S VIEW
Embedded Web-Based Local Monitoring & Control System
SVIEW is an integrated solution designed to monitor environmental conditions—such as temperature, humidity, and pressure—as well as the operational status of equipment in real time. It enables proactive control through a unified platform accessible via PC web browsers or mobile apps, allowing users to remotely monitor site conditions and take immediate action when necessary.
Real-Time Site Visibility
Instantly visualize equipment status and environmental data to support fast and informed decision-making.
Enhanced Operational Efficiency
Optimize facility performance through data-driven monitoring, enabling early anomaly detection and proactive responses to minimize equipment downtime.
Remote Access & Control
Monitor and manage systems anytime, anywhere via web or mobile platforms, improving convenience and responsiveness.
Comprehensive Data Logging
Automatically log all operational data, alarms, and configuration changes to support transparent operations and streamlined report generation.
Cost Savings
Reduce maintenance costs by minimizing unnecessary site visits and enabling rapid incident response.
Real-Time Dashboard Monitoring
Visualize live sensor data—temperature, humidity, analog voltage/current, and equipment status—on intuitive dashboards.
Remote Configuration & Control
Adjust controller settings and operate equipment remotely via web or mobile interfaces.
Historical Data & Trend Analysis
Store all real-time data, alarms, and settings in a database for historical review and trend analysis through charts and graphs.
Alarm & Notification Management
Instantly notify operators via visual/audio alerts and mobile push notifications when thresholds are exceeded or errors occur.
Automated Reporting
Generate and export operational and alarm history reports either periodically or on demand.
User Access Management
Strengthen system security by assigning role-based access permissions for different users.
Data Security
Ensure data integrity and protection through encryption and user authentication protocols.
Remote Management of HVAC & Refrigeration Systems
Real-time monitoring and control of on-site controllers and sensors (temperature, humidity, pressure)
Remote operation and status monitoring of air handling units, fans, chillers, etc.
Historical data tracking of load operations (fans, compressors, heaters) for optimized performance and energy efficiency
Smart Farming (Greenhouses)
Real-time monitoring and control of indoor temperature, humidity, soil moisture, and lighting
Automated control of irrigation pumps, ventilation systems, and HVAC equipment
Historical data analysis for crop growth conditions and environmental optimization
Factory Automation & Production Lines
Monitor equipment status, motor temperatures, and power consumption in real time
Trigger alarms and initiate automatic/manual control upon abnormal conditions
Improve process quality through historical data analysis and production optimization
Warehousing & Cold Storage
Real-time monitoring of temperature and humidity conditions in storage facilities
Alert notifications upon equipment failure or deviation from set parameters
Historical environmental data tracking for compliance and quality assurance
Building Management Systems (BMS)
Monitor indoor temperature, humidity, and air quality (CO₂, fine dust)
Efficiently control HVAC and ventilation systems to reduce energy consumption
Track and optimize building-wide power usage
Renewable Energy Facilities (Solar, Wind, etc.)
Monitor power generation, inverter status, and environmental data (solar radiation, wind speed)
Analyze system performance and identify potential faults
Manage historical records of energy production and consumption
Laboratories & Specialized Facilities
Precision control and monitoring of temperature and humidity in cleanrooms, stability chambers, etc.
Record operational data from experimental equipment
Monitor safety conditions in facilities storing hazardous materials
The system features a modular design, enabling easy upgrades and future feature expansion. Through OTA (Over-The-Air) updates, firmware and software can be remotely upgraded to keep the system current. Additionally, built-in remote diagnostics support rapid issue identification and resolution.
| CPU | ARM Cortex-A series or equivalent industrial processor |
| Memory | 2GB RAM, 8GB eMMC/SD card |
| Communication Interface | Ethernet, RS-485, Wi-Fi (for direct web access), etc. |
| Operating System | Embedded Linux |
| Web Server | Nginx/Apache |
| Database | PostgreSQL/SQLite |
| Web/Mobile Framework | Python (Django/Flask), Node.js (Express), React Native/Flutter, etc. (optimized per environment) |
| Communication Protocols | MODBUS RTU/TCP, HTTP/HTTPS, etc. |