combined with the edge computing, the sensor can perform a variety of eigenvalue calculations, for example, different states of average vibration, peak and root mean square, frequency conversion as well as shocks, under low power consumption conditions. Integrated with LPWAN network, it is suitable for remote sensing of stabilities of structures. It can generate alarms/alerts under abnormal occurrences. Therefore, this on-site monitoring instrument can provide a grasp of the current statuses of monitored structures. Ultimately, the sensor can reduce installation and maintenance costs for clients and satisfy their demands.