


In the food service and manufacturing industries, ensuring the integrity, traceability, and safety of food samples is critical. Traditional sample cabinets often rely on manual logging, lack environmental monitoring, and fail to provide real-time visibility — leading to inefficiencies and potential safety risks.
To solve these challenges, an innovative smart food safety sample cabinet project was developed in collaboration with ShiMeta using its AIoT-3568S quad-core smart terminal motherboard. This solution seamlessly integrates hardware intelligence, real-time monitoring, and interactive interfaces to elevate sample management from manual and reactive to automated, proactive, and fully traceable.

Before modernization, food safety sample cabinets suffered from several operational limitations:
Manual Record Keeping: Hand-written labels and logs were time-consuming and prone to errors.
Lack of Real-Time Monitoring: Traditional systems couldn’t track temperature and humidity continuously, vital for preserving sample integrity.
Unmonitored Sample Access: Sample withdrawals weren’t tracked, making accountability difficult.
Data Management Challenges: Disparate data sets across multiple locations made centralized oversight difficult.
The AIoT-3568S delivers a powerful combination of performance, connectivity, and flexible integration — exactly what modern food safety systems require:
Real-Time Sensing and Monitoring
Equipped with a rich set of sensor interfaces and connectivity options, the board enables real-time capture of temperature, humidity, access events, and visual records. This ensures all environmental data is logged and accessible instantly.
High-Definition Visual Interaction
The board supports USB and MIPI camera interfaces, allowing integration of high-resolution cameras for:
Barcode/QR code sample identification
On-site photo records
Visual audit trails for compliance verification
Comprehensive Data Integration
With Ethernet, Wi-Fi, and Bluetooth connectivity, sample data can be uploaded securely to centralized platforms for aggregation, analysis, and reporting — empowering food safety managers with full visibility and control.
The AIoT-3568S-powered smart sample cabinet brings advanced computing and connectivity to the edge:

Environmental Sensors: Monitors and logs temperature and humidity in real time.
Visual Recognition: Uses high-resolution cameras for automatic scanning and verification.
User Authentication: Supports biometric or QR-based identity checks.
Network Connectivity: Real-time upload of condition data and alerts.
Interactive Display: Intuitive user interface for cabinet interaction and management.
This intelligent solution has been successfully deployed across numerous environments, including:
The result? A dramatic shift from manual processes to automated, traceable, and audit-ready food sample management, significantly improving food safety compliance and operational efficiency.
Automated Sample Tracking: Eliminates manual entry errors.
Continuous Environmental Monitoring: Ensures conditions stay within safety thresholds.
Centralized Data Management: Facilitates remote monitoring and data analytics.
Enhanced Accountability: Visual and digital records improve traceability.
Scalable Architecture: Easy to integrate with cloud platforms and enterprise systems.
By leveraging the ShiMeta AIoT-3568S quad-core smart terminal board, the food safety sample cabinet project achieves a new standard of operational intelligence. From real-time monitoring to cloud connectivity and automated traceability, this solution exemplifies how smart hardware can modernize critical industry workflows and drive measurable improvements in safety and efficiency.
It replaces manual sample records with an automated, digital system that provides real-time environmental monitoring, traceable sample management, and audit-ready data, significantly improving food safety compliance.
The AIoT-3568S quad-core smart terminal board offers stable performance, rich I/O interfaces, and flexible connectivity, making it ideal for integrating sensors, cameras, displays, and network communication in a single device.
The system records temperature, humidity, sample storage and retrieval logs, user operations, and visual image data, ensuring full traceability of every food sample.
Yes. With Ethernet and Wi-Fi connectivity, all data can be uploaded to a centralized platform, enabling remote monitoring, multi-site management, and real-time alerts.
This solution is widely used in chain restaurants, school cafeterias, food processing facilities, and centralized kitchens, and is suitable for large-scale, multi-location deployments.