We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Surveillance system.
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Surveillance system Product List and Ranking from 42 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Aug 20, 2025～Sep 16, 2025
This ranking is based on the number of page views on our site.

Surveillance system Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 20, 2025～Sep 16, 2025
This ranking is based on the number of page views on our site.

  1. 東朋テクノロジー Aichi//Industrial Electrical Equipment
  2. 因幡電機産業 Osaka//Trading company/Wholesale 産機カンパニー
  3. ＭＩ Tokyo//IT/Telecommunications 東京本社、福岡支店
  4. 4 ｉＮＤ Tokyo//IT/Telecommunications
  5. 5 グリッドリンク Tokyo//IT/Telecommunications IoTプラットフォーム事業部
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Surveillance system Product ranking

Last Updated： Aggregation Period:Aug 20, 2025～Sep 16, 2025
This ranking is based on the number of page views on our site.

  1. Temperature monitoring system for control panels/equipment 東朋テクノロジー
  2. Automatic recording of video before and after an error occurs on site: "Choco Stop Watcher II" 因幡電機産業 産機カンパニー
  3. LTE/3G compatible IoT/M2M router AirREAL ＭＩ 東京本社、福岡支店
  4. 4 [Silent, No Emissions] Battery-Powered Transport Monorail (with Regenerative Function) 松永通信 北条支店
  5. 5 Achieving low cost and compact size! AirREAL GEMINI ＭＩ 東京本社、福岡支店

Surveillance system Product List

676～690 item / All 760 items

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Temperature monitoring system for control panels/equipment

Temperature monitoring system for control panels/equipment

We will contribute to preventing electrical equipment from burning out!

This is a temperature monitoring system for control panels/equipment. It contributes to preventing damage to your electrical equipment. 【Features】 - Capable of wide-area measurement: 32 points x 32 points (1,024 points) - Multiple sensor connections and management on a PC - Modbus-RTU communication available: Build a temperature monitoring network by connecting to PLCs or PCs - Alarm output possible when the set temperature threshold is exceeded 【Problems it can solve】 - Want to prevent damage to electrical equipment - Want to reduce the labor involved in equipment inspections - Want to easily build a system as an add-on - Want to measure by area rather than by point

  • Other temperature and humidity measuring instruments

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Cloud-based Central Monitoring System 'F1-Cloud'

Cloud-based Central Monitoring System 'F1-Cloud'

Place the central monitoring and control device, which is the core of the system, in the cloud! Immediate response without having to go on-site.

"F1-Cloud" is a cloud-based central monitoring system that minimizes system downtime due to failures by placing the central monitoring device in the cloud. As long as you can connect to the internet, tasks that could only be performed from disaster prevention centers or central monitoring rooms can now be done from anywhere, on any device. In addition to email and SMS notifications, it enables integration and embedding with other systems through REST APIs and Webhooks, realizing a more convenient and advanced facility management control system. [Features] ■ Significant reduction in troubles by being placed in the cloud ■ Supports IoT ■ Accessible anytime, anywhere ■ Updated for ease of use *For more details, please refer to the related links or feel free to contact us.

  • Other security and surveillance systems

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Image and Equipment Integrated Monitoring System 'SDxV Mobile'

Image and Equipment Integrated Monitoring System 'SDxV Mobile'

You can remotely monitor and control equipment at distant sites or remote locations using a tablet or smartphone!

"SDxV Mobile" is an integrated monitoring system that enables the management of operational information and video in conjunction. It collects information from production and energy-related equipment, allowing monitoring via tablet devices or smartphones. Furthermore, depending on the equipment status, it is possible to directly output control commands to PLCs or DCS from these devices. Additionally, camera footage can be captured simultaneously, enabling remote operation while visually confirming the on-site situation. It can also link with alarms and data trends, allowing for instant retrieval of recordings in the event of a failure. [For concerns like these] ■ Severe labor shortages make it impossible to assign operators to all equipment ■ Abnormalities occur in equipment at a different site during operations, making immediate relocation difficult ■ Staff shortages during the launch of a new line necessitate remote monitoring and operation ■ Limited number of operators makes regular patrol inspections challenging *For more details, please refer to the PDF document or feel free to contact us.

  • Other security and surveillance systems

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[Use Case] Investigation and Monitoring of Equipment Conditions [Good Product Condition Check - Equipment Management]

[Use Case] Investigation and Monitoring of Equipment Conditions [Good Product Condition Check - Equipment Management]

Introducing examples of reducing inspection man-hours and optimizing the frequency of sampling surveys.

We would like to introduce a case study that utilized multiple sensors from "ParaRecolectar" to investigate the equipment conditions necessary for producing good products. In the centerless grinding machine, there were challenges related to retroactively analyzing past equipment condition data, reducing inspection man-hours, and optimizing the frequency of sampling surveys. As a result of the implementation, by outputting alerts when abnormalities are detected, we were able to support awareness before the production of defective products and also identify and retroactively analyze past processing conditions. 【Case Overview】 ■Challenges - Want to understand the equipment conditions that allow for the production of good products - Streamlining production and quality management ■Effects - Quantification of equipment conditions that enable the production of good products - Reduction of inspection man-hours *For more details, please download the PDF or feel free to contact us.

  • Time-frequency measurements

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[Case Study] Operating Rate Monitoring System / Metal Parts Press Machine (Molding Processing)

[Case Study] Operating Rate Monitoring System / Metal Parts Press Machine (Molding Processing)

The epitome of "Monozukuri IoT" systems: Operational Rate Monitoring System!

Detects the movement of molds in metal parts forming press machines and calculates the operating status. Sensors were installed on old press machines to digitize them. ◆ Applicable Products - Ideal IoT System ◆◆ Features - Detects the up and down movement of the mold and converts it into shots per minute (SPM). - Since it counts the up and down movement of the mold, it is an easy-to-understand system. - Detects the presence or absence of metal part materials, distinguishing between stops due to material shortages and abnormal stops. - Stable data collection is possible even in factories with a high presence of metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - Automatically records and visualizes operating status data. - Allows you to know the condition of press machines located far from the office. - Digitized even old press machines that lack communication functions. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy. - This example is an application case for press machines using molds, and it can be applied to equipment with periodic motion components.

  • Company：IDIoT
  • Price：Other
  • Sensors
  • Other Sensors

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[Case Study] Operating Rate Monitoring System / Metal Parts Press Machine (Punching Process)

[Case Study] Operating Rate Monitoring System / Metal Parts Press Machine (Punching Process)

Obtain equipment status information from the standard signal tower for factory equipment status display!

The system detects the status of the signal tower installed on the metal parts forming press machine and calculates the operating status and operating rate. A sensor has been attached to the standard signal tower found in manufacturing sites to digitize the lighting status. ◆ Applicable Product - Ideal IoT System ◆◆ Features - It detects the lighting status of the signal tower and converts it into operating status per minute. - Since it converts the lighting status of the signal tower into operating status data, it is an easy-to-understand system. - Stable data collection is possible even in factories with a lot of metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - It automatically records and visualizes operating status data. - You can know the status of the press machine in the factory located far from the office. - Even old press machines without communication functions have been digitized. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy. - This example is an application case for a punching press machine and can be easily applied to equipment where a signal tower is installed.

  • Company：IDIoT
  • Price：Other
  • Sensors
  • Other Sensors

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[Case Study] Operating Rate Monitoring System / Injection Molding Machine + Peripheral Equipment

[Case Study] Operating Rate Monitoring System / Injection Molding Machine + Peripheral Equipment

Multiple sensor inputs are also possible. In addition to the signal tower, the status of other peripheral equipment is also digitized. Basically, anything can be digitized!

In addition to detecting the signal tower status of injection molding machines, the status of peripheral equipment such as worksite lights is also acquired. All data indicating the behavior of operators is sensed to comprehensively calculate the operational status. ◆ Applicable Products - Ideal IoT System ◆◆ Features - Detects the lighting status of the signal tower and worksite lights and converts it into operational status by the minute. - Digitizes all movements (light, rotation, movement, etc.) occurring around production equipment using multiple sensors to comprehensively calculate operational status and operational rates. - Stable data collection is possible even in factories with many metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - Automatically records and visualizes operational status data. - Allows you to know the status of the press machine in a factory located away from the office. - Digitizes all data related to production activities using diverse sensing technologies. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy.

  • Company：IDIoT
  • Price：Other
  • Sensors
  • Other Sensors

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[Problem] Equipment has stopped! Cause analysis and improvements are not being made, so the issue keeps recurring!!

[Problem] Equipment has stopped! Cause analysis and improvements are not being made, so the issue keeps recurring!!

The factory equipment stops, but emergency measures are taken due to the pressure of production. Since the cause of the stoppage is not analyzed or pursued, improvements cannot be made!

During production work, equipment stops. The personnel in charge, pressed for time and production schedules, respond with makeshift measures due to a lack of leeway. Although the plan is cleared, equipment stoppages are repeated, and the problem persists. ◆ Issues - Analysis of the "problem" is not conducted at the time of stoppage. - There is no system in place for knowledgeable and responsible individuals to gather on-site. ◆◆ Improvement Proposals - Use an IoT system to notify stakeholders in real-time when a stoppage occurs. - Stakeholders can easily grasp the situation through a dashboard equipped with an "andon" function. - The production personnel will focus on production while the equipment personnel will handle cause analysis. ◆◆◆ Expected Effects - Equipment personnel, well-versed in equipment and trouble response, can rush to the site and verify the actual situation. - Production personnel will no longer resort to vague responses due to the urgency of production. - Equipment personnel can take responsibility and lead improvements. ★ Proposal for IDIoT - Capture the timing of problem occurrences and notify stakeholders through the Ideal IoT System. - Utilize the "visualization" technology of the Ideal IoT System to communicate with distant stakeholders via "personal andon" alongside the regular dashboard.

  • Company：IDIoT
  • Price：Other
  • Sensors
  • Other Sensors

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[Case Study] Operating Rate Monitoring System / Current Sensor Utilization

[Case Study] Operating Rate Monitoring System / Current Sensor Utilization

There are various methods to calculate the operating rate. The operating condition is determined by measuring the current of the equipment.

The productivity of equipment can be determined in various ways. Machines consist of many parts and moving components, so their operational status is reflected everywhere. In other words, the determination of whether they are "operating" can be made from any of these aspects. In this example, we focus on the fact that a large current flows when the equipment is "operating" to make this determination. ◆ Applicable Products - Ideal IoT System ◆◆ Features - It monitors the fluctuations of relatively large currents in equipment to determine operational status. - It can be applied to any equipment that operates by receiving power. - Stable data collection is possible even in factories with many metal objects, thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs and determination results are displayed. ◆◆◆ Effects - It can be easily attached to electrical wires. - By using the electrical wires aggregated in control boxes, it is easy to measure the current at multiple locations. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy.

  • Company：IDIoT
  • Price：Other
  • Sensors
  • Other Sensors

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[Concern] Transferring to Tokyo! I'm worried about the winter snowfall around my family home in the snow country!

[Concern] Transferring to Tokyo! I'm worried about the winter snowfall around my family home in the snow country!

In the snow country of Niigata, we are battling snowfall every day. Are you worried about daily concerns when living apart?

A common story among salarymen in snowy Niigata. Quite a few people are ordered to transfer to Tokyo just after moving into a newly built home. If you have left your wife, children, and parents in a newly built house back home, you might worry about the snow conditions during winter. ◆ Issues - Unable to grasp the natural phenomena in distant locations. - No easy means to obtain local information such as snowfall. ◆◆ Improvement Proposal - Use a simple IoT system to grasp local information. - Since there are various methods, engage in trial and error to establish a way to substitute your own "observation." ◆◆◆ Expected Effects - You can build a system that substitutes your own observation of "seeing with your eyes." ★ Proposal for IDIoT - The Ideal IoT System will solve this problem. - It is also effective to combine it with an IoT service that provides visual assistance using cameras.

  • Company：IDIoT
  • Price：Other
  • Sensors
  • Other Sensors

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Is it possible to inspect without stopping the blades? Offshore wind power remote monitoring system.

Is it possible to inspect without stopping the blades? Offshore wind power remote monitoring system.

Restarting the blades takes time, and stopping them results in significant power loss... With the use of a remote monitoring system, it is possible to monitor the blades remotely without stopping them!

We would like to introduce our proposed "Offshore Wind Power Remote Monitoring System." Using ultra-sensitive cameras manufactured by Flobel, we provide video monitoring not only during the day but also at night. By utilizing an image enhancement unit, we can clarify images in real-time during inclement weather such as fog, haze, rain, or snow, which may be difficult to see with the camera alone. [Concerns from power companies] ■ We want to remotely monitor in real-time whether offshore wind turbines are operating normally. ■ We want to monitor the surrounding area for vessels and illegal fishing boats. ■ We want to monitor multiple adjacent offshore wind turbines. ■ We want to monitor at night when it is difficult to capture images with regular cameras. ■ We want to conduct blade inspections using cameras. ■ We want to confirm not only sensor information from the wind turbines but also through video. ■ We want to monitor remotely from land. ■ We want to dispatch a support vessel or personnel when issues are observed in the video. Additionally, we have a significant track record of supplying surveillance cameras for important facility locations. ＼ For more details, please check "Download Catalog" ／

  • 洋上風力遠隔監視システム2.PNG
  • 洋上風力遠隔監視システム3.PNG
  • 高感度カメラ.jpg
  • 洋上風力遠隔監視システム4.PNG
  • 洋上風力遠隔監視システム5.PNG
  • Color camera
  • Other image-related equipment

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【TRUCONNECT】Remote Monitoring Remote Surveillance System

【TRUCONNECT】Remote Monitoring Remote Surveillance System

【TRUCONNECT】Supports predictive maintenance! Maintenance tasks can be planned based on estimated remaining useful life.

We would like to introduce our "TRUCONNECT Remote Monitoring." We collect status, usage, and operational data from the control systems and sensors of the equipment, and issue alerts regarding specific anomalies. The remote monitoring data is used to plan maintenance and predict the likelihood of failures in parts and equipment. 【Benefits】 ■ Supports predictive maintenance ■ Allows planning of maintenance work based on estimated remaining useful life ■ Provides information on the remaining design working period (DWP) and remaining useful life of selected components ■ Provides information on equipment usage and operational data ■ Notifies via text or email alerts about brake life, hoist overload, emergency stops, and overheating occurrences, enabling prompt responses *For more details, please refer to the PDF materials or feel free to contact us.

  • Other services

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