Cloud-based laser displacement meters, pH meters, noise meters, dust meters, flow meters, etc.
In the field of environmental pollution measurement, continuous monitoring of air and water quality is essential. In particular, it is necessary to accurately grasp fluctuations in dust, noise, pH levels, and other factors around factories and construction sites to maintain compliance with environmental standards. Traditional measurement methods often involve labor-intensive manual recording and data collection on-site, which can lead to delays in responding to anomalies. Our IoT visualization wireless analog signal input system addresses these challenges. 【Usage Scenarios】 - Air pollution measurement around factories - Noise and dust measurement at construction sites - pH value and water quality measurement of rivers and drainage - Environmental monitoring of waste disposal sites 【Benefits of Implementation】 - Improved operational efficiency through automatic recording of measurement data and remote monitoring - Reduced environmental risks through early detection of anomalies and rapid response - Implementation of effective environmental measures based on real-time data
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**Features** - Automatic measurement and recording at all times - Measurement values can be monitored in real-time from a distance - Data can be downloaded from the cloud - Centralized management of various measuring instruments **Our Strengths** Sonas is a venture company originating from the University of Tokyo, with the core technology of its uniquely developed IoT wireless system "UNISONet." UNISONet is the world's first wireless technology to successfully apply industrial use through an innovative transmission method called "simultaneous transmission flooding." We provide planning, design, manufacturing, sales, and rental of hardware, software, and services.
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Cloud-compatible measuring instruments (e.g. - Laser distance meter - Dust meter - Sound level meter - pH meter - Flow meter - Liquid level indicator, etc.)
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Sonas is a venture company originating from the University of Tokyo, with its core technology being the independently developed IoT wireless system "UNISONet." UNISONet is the world's first wireless technology to successfully apply industrial use through an innovative transmission method called "simultaneous transmission flooding." By making IoT "easy," UNISONet dramatically accelerates its social implementation, overcoming the challenges that have significantly limited its application areas. The name "Sonas" is derived from the phrase meaning "to lay the foundation." Sonas's mission is to enable various industries to benefit from IoT as a matter of course, thereby propelling society forward.


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