Technical Architecture
4G & Bluetooth, data security, real-time sync
The YOOAI Water Purification IoT System is built on a highly available IoT cloud architecture. The hardware layer offers three connectivity options - 4G comm board (BL-600N), Wi-Fi+Bluetooth module (YOOAI-WBC3), and 4G+Bluetooth module (YOOAI-WB4G) - flexibly adapting to residential and commercial scenarios. Device data syncs in real time on the cloud with seamless multi-terminal collaboration; the system supports millisecond response for remote commands - power on/off, lock, and flush take effect almost instantly. The architecture balances high concurrency, high availability, and data security, providing a reliable IoT foundation for scaled water purification deployments.
Core Capabilities
Multi-Mode Connectivity
4G cellular, Wi-Fi+Bluetooth, and 4G+Bluetooth - three connectivity options flexibly adapting to different deployment environments and cost needs.
Real-Time Sync
Device status, TDS, water volume, and filter life data sync in real time with seamless multi-terminal operations and always-consistent status.
ms Response
Remote power, lock, and flush commands take effect in milliseconds - a smooth experience approaching the immediacy of local control.
Use Cases
- Unified cloud management for cross-region and multi-national chains
- Commercial water purification deployments demanding high speed and stability
- Centralized control of large-scale concurrent devices
Selection Guide
4G comm board for commercial purifiers; Wi-Fi+BLE module for on-site network scenarios with cost advantage; 4G+BLE module for standalone cellular without on-site WiFi. The larger the deployment, the more the distributed architecture pays off.
FAQ
How is data security ensured?
Multi-replica cloud storage with periodic backups, encrypted data transmission, and complete permission management and audit mechanisms ensure data safety and traceability.
Can data be lost?
Multi-replica cloud storage with periodic backups ensures data safety and traceability.
How many concurrent devices are supported?
The architecture supports high concurrency for large-scale simultaneous online devices.