Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.
241～270 item / All 926 items
![[Attention Companies in Okayama Prefecture] AI Development Case Study - AI × Collision Prevention -](https://image.mono.ipros.com/public/product/image/1e2/2000702054/IPROS24504807537995085007.png?w=280&h=280)
Collision prevention system for workers and cranes utilizing AI.
An AI edge camera is installed on the warehouse crane that transports construction materials, and if a worker enters the crane's operational area, a warning is issued to the operator.
Automating water quality inspection operations! Planning monitoring environments and implementation methods tailored to customers' water treatment facilities.
Our "DEEP INSPECTION LIQUID" uses AI to monitor water quality inspections that have traditionally been conducted visually by humans. It is a system that enables real-time monitoring of floating particles, bubbles, and wave conditions through cameras. After installation, the cameras will monitor the water treatment site in real-time, allowing for cost reduction and a departure from unstable operations. We aim to automate the water quality inspection tasks that have been performed visually. Please feel free to contact us. 【Features】 ■ 24-hour monitoring system powered by AI ■ Flexible monitoring system tailored to the site environment ■ Prevention of subjective decision-making *For more details, please refer to the PDF document or feel free to contact us.
Introduction of a case that achieved accurate and stable automatic quality judgment regardless of the environment, weather, or differences between day and night at each site!
This is an introduction to the case of implementing an "AI Automatic Drainage Monitoring System" at the Kyocera Yasu Plant. In the company's wastewater treatment facilities, workers traditionally visited three scattered wastewater treatment facilities within the plant three times a day to visually check the status of wastewater treatment. Due to labor shortages and the need for improved operational efficiency, there was a demand for the development of a system that could automatically determine the status. After the introduction of the "AI Automatic Drainage Monitoring System," time spent on visual confirmation tasks was reduced, and the burden on workers was alleviated. The expected time-saving effect after implementing the system at the three wastewater treatment facilities is estimated to be 504 hours annually. [Case Overview (Excerpt)] ■ Challenges - The visual confirmation of the status of wastewater treatment at the facilities required considerable time, and improvements in operations were necessary due to labor shortages and efficiency concerns. - At outdoor wastewater treatment facilities, the appearance of the water surface varies depending on the time of day and weather conditions, making automatic status determination by the system technically challenging. *For more details, please refer to the PDF document or feel free to contact us.
We are actively engaged in system integration products and current monitoring systems for data centers.
We would like to introduce the various systems we are working on. Starting with the "FA System," which supports stable production equipment by preventing equipment failures through collaboration with IoT technology, we have also developed systems such as the "Energy Saving Support System (LCPM)," "Building Energy Management System (BEMS)," and "iDC Monitoring System." We are actively engaged in system integration products such as central monitoring systems for buildings and current monitoring systems for data centers. 【System Construction Lineup】 ■ FA System ■ Energy Saving Support System (LCPM) ■ Building Energy Management System (BEMS) ■ iDC Monitoring System *For more details, please refer to the PDF materials or feel free to contact us.
We would like to introduce the "Map Display" feature of the CEW-M4, which allows you to graphically display measurement values on any diagram, such as floor plans and photos.
You can upload any image in JPEG format and display measurement values on the image. The "Map Display" feature allows for clear visualization of measurement data and status. Sensors displayed on the map can be easily positioned to your preferred location using mouse operations. 【Examples of Using the Map Display Feature】 1. By placing sensors on the floor map, you can immediately identify the location of alarms. 2. By placing sensors on the circuit diagram, you can graphically check measurement values for each main and branch circuit. 3. By placing sensors on a photo of the rack, you can quickly see the temperature and humidity status of each rack, etc. ▽ What is "CEW-M4"? ⇒ It is a manager software compatible with the Modbus protocol that visualizes the values of various sensors and multimeters, achieving energy savings and improvements in productivity and quality. You can implement a power monitoring system that allows for easy setup and operation from the user's perspective. It also comes equipped with a wealth of additional features. For more detailed information, please download the materials or feel free to contact us.
Unmatched Reliability Through Meticulous Support Enabled by In-House Development in Japan
We are pleased to introduce a case study featuring Canon IT Solutions Inc., Nishi-Tokyo Data Center, which successfully implemented our remote monitoring system “CEW-M4” to monitor and measure current, power, energy consumption, and temperature/humidity within data center distribution panels. Overview Company Name: Canon IT Solutions Inc., Nishi-Tokyo Data Center Core Business: System integration and consulting, development and sales of various software solutions Implemented Product: Remote Monitoring System CEW-M4 Usage Highlights: ・Beyond individual threshold monitoring, the system enables integrated room-level management and flexible power monitoring by user-defined groups with simple configuration. For more details, please download the case study from our Catalog / PDF Download section or feel free to contact us.
Remote Monitoring System for UPS Batteries Utilizing Manager Software Compatible with the Modbus Protocol
We present an application example of remote monitoring for UPS batteries utilizing the manager software CEW-M4. As an alternative to conventional manual battery inspections, we propose remote monitoring through CEW-M4. This solution enables early detection of battery conditions, contributing to reduced maintenance workload and minimized operational risks.
Remotely monitor internal resistance, voltage, and temperature to assist in understanding battery degradation and determining the timing for replacement of UPS batteries.
If the UPS battery maintenance plan is formulated solely based on the number of years since installation, it may not adequately reflect the differences in individual battery conditions and usage environments. This system continuously monitors internal resistance, voltage, and temperature remotely, utilizing measurement history and threshold information for selecting inspection targets and determining replacement timing. It can be retrofitted to existing battery systems. 【Usage Scenarios】 - Monitoring the condition of UPS batteries in data centers - Remote management of batteries installed in communication facilities and multiple locations - Narrowing down inspection targets and formulating replacement plans 【Implementation Benefits】 - Continuous remote understanding of battery conditions - Supporting improved objectivity in inspection and replacement decisions - Enhancing preventive maintenance and maintenance records using measurement history For detailed specifications, system configuration, and installation conditions, please refer to the documentation.
Collect the status of multiple UPS batteries and check them centrally via a web browser. Streamline information gathering and improve maintenance management across locations, floors, and equipment.
In data centers, personnel measure a large number of UPS batteries on-site and record the results on inspection sheets, which can make inspections time-consuming and make it difficult to grasp changes during inspection intervals. This system continuously measures internal resistance, voltage, and temperature, collecting data to the monitoring software CEW-M4, which displays current values, history, comparison graphs, and alarms in a web browser. Multiple sites can also be centrally managed by location, floor, and equipment. [Challenges] - A large number of batteries are measured and recorded manually, making inspections time-consuming. - It is difficult to grasp changes during inspection intervals and the history before and after alarm occurrences. - Records are dispersed by location and personnel, making comparison and sharing cumbersome. [Implementation Effects and Solutions] - Internal resistance, voltage, and temperature can be checked via the web, streamlining daily status checks. - Changes can be understood from history and comparison graphs, supporting the consideration of inspection targets and maintenance plans. - Information from multiple locations can be centrally managed, improving information sharing and report creation among personnel. With alarm notifications based on thresholds, personnel can more easily notice changes that need to be checked, ensuring that decision-making materials from daily monitoring to on-site verification are comprehensively secured.
VPNを使用した安全な通信システム。遠方からプラントの状況確認が可能
『プラント遠隔監視システム』は、遠隔監視でプラントの操業状態を 確認できます。 当システムを導入することで、無人運転時のプラント操業状態の 遠隔確認をはじめ、メールや電話で故障発生連絡を受けてその場で 確認などが行えます。 VPNを使用した安全な通信システムで、スマートフォン、タブレットPC などを使用して外出中でも監視可能です。 【当システムでできること】 ■無人運転時のプラント操業状態を遠隔で確認 ■メールや電話で故障発生連絡を受けてその場で確認 ■フローや帳票、各種履歴の閲覧 ■カメラがあれば、いつでも現地の状況を確認可能 ■有事の際は、遠隔からの状態確認で素早い初動が可能 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。
Equipped with two ultra-low power consumption LoRa modules capable of long-distance communication.
The ES920GWX3 is a private LoRa network gateway equipped with two low-power modules, the ES920LR3, and a standard LTE-M module. 【Three Features】 1. IoT Wide Area Network Leveraging the characteristics of LoRa long-range wireless technology, it enables the construction of a wide-area star network with a gateway to sensor devices in a 1:N configuration. 2. Two LoRa Modules By incorporating two ES920LR3 modules, it can accommodate various communication environments with different channel settings and LoRa configurations (bandwidth/spreading factor). 3. Low Communication Costs It achieves minimal running costs with private LoRa, which incurs no communication costs, and LTE-M, which has low communication costs.
An IoT platform suitable for quality management and product development/improvement! Ideal for process transparency!
"SensorCorpus" is a fully domestic, all-in-one IoT platform developed entirely in-house. It enables the visualization of equipment and facilities by monitoring operational rates and statuses, as well as overseeing devices installed in overseas factories. By implementing IoT, we can visualize the state of existing equipment and factory facilities (as well as human behavior) and make processes more transparent. "SensorCorpus" responds to the challenges of the field and management. 【Features】 ■ Monitoring and maintenance of equipment and facilities ■ Understanding operational rates and statuses ■ Quality control ■ Product development and improvement ■ Monitoring of devices installed in overseas factories *For more details, please refer to the PDF materials or feel free to contact us.
Remote monitoring systems are key points for loan conditions! Proper loans are favored for appropriate power plants.
Introducing customer feedback after the installation of the industrial solar eco-navigation system "Mimamori Sun." Mr. F from Gifu City, Gifu Prefecture, noted that with a selling electricity period of 20 years, he must pay attention to maintenance and management going forward. In addition to issues with grass, to prevent a decrease in power generation due to malfunctions, he decided to introduce remote monitoring "Mimamori Sun" from the perspective of promptly repairing any issues after confirming a decrease in power generation. As a result, he met the financing conditions of JA Gifu. By monitoring power generation and selling electricity over the long term, it became possible to maintain selling electricity as planned, and appropriate financing was favored for the suitable power plant. [Overview] ■ Installation Location: Omori, Yamagata City, Gifu Prefecture ■ Business Owner: Mr. F from Gifu City ■ Business Scale: 48w, Panels: Hyundai (monocrystalline) ■ Remote Monitoring: "Solar Eco-Navigation System Mimamori Sun" ■ Construction Period: March 20 to May 18 ■ Selling Electricity Period: 20 years *For more details, please refer to the external link page or feel free to contact us.
Distributes alert information via email; compact and easy to install; capable of real-time monitoring of landslides and river flooding using rain gauges and cameras.
Cloud-based Heavy Rain Disaster Monitoring System It allows monitoring of landslides and river flooding using rain gauges and cameras. All equipment can be installed free of charge. It can be easily implemented with just a monthly information distribution fee contract. You can build a weather monitoring system without incurring initial costs! ■ Compact and very easy to install! ■ Real-time situation confirmation with rain gauges and cameras ■ Accessible from anywhere with an internet connection ■ Alert information delivered via email *For more details, please contact us.
Cloud surveillance system compatible with 360-degree cameras and fisheye lenses.
POINT 1 All-round Camera The PanoPlaza Camera supports all-round and fisheye cameras. It can monitor and record the all-round view and wide angle simultaneously over a 360-degree range with just one unit. This allows for extensive area coverage with fewer installation units. POINT 2 Cloud Management This is a network camera service that allows monitoring and recording footage from all-round and wide-angle cameras to be managed via the cloud, accessible from remote locations. By combining a management system with IoT hardware, it achieves cost reduction and flexible operation. It provides a system for managing multiple cameras collectively and efficiently recording footage to cloud storage. POINT 3 Customizable Settings The recording settings for camera footage can be adjusted, allowing for intervals of 1 second or 1 minute, and the resolution of the camera footage can also be changed. It supports flexible changes to recording settings, including saving in still images or videos. POINT 4 User-friendly Management Interface The management and viewing page can be operated via a browser. It allows simultaneous viewing and playback of 360-degree all-round camera footage, 220-degree fisheye camera footage, and standard camera footage, with the ability to play back past footage by specifying the date and time.
Communication maintenance and monitoring system that keeps the communication efficiency of antennas and other equipment in an appropriate state.
The "Dehydrator KD1D" is a communication maintenance monitoring system that fills small capacity waveguides with dry air to prevent moisture and maintain the communication efficiency of antennas and other equipment in an optimal state. The number of filling ports can be changed according to your requirements (2 to 7 ports). The power supply can be changed to DC +24V/DC -48V. Additionally, it can be manufactured in your desired paint color (standard color: 5Y7/1). 【Features】 ■ Customized to meet your needs ■ Easy maintenance support ■ Quick delivery response *For more details, please download the PDF or feel free to contact us.
We have numerous delivery achievements! We propose drive systems that realize optimization for various devices!
The "Production Management and Monitoring System" is an FA solution that proposes drive systems to optimize various devices. As examples of delivery achievements, we have supplied the "ALC System" and "Engine Processing Line Traceability System" to automobile manufacturers. Additionally, we have delivered the "Semiconductor Manufacturing Equipment EES System" and "LCD Panel Inspection System" for semiconductor equipment. 【Delivery Achievements】 ■ Automobile Manufacturers (ALC System, Engine Processing Line Traceability System) ■ Semiconductor Equipment (Semiconductor Manufacturing Equipment EES System, LCD Panel Inspection System) ■ General Industry (Assembly Line Management System, Equipment Group Management System) ■ Food Industry (Beer Production Line Monitoring System, Can Line Production Monitoring System) ■ Pharmaceutical Industry (Foreign Matter Inspection System) *For more details, please refer to the external link page or feel free to contact us.
Improving the efficiency of drainage management at factories and construction sites.
● Automate the measurement of water quality and water level in drainage ditches and channels, and display the current values on a web screen. ● Notifications will be sent via email and flashing lights if thresholds are exceeded. ● The solenoid valve will automatically open and close when thresholds are exceeded. ● The solenoid valve can be opened and closed by clicking the operation button on the web screen at any desired timing. ● The solenoid valve can be opened and closed by manually operating the local operation button at any desired timing. ▶ For quotation requests, please [Contact us via the web] ◀ ▶ For more details, please [Download the catalog] ◀
Automate water quality measurement and valve control.
● Automate the measurement of water quality, water level, and flow rate in industrial wastewater treatment tanks, and display the current values on a web screen. ● Notifications will be sent via email, indicator lights, and automated voice calls if thresholds are exceeded. ● Valves will be automatically opened and closed when thresholds are exceeded. ● Valves can be opened and closed by clicking the remote control button on the web screen. ● Valves can be opened and closed by manually operating the local control button. ▶ For quotation requests, please [ contact us via the web ] ◀ ▶ For more details, please [ download the catalog ] ◀
Protects the goods in the warehouse from condensation and maintains quality.
In the warehouse industry, maintaining the quality of stored goods is crucial. Condensation can cause rust on steel, corrosion on aluminum, and uneven paint, potentially diminishing the value of the cargo. Our condensation risk monitoring system calculates the dew point temperature from the ambient temperature and humidity, and assesses the risk of condensation by monitoring the difference between the surface temperature of the monitored objects. Notifications are sent via email, patrol lamps, and automated voice calls according to the risk level, prompting quick responses such as ventilation or relocation of stored items, thereby protecting the quality of the cargo. 【Usage Scenarios】 - Temperature and humidity management within the warehouse - Measures against condensation on stored goods - Streamlining quality management 【Benefits of Implementation】 - Maintenance of cargo quality - Reduction of complaint occurrence risk - Cost savings
A system that provides constant monitoring of objects and location/direction data! Capable of extensive monitoring!
The "Impinj xArray Gateway" is a fixed RAIN RFID reader antenna that provides continuous monitoring of items, as well as location and direction data. The "RTLS Real-Time Location System" is capable of monitoring an area of up to 139m² (1,500 square feet) with a single xArray. The monitoring range can be expanded by using multiple xArrays. Additionally, it is possible to pinpoint X-Y axis positions within 1.5m (5 feet) and track movement in two dimensions. 【Features】 ■ Extensive monitoring ■ Real-time location mapping and movement tracking ■ Flexible integration with upper-level systems *For more details, please refer to the PDF document or feel free to contact us.
Cloud always-on connection / Automation of gas detection! ❶ Real-time detection of gas concentration ❷ Significant reduction in maintenance labor costs
The fully automatic gas detection monitoring system "SMART-Gasken" can detect gas 24/7 without the need for a LAN environment and without human intervention! (Main Features) ◎ Lightweight and excellent portability (easy to carry and install) ◎ Linked with a fixed "gas detection unit" ◎ Constantly connected to the "cloud" via a built-in SIM (gas concentration is continuously uploaded) ◎ Equipped with an LCD screen (monitoring panel) for "checking detection status" and "various settings including alarms," etc. For monitoring at the centralized monitoring center, free BI tools such as "Google Data Portal" and "Microsoft Power BI Desktop" are also available. Additionally, monitoring is possible via "smartphones" and "tablets," allowing information sharing with stakeholders. In case of an alarm, "alarm notifications" can also be sent to pre-registered email addresses. ★ This serves as a powerful tool to curb the rising costs of "labor" and the increasing expenses of "equipment inspections."
Digital transformation of oil and chemical plant open inspections using IoT and cloud technology / "In-and-out tank management" can be monitored remotely, reducing maintenance costs!
◆ Purpose and Effects - Promote "Smart Safety" for open inspections inside towers in oil and chemical plants. - Achieve "efficiency in safety operations / enhancement of safety levels / resolution of manpower shortages in safety" through digitalization and remote monitoring. - Reduce costs for "labor management / entry monitoring / safety management" by utilizing IoT and cloud technology. ◆ Main Functions 1. Entry Monitoring Function - Digitize the entry and exit of workers using "IC card" touch. - Manage "company name, name, entry and exit times" by tank. - Worker information is notified to the remote management office PC via a secure cloud. - Monitors observe entry workers while checking footage from "surveillance cameras." 2. Roll Call Function - The intercom function allows for "roll call and communication" during entry and exit from the management office. 3. Warning Function - Emergency alerts are issued via "stacked signal lights." - Warnings can be issued bidirectionally between the remote side and the tank side. 4. Reporting Function - Generate reports on "entry history" including company, responsible person, and entry and exit times. ◆ Related Products (Effectiveness Increased through Collaboration) - Gas detection and monitoring system "SMART-Gasken." - Cloud always connected, real-time detection of gas concentration.
Centralized monitoring of WBGT, oxygen concentration, and tank entry logs in the cloud. Immediate alerts for unseen risks during tank operations.
"Safe TANK DX" is an additional safety management option that integrates heat stroke prevention and oxygen deficiency measures for tank and vessel work into the entry management system. It connects WBGT (Wet Bulb Globe Temperature) sensors, oxygen concentration sensors, IC card entry and exit logs, surveillance cameras, and warning lights to a carrier-independent cloud infrastructure. By combining the WBGT values inside the tank with the continuous working hours of each worker, it comprehensively assesses the risk of heat stroke, which can be easily overlooked with single data points. Oxygen concentration is also collected via 920MHz band wireless communication, allowing centralized monitoring of multiple locations from the monitoring office's PC. In case of abnormalities, immediate alerts are sent to on-site warning lights and the mobile phones of relevant personnel.
![[Information] Oil Management and Trouble Control in Wind Power Generation](https://image.mono.ipros.com/public/product/image/bbd/2000603272/IPROS29527563370966758941.png?w=280&h=280)
SPM Wind Power Generation Equipment Measurement Data Transfer System Diagram and Flatness Measurement of Flanges Published!
This document introduces oil management and trouble control in wind power generation. It includes issues related to gearboxes, oil oxidation and deterioration, electrostatic oil purification devices, and flange flatness measurement. Please take a moment to read it. 【Contents (excerpt)】 ■ Gearbox troubles ■ Oil oxidation and deterioration ■ Electrostatic oil purification devices ■ SPM... Condition monitoring of wind power generation equipment ■ Wind power generation equipment condition monitoring system (standard specifications for wind power generation equipment) *For more details, please refer to the PDF document or feel free to contact us.
![[IoT Implementation Case] Introduction of a Machine Operation Monitoring System](https://image.mono.ipros.com/public/product/image/cca/2000756592/IPROS78104243847738290512.png?w=280&h=280)
Increase production efficiency with the introduction of a monitoring system that eliminates uncertainty about processing end times!
We would like to introduce a case study of IoT implementation in the mold department of a metal parts manufacturer. The implementation was aimed at visualizing the operation of mold processing machines, as there was insufficient understanding of the processing volume and operating rates of the machinery. Our IoT system utilizes the web and can be used without installing application software on input terminals, allowing for easy expansion of input devices. Additionally, the input terminals can display confirmation of input values and information about the next process, and specifications can be modified to match the customer's production process conditions. Please feel free to consult us. 【Case Overview】 ■ Purpose: Visualization of mold processing machine operation ■ Reasons for Implementation - Insufficient understanding of the processing volume and operating rates of machinery - Operators check the operating status of the machinery on-site *For more details, please check the URL below.
Connect up to 8 channels of IP cameras! Network video recorder compatible with ePoE/EoC.
The "DHI-NVR5208-8P-4KS2E" is a 1U professional network video recorder that supports 8 channels, 8PoE, and 4K/H.265. It features remote monitoring capabilities, allowing monitoring from mobile devices or PCs. With Smart H.265+/H.265/Smart H.264+/H.264 video compression methods, it can preview and playback at a maximum resolution of 12 megapixels. 【Features】 ■ Connects up to 8 channels of IP cameras ■ Smart H.265+/H.265/Smart H.264+/H.264 video compression methods ■ Preview and playback at a maximum resolution of 12 megapixels ■ Simultaneous HDMI/VGA video output ■ Equipped with 8 PoE ports *For more details, please refer to the PDF document or feel free to contact us.
Monitorable from mobile/PC! Network video recorder equipped with 16 PoE ports.
The "DHI-NVR5416-16P-4KS2E" is a 1.5U network video recorder that supports 16 channels, 16 PoE, 4K, and H.265. The external dimensions are 1.5U 440mm × 411.2mm × 76mm, and the weight is 4.65kg (excluding HDD). It allows previewing and playback at a maximum resolution of 12 megapixels, with a maximum user access of 128 users. 【Features】 ■ Supports up to 16 channels of IP camera connections ■ Video compression methods: Smart H.265+/H.265/Smart H.264+/H.264/MJPEG ■ Preview and playback at a maximum resolution of 12 megapixels ■ Equipped with 16 PoE ports ■ HDD capacity up to 10TB per unit (4 SATA ports) *For more details, please refer to the PDF document or feel free to contact us.
Equipped with remote monitoring capabilities! Network video recorder compatible with RAID 0/1/5/10.
The "DHI-NVR608-32-4KS2" is a 32-channel ultra 4K / H.265 compatible 2U network video recorder. It adopts H.265/H.264 video compression methods and allows preview and playback at a maximum resolution of 12 megapixels. It supports RAID 0/1/5/10, with a maximum input bandwidth of 384 Mbps. 【Features】 ■ Connects up to 32 channels of IP cameras ■ Maximum input bandwidth of 384 Mbps ■ H.265/H.264 video compression methods ■ Preview and playback at a maximum resolution of 12 megapixels ■ Supports RAID 0/1/5/10 *For more details, please refer to the PDF document or feel free to contact us.
