BoryRMS Solution

BoryRMS Solution | Bory Remote Sensor Monitoring Solution

An IoT monitoring solution that remotely collects on-site sensor data such as temperature, humidity, pH, water level, gas, and vibration, and manages it through dashboards and alerts

 

BoryRMS Solution is a remote sensor monitoring solution designed to collect sensor data generated in factories, warehouses, research facilities, refrigerated and frozen facilities, agricultural and livestock facilities, environmental monitoring sites, and recycling resource management sites, and to enable remote viewing through a server and an administrator dashboard.

 

Various types of data, including temperature, humidity, pH, water level, gas concentration, vibration, pressure, power, and equipment status, are continuously generated at worksites. However, manually visiting sites and recording data by hand requires substantial time and cost, and makes it difficult to identify abnormal situations quickly.

 

BoryRMS Solution builds a remote monitoring system tailored to the customer's on-site sensors, gateways, communication methods, server environment, alert thresholds, administrator screens, and external system integration architecture.

 

Without being tied to specific equipment, the solution can integrate either the customer's existing sensor devices or new sensors, and can be expanded to cover on-site data collection, abnormal-condition detection, history management, reporting, and API integration.

 

[Solution Introduction Inquiry][Sensor Monitoring System Consultation][PoC Installation Inquiry][Request a Proposal]

Customer Challenges

 

On-site conditions can only be checked by visiting in person

Factories, warehouses, laboratories, refrigerated and frozen facilities, and environmental facilities must continuously monitor temperature, humidity, pH, water level, gas concentration, and equipment status.

However, having personnel visit the site to check and record values is inefficient, and responses may be delayed when abnormalities occur at night or on holidays.

BoryRMS Solution reduces the burden of site visits by remotely collecting on-site sensor data and making it available through an administrator screen.

 

Sensor data is scattered across multiple devices and systems

Each site may use different sensor manufacturers, communication methods, gateways, data loggers, and management systems.

BoryRMS Solution organizes the sensor data collection architecture to suit the customer's environment and enables data generated by multiple sensors and devices to be viewed on a single dashboard.

 

It is difficult to identify abnormal situations quickly

Events such as rising temperature, abnormal humidity, pH changes, excessive water levels, increased gas concentration, abnormal vibration, and interrupted data reception must be identified promptly.

BoryRMS Solution can be configured to notify administrators when thresholds are exceeded, data is not received, equipment abnormalities occur, or hazardous conditions arise.

 

Manual records may contain omissions and errors

When field personnel manually record sensor values, omissions, incorrect entries, inconsistent recording times, and the burden of preparing reports may arise.

BoryRMS Solution automatically stores sensor data and manages it through time-based histories and reports, reducing the limitations of manual recordkeeping.

 

Existing business systems and sensor data are not connected

Sensor data can be connected to quality management, safety management, settlement, certification, facility management, and production management processes.

BoryRMS Solution supports the use of sensor data in business systems by integrating with ERP, MES, FMS, quality management systems, monitoring systems, settlement systems, and external platforms through APIs.

 

Solution Overview

BoryRMS Solution is an IoT-based remote monitoring solution that collects, stores, analyzes, displays, alerts on, and integrates on-site sensor data.

 

Key functions include the following.

• Collection of sensor data such as temperature, humidity, pH, water level, gas, and vibration
• Integration with sensor gateways or edge devices
• Integration with RS485, Modbus, Wi-Fi, LTE, BLE, LoRa, MQTT, and HTTP APIs
• Deployment of dashboards for sensor values by site and device
• Threshold-exceedance alerts
• Detection of data reception abnormalities
• Storage of sensor history
• Time-series change graphs
• Integrated management by site and location
• SMS, email, and app push notification integration
• Report generation
• API integration with customer business systems
• On-premises or cloud deployment

 

Key Features

 

1. Collection of Diverse Sensor Data

BoryRMS Solution is built to collect a wide range of sensor data according to the customer's site requirements.

It can collect and transmit to the server data suited to the site's purpose, including temperature, humidity, pH, water level, gas concentration, vibration, pressure, power, illuminance, flow rate, and equipment status.

Existing sensor equipment can be used, or new sensors and gateways can be configured together.

 

2. Sensor and Gateway Integration

On-site sensor data can be collected through gateways, edge devices, data loggers, PLCs, and communication modules.

BoryRMS Solution applies an integration architecture, agreed with the customer, that supports various communication methods such as RS485, Modbus, Wi-Fi, LTE, BLE, LoRa, MQTT, and HTTP APIs according to the customer's environment.

 

3. Remote Monitoring Dashboard

Administrators can view sensor-specific measurements, time-based changes, site status, equipment status, abnormal events, and alert history on a web-based dashboard.

Multiple locations, devices, and sensor groups can be managed together on a single screen, not just a single site.

 

4. Threshold-Exceedance Alerts

Administrators can be notified when sensor values fall outside configured thresholds.

For example, events can be configured for rising temperature, excessive humidity, abnormal pH, rising water level, increased gas concentration, abnormal vibration, pressure changes, and equipment status abnormalities.

Alert methods can include dashboard notifications, SMS, email, app push notifications, on-site warning devices, and external system integration.

 

5. Detection of Data Reception Abnormalities

If sensor data is not received for a certain period, a device connection is lost, or abnormal values are repeated, the condition can be displayed as an anomaly.

This enables rapid identification of sensor failures, communication disruptions, gateway errors, and on-site network problems.

 

6. Data History Management

Collected sensor data can be stored together with time, location, site, equipment, sensor type, measured value, status, and event information.

Historical data can be used to analyze daily and monthly changes, the frequency of abnormalities, equipment status, and site-specific trends.

 

7. Graphs and Reports

Trends in sensor values can be reviewed through graphs and reports.

Administrators can review temperature, humidity, pH, water-level, gas-concentration, and equipment-status changes over a selected period and use the results in reports.

 

8. Integrated Multi-Site Monitoring

Data from multiple sites, warehouses, factories, laboratories, and branches can be centrally managed through one dashboard.

The system can be expanded to support comparisons of site status, abnormal events by location, equipment operating status, and administrator-specific permission settings.

 

9. Integration with Customer Business Systems

BoryRMS Solution can integrate through APIs with ERP, MES, FMS, quality management systems, safety management systems, settlement systems, and monitoring systems.

Beyond simply viewing sensor data, the solution can be configured to support quality management, facility management, safety management, settlement, certification, and operational decision-making.

 

10. On-Premises and Cloud Deployment

Depending on the customer's security policy and operating environment, the solution can be deployed on an internal-network-based on-premises system or in the cloud.

Environments with restricted external network access, such as factories, hospitals, research facilities, and public institutions, can be configured around internal servers.

 

Available Deployment Configurations

 

Standard Deployment Configuration

• Sensor data collection module
• Sensor gateway integration module
• Data transmission module
• Server or cloud storage
• Administrator dashboard
• Sensor value viewing screen
• Abnormal-condition alert module
• Data history management function
• Graph viewing function
• Site management function

 

Extended Deployment Configuration

• RS485 and Modbus sensor integration
• Wi-Fi, LTE, BLE, and LoRa communication integration
• MQTT or HTTP API integration
• PLC and data logger integration
• Integrated dashboard by site and location
• Alert threshold configuration function
• SMS, email, and app push notifications
• On-site warning device integration
• Data report generation
• External system API integration
• On-premises server deployment
• Cloud server deployment
• Mobile administrator screen
• User permission management
• Integration with data analytics and prediction modules

 

Application Scenarios

 

Remote Monitoring for Factories and Industrial Facilities

Temperature, humidity, gas, pressure, vibration, and equipment status inside factories can be monitored remotely.

The solution supports administrators in quickly identifying equipment abnormalities, environmental changes, and hazardous conditions and taking necessary action.

 

Warehouse, Refrigerated, and Frozen Facility Management

The solution can be applied to warehouses, refrigerators, freezers, food storage facilities, and pharmaceutical storage facilities where temperature and humidity control are important.

It supports quality management by storing sensor history and issuing alerts when values move outside the specified range.

 

Laboratory and Research Environment Management

Temperature, humidity, pH, gas concentration, and equipment status can be monitored in research laboratories, testing laboratories, culture rooms, and equipment rooms.

It can be used to record research environmental conditions and manage them together with experimental data.

 

Agriculture, Livestock, and Smart Farm Monitoring

Temperature, humidity, soil moisture, pH, illuminance, ventilation status, and water level can be monitored remotely.

The solution can be expanded into an environmental management system for smart farms, livestock barns, aquaculture farms, and greenhouses.

 

Environmental and Water-Quality Data Management

Water-level, pH, turbidity, temperature, flow-rate, and other water-quality sensor data can be collected and viewed on a dashboard.

The solution can be applied to rivers, water tanks, drainage facilities, industrial wastewater management, and environmental monitoring sites.

 

Recyclable Resource and Liquid Resource Management

At liquid-resource, waste-resource, and recyclable-resource management sites, sensor data can be managed together with location, time, and collection history.

When linked with BoryFluidSense and BoryEcoTrace, the system can be expanded to include quality measurement, collection history, settlement, and certification data.

 

Expected Benefits

 

Reduced Burden of Site Visits

Administrators can remotely review sensor data without visiting the site in person.

 

Early Identification of Abnormal Situations

Threshold exceedances, data reception abnormalities, and equipment status changes can be identified quickly, helping manage accidents or quality issues in advance.

 

Fewer Errors in Manual Records

Automatic collection and storage of sensor data can reduce omissions, data-entry errors, and the possibility of record tampering.

 

Integrated Multi-Site Management

Data from multiple sites can be viewed on one dashboard, making it easier to understand the overall operating status.

 

Enhanced Quality and Safety Management

Continuous recording of critical management data such as temperature, humidity, pH, gas, water level, and pressure supports quality and safety management activities.

 

Data-Driven Operational Improvement

Accumulated sensor histories can be used to analyze site operating patterns, the frequency of abnormalities, changes in equipment condition, and changes in quality conditions.

 

Deployment Process

 

1. Requirements Review

We review the customer's site type, sensor types, management objectives, alert thresholds, existing systems, server configuration, and security policies.

 

2. Site Environment Analysis

We analyze sensor installation locations, the communication environment, power configuration, gateway locations, network status, data collection intervals, and site operating methods.

 

3. Sensor and Communication Architecture Design

We design the sensors to be integrated, communication methods, gateways, data collection methods, server transmission methods, and failure-response procedures.

 

4. PoC Deployment

For selected sensors or specific areas, we verify the feasibility of data collection, dashboard display, alerts, and history storage.

 

5. Full Deployment

According to the customer's environment, we implement sensor integration, gateway configuration, server deployment, dashboards, alerts, reports, and external system integration.

 

6. Operational Verification and Enhancement

Based on actual operating data, we improve alert thresholds, graph screens, report formats, user permissions, and external system integration.

 

What BoryRMS Solution Can Deliver

 

• Deployment of remote sensor monitoring systems
• Collection of temperature and humidity data
• Collection of pH, water-level, and gas sensor data
• Monitoring of vibration, pressure, power, and equipment status
• Transmission of sensor data to servers
• Viewing sensor status by site
• Threshold-exceedance alerts
• Detection of data reception abnormalities
• Sensor value history management
• Time-series change graphs
• Deployment of integrated dashboards by site and location
• SMS, email, and app push notification integration
• On-site warning device integration
• External system API integration
• Deployment of on-premises IoT monitoring
• Deployment of cloud-based remote monitoring
• Generation of sensor-data-based reports
• Integration with IoT data analytics platforms

 

Contact Us

BoryRMS Solution can be proposed as a PoC, a single-site deployment, integrated multi-site management, existing sensor integration, or customer system integration, depending on the customer's site environment, sensor types, communication methods, server configuration, alert policies, and external system integration requirements.

• Inquiry about introducing a remote sensor monitoring solution
• Inquiry about deploying remote temperature and humidity monitoring
• Inquiry about integrating pH, water-level, and gas sensors
• Inquiry about integrating existing sensors and gateways
• Inquiry about integrated multi-site sensor management
• Inquiry about IoT monitoring for factories, warehouses, and laboratories
• Inquiry about SMS, email, and app notification integration
• Inquiry about administrator dashboard development
• Inquiry about customer system API integration
• Inquiry about on-premises deployment
• Request a Proposal

 

Important Notes

BoryRMS Solution is an IoT-based monitoring solution that supports the collection and remote viewing of on-site sensor data.

Measurable parameters and accuracy may vary depending on the sensor type, installation location, communication environment, measurement target, site noise, and data collection interval.

 

If the data will be used for legally regulated measurement, accredited test reports, or certification submissions, separate calibration, testing, certification, and customer validation procedures may be required.

When sensor data is transmitted to an external server or cloud, prior consultation is required regarding the customer's security policies and data storage and transmission standards.

 

When integrating existing sensors or customer systems, the deployment scope may vary depending on device communication specifications, API availability, and network configuration.

 

Before introduction, a preliminary review is required of sensor types, installation locations, communication methods, server configuration, alert thresholds, dashboard configuration, and intended data use.

 

 

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BORY.ai Key Services Overview

Bory Co., Ltd. develops products, solutions, platforms, and services for industrial, medical, public-sector, healthcare, and barrier-free applications based on AI technologies involving speech, language, video, sensors, and data.

Below are the main representative domains currently operated or being prepared by Bory Co., Ltd. 

 

Primary Domain	Service/Brand	Description
bory.ai	BORY.ai	The official AI brand website of Bory Co., Ltd., serving as the company’s main website for the integrated presentation of its products, solutions, platforms, and services
borysense.com	BORY SENSE	An AI-powered hearing assistance platform that supports communication for people with hearing disabilities and older adults through real-time captioning, lip-reading AI, and AR glasses integration
borytalk.com	BORY TALK	A web-based conversational AI chatbot service designed for civil service inquiries, consultations, information guidance, and customer support
borykiosk.com	BORY KIOSK	A barrier-free AI kiosk service for older adults and people with disabilities, featuring voice guidance, captioning, and easy-to-use interfaces
boryservice.com	BORY SERVICE	A service portal introducing Bory’s AI services and custom-built AI offerings for industrial, public-sector, and everyday applications
borysong.com	BORY SONG	A music AI service that supports AI-powered composition, music generation, and sound content production