ソナス List of Products and Services

In the logistics industry, maintaining the quality of goods during transportation is crucial. Temperature changes, vibrations, and shocks can potentially degrade the quality of products. This is especially true for the transportation of refrigerated and frozen foods, as well as precision instruments, where proper environmental management is essential. Our wireless cloud measurement system monitors information such as temperature and humidity in real-time during transportation and provides immediate notifications when abnormalities are detected. This contributes to improving transportation quality and reducing product waste. [Usage Scenarios] - Transportation of goods requiring temperature management - Detection and recording of vibrations and shocks - Collection of environmental data along transportation routes [Effects of Implementation] - Preservation of the quality of goods during transportation - Rapid response to abnormalities - Optimization of transportation routes based on data

• IoT

In the field of environmental pollution monitoring, real-time data collection and rapid response to anomalies are required. It is particularly important to continuously monitor the concentration of water quality and air pollutants and to detect abnormal values early. Traditional data collection methods often involve time-consuming and labor-intensive manual recording on-site and traveling for data collection, which can delay responses to anomalies. Our wireless cloud measurement system enables cloud-based sensors and measuring instruments with 4-20mA or 0-10V analog outputs, allowing for remote real-time monitoring, automatic recording, and email notifications in case of anomalies. This supports rapid understanding of pollution conditions and swift responses. 【Usage Scenarios】 - Water quality monitoring of rivers and lakes - Monitoring of factory wastewater - Measurement of air pollutant concentrations - Soil contamination monitoring 【Benefits of Implementation】 - Reduction of data collection work on-site - Early detection of anomalies - Identification of pollution sources through data analysis - Reduction of human errors through automation of records

• IoT

In mining, accurately understanding the amount of resource extraction and its movement is essential for efficient operations and resource management. In particular, measuring in remote locations and collecting data in harsh environments involves significant effort and costs. Our wireless cloud measurement system enables the cloud-based collection of measurement data from devices such as flow meters and level gauges, allowing for real-time monitoring from a distance. This reduces the effort required for data collection on-site and enables prompt responses in the event of anomalies. 【Use Cases】 - Measuring resource quantities at mining sites - Flow measurement along transportation routes - Liquid level management in storage tanks - Monitoring dust concentration and oxygen levels 【Benefits of Implementation】 - Automatic recording and visualization of measurement data - Real-time monitoring from remote locations - Rapid response in case of anomalies - Increased efficiency in inspection tasks - Reduction in data collection costs

• IoT

In the building management industry, reducing energy costs is a significant challenge. Visualizing energy consumption is essential for eliminating waste and achieving efficient operations. However, manual measurement and recording are cumbersome, making real-time situation assessment difficult. Our wireless cloud measurement system enables the cloud-based collection of measurement data, such as from flow meters, allowing for remote real-time monitoring, automatic recording, and email notifications in case of anomalies. This allows for accurate understanding of energy usage and reduction of waste. 【Usage Scenarios】 - Measurement of air conditioning systems, hot water supply systems, and other energy consumption - Visualization of a building's energy usage - Implementation and effectiveness measurement of energy-saving measures 【Benefits of Implementation】 - Discovery of waste through visualization of energy consumption - Implementation and effectiveness measurement of energy-saving measures - Reduction of energy costs - Mitigation of damage through early detection of anomalies

• IoT

In the power generation industry, stable operation of equipment and efficient energy supply are required. In particular, real-time understanding of various measurement data within the plant and early detection of anomalies are crucial. Traditional data collection on-site and manual recording not only take time and effort but also carry risks associated with human error. Our wireless cloud measurement system enables the cloud-based management of data from various measuring instruments at power plants, allowing for remote monitoring, automatic recording, and email notifications in case of anomalies. 【Usage Scenarios】 - Monitoring the operating conditions of turbines, boilers, generators, etc. - Measurement of fuel consumption, temperature, pressure, etc. - Data collection and analysis for the entire plant 【Benefits of Implementation】 - Increased efficiency of inspection work - Mitigation of damage through early detection of anomalies - Development of improvement measures based on data - Labor reduction and cost savings

• IoT

In the pharmaceutical industry, temperature management during the manufacturing process is crucial for maintaining the quality of pharmaceuticals. Even slight fluctuations in temperature can affect the efficacy and stability of the products. Particularly when temperature management is not thoroughly implemented, it can lead to product degradation and a decline in quality, ultimately posing risks to patients. Our wireless cloud measurement system contributes to the efficiency of temperature management and the enhancement of quality control by collecting data from temperature sensors in real-time and monitoring it in the cloud. 【Use Cases】 - Temperature monitoring in the pharmaceutical manufacturing process - Monitoring in storage facilities where temperature management is necessary - Early detection of quality degradation risks due to temperature changes 【Benefits of Implementation】 - Increased efficiency in record-keeping through automatic logging of temperature data - Maintenance of quality through rapid response to abnormalities - Reduction of on-site travel costs through remote monitoring

• IoT

In the food industry, quality control requires accurate recording of measurement data such as temperature, humidity, and pH levels, as well as prompt responses to any abnormalities. This data is essential for ensuring product quality and protecting consumer safety. However, manual recording and data collection on-site carry the risk of human error and missed entries, which can delay the early detection of issues. Our wireless cloud measurement system addresses these challenges. 【Usage Scenarios】 - Temperature and humidity management in food manufacturing, storage, and transportation - Monitoring of pH levels and ingredient concentrations - Abnormality detection and alert notifications on the production line 【Benefits of Implementation】 - Reduction of human errors through automation of records - Early detection of abnormalities through real-time data monitoring - Quality improvement through data analysis - Increased efficiency in recording and analysis tasks

• IoT

In the chemical plant industry, streamlining manufacturing processes and quality control are crucial. In particular, it is essential to accurately grasp and monitor measurement data such as temperature, pressure, and flow rate of the reaction process in real-time. Through data recording and analysis, it is possible to optimize processes, improve yield, and reduce costs. A wireless cloud measurement system addresses these challenges. 【Usage Scenarios】 - Monitoring flow rate in the reaction process - Data collection across the entire plant - Anomaly detection in processes 【Benefits of Implementation】 - Optimization through visualization of processes - Prevention of losses through early detection of anomalies - Increased efficiency in data collection and analysis

• IoT

In the agricultural sector, accurate management of irrigation volume is required to optimize crop growth conditions. Particularly when managing vast farmland or multiple fields, manual irrigation management is labor-intensive and increases labor costs. Additionally, water shortages or excessive irrigation can lead to a decline in crop quality and reduced yields. Our wireless cloud measurement system works in conjunction with flow meters to monitor irrigation volume in real-time from a distance and automatically record it, addressing these challenges. 【Usage Scenarios】 - Visualization of irrigation conditions across the entire field - Adjustment of irrigation volume from a distance - Early detection and alerts for abnormalities 【Benefits of Implementation】 - Increased efficiency of irrigation operations - Effective use of water resources - Improvement in crop quality and increase in yield

• IoT

In the gas industry, accurate consumption tracking and efficient energy management are essential. In particular, streamlining meter reading operations and responding quickly to abnormalities are crucial for cost reduction and improving customer service. Our wireless cloud measurement system enables the cloud-based collection of measurement data from devices such as flow meters, allowing for remote real-time monitoring, automatic recording, and email notifications in case of abnormalities. This reduces the burden of data collection on-site and visualizes gas usage, contributing to improved operational efficiency. 【Usage Scenarios】 - Monitoring gas supply levels - Streamlining meter reading operations - Detecting abnormalities such as gas leaks 【Benefits of Implementation】 - Improved operational efficiency through remote data verification - Rapid response to abnormal occurrences - Optimization of energy usage based on data

• IoT

In the oil industry, accurate measurement and recording are essential for inventory management. It is particularly important to monitor the liquid level in tanks and fluctuations in flow rate in real-time to detect anomalies early. Traditional methods of visual checks and manual recording on-site carry risks of human error and record omissions, and they are also inefficient. Our wireless cloud measurement system addresses these challenges. 【Use Cases】 - Monitoring liquid levels in oil tanks - Monitoring flow rates in pipelines - Automatic recording of inventory levels - Email notifications in case of anomalies 【Benefits of Implementation】 - Increased efficiency in inventory management - Reduction of human errors - Real-time situational awareness - Prevention of losses through early detection of anomalies

• IoT

In the water supply industry, rapid leak detection and response are essential to minimize losses caused by leaks. Particularly, leaks in hard-to-visualize locations such as underground pipes can lead to significant losses if their discovery is delayed. Our wireless cloud measurement system centralizes measurement data, such as flow meter readings, in the cloud, enabling real-time monitoring and email notifications in case of anomalies. This allows for early detection of leaks and facilitates prompt responses. 【Use Cases】 - Monitoring flow in water pipes - Monitoring water supply to individual households - Leak detection in underground pipes 【Benefits of Implementation】 - Reduction of losses due to leaks - Increased efficiency in inspection work - Prompt response through real-time anomaly detection

• IoT

This system can cloud-enable sensors and measuring instruments equipped with 4-20mA or 0-10V analog outputs, allowing for real-time monitoring from a distance, automatic recording, and email notifications in case of abnormalities. Additionally, data can be downloaded from the cloud. ■ Examples of devices that can be connected to the cloud - Flow meters - Level gauges - Laser distance meters - Dust concentration meters - Oxygen detectors - pH meters etc. ■ Benefits - Eliminates the need to go to the site to collect data from memory cards - No handwritten records required - Reduces manual measurement efforts - Minimizes damage through early detection of abnormalities ■ Example of usage - Streamlining inspection tasks - Real-time alerts during abnormalities - Automatic measurement, recording, and data download ■ Features of the system - Continuously and automatically acquires and records measurement data - Allows for real-time confirmation of measurement values from a distance - Supports data download from the cloud - Enables centralized management of various measuring instruments This system is available for sale, rental, and double rental. *For more details, please refer to the PDF document or feel free to contact us.

• IoT

We would like to introduce a case where we adopted Sonas' wireless tilt monitoring system (NETIS registration number: KT-230117) for the automatic measurement, recording, and monitoring of displacement of parent piles used in excavation work at construction sites, enabling real-time remote monitoring via the web. At Shimizu Corporation, displacement was previously measured manually using surveying equipment, which was a burden due to the recent labor shortages and overtime regulations. By introducing the tilt monitoring system equipped with IoT wireless UNISONet, the measurement and recording of excavation displacement have been automated, significantly reducing the labor involved in the measurement process. [Case Overview] ■ Challenges before implementation: Manual measurement tasks on-site were a significant burden ■ Reason for selection: The tilt monitoring system equipped with IoT wireless UNISONet solved the challenges ■ Effects of implementation: Achieved labor reduction in displacement measurement of excavation walls, construction DX, and high safety management *For more details, please refer to the related links or feel free to contact us.

• Other measuring instruments

We will specifically explain how to measure the displacement of retaining walls using a wireless inclination monitoring system equipped with our proprietary mesh wireless technology "UNISONet" developed by Sonas.

• Other measuring instruments

The importance of measuring displacement in slope monitoring has been increasing in recent years. - Labor shortages and overtime regulations - Growing demands for safety management in companies - Expansion of CSR (Corporate Social Responsibility) considerations for the surrounding environment - Advancements in construction DX, such as automation and remote management Sonas's inclinometers respond to these trends!

• Other analytical equipment

"UNISONet" is a next-generation IoT wireless technology realized through innovative multi-hop technology. By combining the innovative multi-hop technique "simultaneous transmission flooding," which does not perform complex routing, with "fine-grained scheduling," it simultaneously meets various requirements demanded by IoT wireless. From small to large capacity sensing, it enables the construction of a highly efficient system without tuning the wireless components. 【Features】 ■ Stable: Strong and robust against fluctuations in radio wave environments ■ Energy-efficient: Capable of operating for years on battery power ■ High-speed: Maximum throughput of 32kbps ■ Bidirectional low latency: Both uplink and downlink communications have a delay of less than 1 second ■ Lossless: Prevents data loss through retransmission control ■ Time synchronization: Microsecond-level time synchronization ■ High capacity: Accommodates hundreds of devices within a single network *For more details, please refer to the PDF document or feel free to contact us.

• Radios, walkie-talkies, and intercoms

As a new disaster prevention and mitigation measure, the ability to monitor an entire building across multiple floors in a single network using multi-hop technology has been recognized, leading Nishimatsu Construction Co., Ltd. to adopt the 'sonas x02'. In recent years, structural monitoring that confirms the condition of structures, such as their integrity, through the installation of vibration sensors has gained attention. Particularly for important buildings that serve as disaster response centers, such as government offices, the installation of vibration sensors is recommended. However, conventional measurement systems typically rely on wired connections for data transfer and power supply, which necessitates wiring work, posing a challenge. In response, the company focused on wireless structural monitoring as a new disaster prevention and mitigation measure, leading to the adoption of this product in a demonstration experiment. [Case Study] - Implementing Company: Nishimatsu Construction Co., Ltd. - Challenges Before Implementation: Means to efficiently diagnose the integrity of structures during earthquakes - Reasons for Selection: - Ability to span multiple floors in a single hop and network the entire building using multi-hop technology *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

To verify the effectiveness of new maintenance and management methods for aging river structures, which are deteriorating like other infrastructure, we conducted a demonstration experiment using 'sonas x02' at a river demonstration field provided by Kawasaki City. The dam undergoes monthly gate operation checks and visual inspections, but due to the significant number of years since its construction, there was a need for new technology to assess its condition and enable remote monitoring. Thus, we utilized this product to sense the vibrations of the dam during gate operations and flood occurrences, comparing them with normal vibrations to verify the dam's condition. The feature of operating for extended periods on dry batteries outdoors also met the requirements for this demonstration experiment. 【Case Study】 ■ Client: Kawasaki City ■ Challenges Before Implementation - There is an urgent need to establish maintenance and management methods utilizing new technologies for aging river structures. ■ Reasons for Selection - Vibration monitoring during gate operations and flood occurrences is possible even outdoors without a power source. *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

We would like to introduce a case where Mitsui Sumitomo Construction Co., Ltd. has implemented the 'sonas x01' system, which has been developed to address the challenges of maintaining and managing infrastructure structures through a low-cost, wireless vibration measurement system. Sonas has consistently supported hardware design, including sensor casing and device selection, network construction with UNISONet, and data upload to the cloud, resulting in the establishment of a long-term stable system. With this initiative, we were able to collect vibration data from multiple points in Building 30 and monitor it remotely at all times. 【Case Study】 ■ Implementing Company: Mitsui Sumitomo Construction Co., Ltd. ■ Challenges Before Implementation: - Conducted a demonstration experiment on Gunkanjima to investigate the deterioration of RC structures. ■ Reason for Selection: Multi-point time synchronization and lossless data collection were evaluated and adopted. *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

This is an introduction to a case where 'sonas x01' was adopted for a demonstration experiment aimed at clarifying the damage mechanisms of infrastructure structures, such as bridges, by measuring their vibrations during earthquakes and translating that knowledge into reinforcement and design methods. In constructing this monitoring system, there were no locations available for a fixed power supply, so it was required that all nodes, including the master unit and nodes for internet connection, be battery-operated, and that they have a data upload function to confirm acceleration data during an earthquake without needing to go on-site. Such requirements, which are considered difficult with general sensor network technology, were achieved with this product without the need for additional special implementations or settings. 【Case Study】 ■ Installation Site: Yokohama National University ■ Challenges Before Installation - Earthquake monitoring was necessary to clarify the damage mechanisms of structures. ■ Reason for Selection - The power-saving capability that enables continuous monitoring outdoors without a power supply was a key point. *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

"UNISONet" is Sonas's unique wireless technology that meets the demands of IoT wireless communication in manufacturing environments, such as bidirectional low latency, low power consumption, and stable connectivity. It achieves high-quality sensing comparable to wired solutions wirelessly. There is no need for fine-tuning of the wireless settings; simply install it in the desired measurement location. Additionally, it excels in power efficiency, allowing for long-term measurements over years with dry batteries. 【Features】 ■ Achieves high-quality sensing comparable to wired solutions wirelessly ■ Supports bidirectional communication and can transmit command signals ■ Reduces wiring for signal and power connections ■ Covers large factory premises ■ Enables centralized management of existing equipment and devices scattered over a wide area *For more details, please refer to the PDF document or feel free to contact us.

• others

We would like to introduce our "Wireless Inclination Monitoring System" (NETIS Registration Number: KT-230117-A). This product is effective in various locations such as bridge construction, excavation work, earth retention work, shaft and thrust construction, and embankment and cutting work. ■ Features - Operates on battery for about one year - Measurement range up to 20 km - Can connect over 100 sensors ■ Applications - Dynamic observation - Displacement measurement of earth retention and sheet piles - Inclination monitoring of bridge girders and vents ■ Highlights - No power supply needed on-site - Simply install and turn on the switch to automatically start measurement, recording, and monitoring - Wireless, eliminating complicated wiring work - Real-time monitoring, initial position setting, and various setting changes can be done remotely ■ Benefits - Reduces costs for power supply work - Lowers installation costs for equipment - Reduces the labor involved in measurement, recording, and monitoring This system is available for sale, rental, and W rental. *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

In food factories, leaks in manufacturing equipment can lead to product quality degradation and food poisoning risks due to foreign matter contamination, necessitating thorough management. Particularly in environments with temperature fluctuations and high humidity, the deterioration of pipes and equipment can progress easily, increasing the risk of leaks. Our wireless leak detection system helps reduce these risks and contributes to maintaining quality in food factories. 【Usage Scenarios】 - Production lines - Refrigerators and freezers - Air conditioning systems - Piping systems - Under floors and ceilings 【Benefits of Implementation】 - Prevention of product quality degradation due to leaks - Reduction of foreign matter contamination risks - Minimization of damage through early detection - Increased efficiency of inspection tasks

• IoT

At power plants, ensuring the stable operation and safety of equipment is the top priority. Water leaks can cause corrosion and failures in equipment, leading to decreased power generation efficiency and, in the worst case, large-scale accidents. Particularly in equipment installed underground, in tunnels, or at high elevations, early detection of leaks is challenging, and prompt responses are required. Our wireless leak detection system has been developed to address these issues. 【Usage Scenarios】 - Turbine buildings - Substation equipment - Underground cable tunnels - Emergency generator rooms - Other equipment at risk of leaks 【Benefits of Implementation】 - Minimization of damage through early detection of equipment anomalies - Increased efficiency of inspection operations - Prolonged equipment lifespan - Enhanced safety

• IoT

In the railway industry, there are concerns about the impact of leaks and flooding on equipment in various locations such as tunnels, elevated bridges, and station buildings. Particularly, as infrastructure facilities age, it is important to detect abnormalities early and take appropriate measures to maintain safe operations. This product supports the efficiency of inspection tasks and rapid response in the event of abnormalities by detecting leaks wirelessly and enabling remote monitoring. 【Usage Scenarios】 - Inside tunnels - Elevated bridges - Station buildings - Underground structures - Piping facilities 【Benefits of Implementation】 - Suppression of equipment deterioration due to leaks - Minimization of impact on operations - Reduction of inspection costs - Risk reduction through early detection of abnormalities

• IoT

In asset preservation within commercial facilities, the maintenance and management of buildings and equipment are crucial. Water leaks can lead to structural deterioration of the building and damage to tenants, potentially resulting in repair costs and business losses. Early detection and prompt response are essential. Our wireless water leak detection system addresses these challenges. 【Usage Scenarios】 - Detection of rain leaks, water leaks, and condensation in stores, offices, and common areas - Detection of flooding in underground parking lots, machinery rooms, and air conditioning equipment - Detection of leaks from piping 【Benefits of Implementation】 - Mitigation of asset value degradation due to water leaks - Reduction of repair costs - Minimization of impact on tenants - Increased efficiency of inspection operations

• IoT

In hospitals, equipment failures due to water leaks and the stoppage of medical devices due to flooding can lead to serious issues that threaten patient safety. Especially in medical facilities that operate 24 hours a day, early leak detection and prompt response are essential. Our wireless leak detection system automatically detects leaks remotely without the need for construction or power, supporting the safety management of hospitals. 【Usage Scenarios】 - Patient rooms - Examination rooms - Machinery rooms - Piping facilities - Basements 【Benefits of Implementation】 - Minimizing damage caused by leaks - Peace of mind with 24/7 remote monitoring - Increased efficiency in inspection tasks

• IoT

Schools and educational facilities are required to take measures against the risk of water leakage due to building deterioration and natural disasters. In particular, leaks from rainwater and failures in water supply and drainage systems not only hinder educational activities but also contribute to the deterioration of the building's structure. Our wireless leak detection system has been developed to address these issues. 【Usage Scenarios】 - Detection of rain leaks in various locations such as classrooms, gymnasiums, and libraries - Detection of water leaks from water supply and drainage systems - Detection of flooding in basements and warehouses - Detection of condensation in air conditioning systems 【Benefits of Implementation】 - Early detection of leaks to minimize damage - Improved safety of facilities - Reduced burden of inspection tasks - Efficient management through remote monitoring

• IoT

In the hotel industry, water leaks in guest rooms and common areas significantly undermine customer satisfaction. In particular, plumbing issues can greatly diminish the comfort of guests, potentially leading to complaints and a deterioration of reputation. Early detection and prompt response are essential, but visual inspections alone have their limitations. Our wireless leak detection system addresses these challenges and contributes to improving customer satisfaction. 【Usage Scenarios】 - Bathrooms and washrooms in guest rooms - Toilets and kitchens in common areas - Areas around air conditioning equipment - Pipe spaces 【Benefits of Implementation】 - Reduces the risk of guest room unavailability due to water leaks - Minimizes damage caused by water leaks - Reduces complaints from customers - Enhances customer satisfaction through prompt responses

• IoT

In irrigation management in agriculture, it is important to efficiently utilize water resources and to detect equipment anomalies early. In particular, leaks from groundwater or piping can lead to water shortages and poor crop growth. Additionally, failures in irrigation equipment can result in reduced yields. Our wireless leak detection system has been developed to address these challenges. 【Usage Scenarios】 - Monitoring groundwater - Detecting leaks in irrigation piping - Monitoring water levels in storage tanks - Detecting anomalies in pump equipment 【Benefits of Implementation】 - Reducing waste of water resources due to leaks - Preventing yield reduction caused by irrigation equipment failures - Improving inspection efficiency through remote monitoring - Minimizing damage through early detection

• IoT

In data centers, stable operation 24 hours a day, 365 days a year is required, and any potential water leakage could lead to a serious situation such as system shutdown. Especially in environments where precision equipment is densely packed, even a slight leak or condensation can lead to equipment failure or data loss. Our wireless leak detection system helps reduce these risks and contributes to the protection of data center systems. 【Usage Scenarios】 - Server rooms - Around air conditioning equipment - Under floors and in ceilings - Around power supply equipment 【Benefits of Implementation】 - Minimization of damage through early leak detection - Assurance provided by remote monitoring 24 hours a day, 365 days a year - Reduction of system shutdown risks

• IoT

In maintaining production in factories, stable operation of equipment is essential. Water leaks pose a significant risk that can lead to production line stoppages and a decline in product quality. In particular, leaks from water used in the manufacturing process and condensation from air conditioning equipment are critical to detect early. Our wireless leak detection system has been developed to address these issues and maintain factory productivity. 【Usage Scenarios】 - Piping equipment in manufacturing lines - Machine rooms - Areas around air conditioning equipment - Underground cable pits - Clean rooms 【Benefits of Implementation】 - Reduction of production stoppage risks due to leaks - Minimization of damage through early leak detection - Increased efficiency of inspection tasks - Cost reduction

• IoT

In building management, leaks and condensation can cause serious damage to the structure and equipment of a building. Early detection and prompt response are essential to prevent the expansion of damage and to keep repair costs down. In particular, leaks in aging buildings or in areas that are difficult for people to monitor are often overlooked, posing a risk of developing into significant problems. Our wireless leak detection system has been developed to address these challenges. 【Usage Scenarios】 - Machinery rooms - Data centers - Piping facilities - Under floors and ceilings 【Benefits of Implementation】 - Early detection of structural deterioration and equipment failure due to leaks - Reduction of repair costs - Increased efficiency of inspection tasks

• IoT

In the water supply and drainage industry, the aging of infrastructure facilities is progressing, increasing the risk of losses and accidents due to leaks. Early detection of leaks is essential for the effective use of water resources, prevention of secondary damage, and reduction of repair costs. This product automatically detects leaks remotely without the need for construction or power supply, supporting the efficient maintenance and management of water supply and drainage facilities. 【Usage Scenarios】 - Monitoring leaks in aging piping systems - Detecting leaks in underground tunnels and high-rise buildings - Early detection of flooding risks due to leaks 【Benefits of Implementation】 - Reducing losses of water resources due to leaks - Preventing the occurrence of secondary damage in advance - Improving the efficiency of inspection operations and reducing costs

• IoT

We would like to introduce our "Wireless Leak Detection System." This product is effective in various locations such as aging facilities, machine rooms, data centers, plumbing equipment, under floors and ceilings, renovation work, and demolition work. ■ Features - Remote automatic leak detection without the need for construction or power supply - Monitoring range of up to 20 km - Maximum of 100 sensor connections - Ability to identify the location of leaks ■ Automatic monitoring capabilities - Rain leaks - Water leaks - Condensation - Groundwater levels - Flooding ■ What’s impressive - No power supply needed on-site - Just install and turn on the switch to automatically start remote monitoring - Wireless, eliminating complicated wiring work ■ How it can be useful - Cost reduction for power supply work - Cost reduction for equipment installation - Reduction in inspection tasks ■ Possible uses - Automatic detection - Remote monitoring - Reduction in inspection tasks - Early detection This system is available for sale or rental. *For more details, please refer to the PDF document or feel free to contact us.

• IoT

This product is a wireless temperature and humidity measurement system equipped with the unique mesh wireless UNISONet and the standard data logger "Ondotori" from T&D Corporation. It is effective in various locations such as construction sites during concrete curing and painting work, food factories, logistics warehouses, and data centers. ■ Features - Measurement range up to 20 km - Maximum number of sensor connections: 100 units ■ Amazing Points - Wireless signal reaches far and connects easily - No power supply needed at the measurement site; wireless eliminates troublesome wiring work - Just install and turn on the switch to automatically start measurement, recording, and monitoring - Real-time monitoring and various setting changes are possible from a distance ■ Benefits - Reduction of wiring costs - Decrease in the labor required for measurement, recording, and monitoring - Cost savings on power installation - Reduction in inspection tasks ■ Possible Uses - Automation of measurement tasks - Real-time monitoring from a distance - Automatic measurement, recording, and monitoring This system is available for sale or rental. *For more details, please refer to the PDF document or feel free to contact us.

• Measurement and analysis equipment leasing and rental

This service is a system that automatically reads the dials of meters scattered throughout a factory by retrofitting magnetic sensors to existing analog meters, allowing for centralized management and reducing the manual inspection tasks that were previously performed. ■ Compared to camera-based systems… - Not affected by dirt, weather, sunlight, etc., which can impair meter visibility - Easy installation without the need for distance or angle adjustments or mounting fixtures - Long battery life and high measurement frequency - Works at night - Usable even outside LTE coverage ■ Features include: - Operable on cloud or on-premises - Explosion-proof sensor types available - Sensors can operate on battery for over a year - Measurement range of up to 20 km and can connect over 100 sensors through our unique mesh wireless UNISONet ■ Here’s what’s impressive: - Prevents reading and recording errors - Immediate alerts in case of abnormalities - Existing meters can be used as they are - No need for network or power installation ■ How it can be useful: - Labor-saving and automation - Minimizes damage through early detection - Reduces accident risks during high-altitude inspections This system is available for sale, rental, and W rental.

• Measurement and analysis equipment leasing and rental

In the field of water quality preservation, it is important to accurately grasp the fluctuations in water levels of rivers and lakes and to detect abnormalities early. Sudden increases in water levels or changes in drainage conditions can lead to water pollution and impact ecosystems. Traditional monitoring methods require manual measurements and power supply, which pose challenges in terms of cost and effort. Our battery-operated cloud-based water level monitoring system addresses these issues. 【Usage Scenarios】 - Monitoring water levels in rivers - Monitoring water levels in lakes - Monitoring water levels in wastewater treatment facilities 【Benefits of Implementation】 - Reduction in costs for power supply construction - Decrease in the effort required for manual measurement, recording, and monitoring - Rapid response through immediate alerts in case of abnormalities

• Other measuring instruments

In the infrastructure industry, obtaining accurate water level data is crucial for diagnosing the aging of structures. In particular, fluctuations in water levels in rivers and dams significantly impact the integrity of structures, necessitating early detection of anomalies. Traditional measurement methods require power supply and personnel monitoring, which pose challenges in terms of cost and effort. Our battery-operated cloud-based water level monitoring system enables remote real-time monitoring through long-term battery operation and high-frequency measurements, efficiently supporting the diagnosis of infrastructure aging. 【Use Cases】 - Monitoring water levels in rivers - Monitoring water storage conditions in dams - Assessing flood risk for bridges and embankments 【Benefits of Implementation】 - Reduction in power supply construction costs - Reduction in labor costs - Risk mitigation through early detection of anomalies

• Other measuring instruments

In the sewer industry, accurate monitoring of water levels and prompt responses are required to minimize flood damage caused by heavy rain. Particularly, monitoring water levels in locations such as underground areas and tunnels, where securing power is difficult, can pose challenges due to cost and installation constraints. Our battery-operated cloud-based water level monitoring system enhances flood prevention measures by reducing the costs of electrical work and providing flexibility in installation locations. 【Usage Scenarios】 - Monitoring water levels during rising water - Monitoring drainage conditions - Observing water level distribution and fluctuations 【Benefits of Implementation】 - Reduction in electrical work costs - Reduction in equipment installation costs - Decrease in the labor required for measurement, recording, and monitoring

• Other measuring instruments

In dam management, obtaining accurate water level data is essential for release planning. Sudden increases in water levels or abnormal fluctuations can threaten downstream safety, and miscalculations in discharge volume can hinder the effective use of water resources. Real-time water level monitoring and accurate predictions based on historical data are required. Our battery-operated cloud-based water level measurement system accurately captures dam water levels through long-term battery operation and high-frequency measurements, supporting appropriate release planning. 【Usage Scenarios】 - Water level monitoring during flooding - Observation of water level distribution and fluctuations 【Benefits of Implementation】 - Rapid situational awareness through remote real-time monitoring - Quick response through immediate alerts during anomalies - Development of highly accurate release plans through historical data analysis

• Other measuring instruments

In the water management industry, it is crucial to accurately monitor the water levels of rivers and dams and to respond quickly. Especially during natural disasters such as heavy rain and typhoons, it is necessary to monitor rapid changes in water levels in real-time and implement appropriate disaster prevention measures. Traditional monitoring systems have faced challenges in implementation due to constraints related to power supply and installation locations. This product eliminates the need for power installation by being battery-operated, allowing for flexible placement and enabling remote real-time monitoring. It issues immediate alerts in case of abnormalities, supporting swift responses. 【Usage Scenarios】 - Monitoring river water levels - Monitoring dam water levels - Monitoring drainage conditions - Monitoring water levels in underground areas and tunnels 【Benefits of Implementation】 - Reduction in power installation costs - Reduction in installation costs - Decrease in the labor required for measurement and monitoring - Quick response through real-time water level monitoring and immediate alerts during abnormalities

• Other measuring instruments

In disaster prevention scenarios, it is crucial to accurately grasp the water levels of rivers and reservoirs and to issue prompt evacuation instructions. Especially during natural disasters such as heavy rain and typhoons, it is necessary to monitor rapid fluctuations in water levels in real-time and make accurate judgments. Traditional monitoring systems have faced challenges in implementation due to constraints related to power supply and installation locations. This product operates on battery power, eliminating the need for electrical work, allowing for flexible installation, and enabling high-frequency water level measurements. This capability facilitates quick evacuation instructions and contributes to saving lives. 【Usage Scenarios】 - Monitoring water levels of rivers, dams, and reservoirs - Monitoring areas with a high risk of flooding - Ensuring the safety of evacuation routes 【Benefits of Implementation】 - Prompt evacuation instructions through real-time water level monitoring - Cost reduction due to the absence of electrical work - Reduction of labor costs through remote monitoring

• Other measuring instruments

In aquaculture, alongside water quality management, managing the water level in fish ponds is crucial. Abnormal fluctuations in water levels can adversely affect the fish's growing environment and may impact both yield and quality. In particular, water level changes due to heavy rainfall or drought pose significant challenges for aquaculturists. Our battery-powered cloud-based water level monitoring system addresses these challenges by monitoring the water level in fish ponds in real-time and detecting anomalies early. 【Usage Scenarios】 - Monitoring water levels in fish ponds - Monitoring drainage conditions - Observing water level distribution and fluctuations 【Benefits of Implementation】 - Immediate alerts during anomalies - Real-time monitoring from remote locations - Reduction of manual measurement, recording, and monitoring efforts

• Other measuring instruments