Remote Monitoring System

June 2026 UPDATE

From the preparation of bench equipment, setting up test specimens, configuring test parameters, trial runs, to the main tests, and even aggregating and analyzing data, only after completing this entire series of "tasks" is one "test" considered complete.

The newly added "test planning function" and "task planning function" clearly and easily link the "tests" with the associated "tasks" and "data," solving the challenges that test sites have faced until now.

"I want to proceed with the exam efficiently, but I can't tell the availability of the benches"
"I'm anxious about whether the exam is progressing as scheduled, and I keep going to check the site..."

In the test planning function, you register the basic information (framework) of the test, such as its purpose, content, specifications, and duration.
In the work planning function, you register the necessary details for completing the "test"—"when, where, who, and what will be done"—linked to the "test" as a unit of "work."
Since the registration screen for "work" is in a calendar format, you can create and adjust it while checking the availability of each bench, allowing for centralized management.
After the test begins, the bench side can simply mark the status of each "work" as "completed" upon finishing, enabling a quick overview of the overall progress of the test.

Bench availability and test progress can be grasped at a glance
Past test plans can be duplicated, and registering similar tests is also easy

"Once the preparations on the bench are complete, the next step is to input the test parameters into the measurement system... It will take time before the test specimen can start operating."

Information registered as test plans and work plans can be loaded with our Automatic Measurement Control System FAMS-R6.
If specifications are registered during planning, bench operators do not need to enter each item individually before conducting the test.
Preparation tasks for the exam can be divided between the test planner (client) and the bench operator, preventing input errors and forgetting, and reducing bench downtime.

"Measurement data is managed by folder name, and I can't find it later..."
"The data was there, but the test conditions at that time were not organized, and in the end, it resulted in a retest..."

The measurement data obtained from the bench is automatically uploaded to the server and managed in bulk.
At this time, the measurement data is automatically linked and saved with each "specification," allowing for sorting by each item, simple searches, and combination searches using filters, making past data a living asset.

By utilizing a web browser, you can monitor the status of the bench system from anywhere using various devices such as smartphones, tablets, and PCs.

Visualizing the status of multiple benches in real-time, we support testing from remote locations with an easy-to-read management screen and output functionality for operational history data.
We assist in realizing remote monitoring of unmanned autonomous operations and testing equipment at overseas locations.

By displaying trend graphs and operational statuses collectively, it enables the understanding of the trends and conditions of multiple ongoing benchmarks, allowing for support to the benchmark operators. In the event of an anomaly, it displays information such as the type of issue, including major failures or warnings, and details about the abnormality.

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Capture the video footage from the surveillance cameras installed in the examination room and display it on a web application.

In case of an anomaly, it has the function to promptly notify via email and activate the signal tower or buzzer.
Even during unmanned operation, it can quickly detect anomalies.

This is a screen where you can freely customize the layout of parts.
You can freely arrange the following parts and save the layout for each user ID.

The operating status of the test equipment, alarm display, trend graphs, surveillance camera images, operation history, progress of autonomous operation, remote control buttons, arbitrary images, arbitrary text, digital meters, control panel PC screens, operating status of building equipment, trend graphs for building equipment.

This is a vertical scrolling dashboard for smartphones.
It has become more "visible" than ever, allowing you to check operational status, trend graphs, alarm displays, surveillance camera images, and the progress of autonomous driving.
Additionally, remote control buttons (described later) are also available.

This is a function that captures the current operating screen of the test equipment and displays it on the dashboard.
The captured images are automatically updated at regular intervals, allowing you to check the "now" of the familiar operating screen from a distance or share it with multiple people.

The remote control button on the dashboard allows for remote stopping of the autonomous driving "operation".
In case of an emergency, we provide even greater peace of mind.

It allows recording and displaying the status and data of various utilities that are not test equipment, such as power consumption and remaining gas in buildings.
By connecting each sensor to the Remote Monitoring System via the IoT gateway, usage status and other information can be checked collectively within this system.
This can be used to improve equipment operations and visualize energy consumption toward realizing a carbon-cycling society.

By accurately understanding the situation and managing it centrally, we assist in reducing routine work and labor costs. We promote the effective use of data, which can serve as a catalyst and indicator for operational improvements.

You can check the daily operation history and operating hours of multiple benches in bar graphs or numerical values.
You can also select any bench to check the operating ratio on a monthly or daily basis.
Additionally, since you can add work details and comments for each operating result, it allows for more detailed information sharing and management.

(Hover over and click to display the enlarged image)

It is possible to output data such as centrally managed operational rates and autonomous driving ratios.

This is a function to display the progress of the autonomous driving pattern.
When connected to our Automatic Measurement Control System "FAMS-R6, FAMS-R5", it is possible to display the progress for each driving pattern.

Please choose between the two types: 'on-premises type' (on-prem) and 'cloud computing type' (cloud).

最終更新日:2026/07/31