Page 70 - FoodFocusThailand No.241 May 2026

STORAGE, HANDLING & LOGISTICS

(This infographic was generated using AI to support the content of this article.)
Key mitigation measures include implementing Zero Trust abnormal conditions such as impact, vibration, or excessive
Architecture (ZTA), Multi-Factor Authentication (MFA), and operational loads. When abnormalities occur, alerts can
blockchain technologies to prevent unauthorized modification be transmitted immediately without sending large volumes
of transaction records. of raw data to the cloud. Additionally, pallets can monitor
their own structural condition, such as material strength or
Future Trends in Smart Pallet Technology damage, thereby reducing safety risks during storage and
In the near future, smart pallet technology is expected to transportation.
evolve from simple identification devices into Edge Computing 4. High-Precision Positioning Systems (Next-
Nodes capable of reporting real-time status without relying Generation RTLS)
heavily on complex infrastructure. Key developments will Future Real-Time Location System (RTLS) technologies
focus on energy utilization from environmental sources, direct will enable pallet positioning with centimeter-level accuracy.
connectivity with next-generation communication networks, This allows Warehouse Management Systems (WMS) to
and enhanced processing capabilities at the point of data determine product locations precisely in both horizontal
generation (Intelligence at the Edge). These advancements will and vertical dimensions, improving storage accuracy and
reduce dependency on traditional infrastructure, along with the operational safety.
following trends in smart pallet technology during 2026–2027: 5. Data Security and Digital Identity
1. Ambient IoT and Connectivity through 5G/6G As logistics systems connect an increasing number
Networks of devices, data security becomes more critical. Digital
One key trend is the development of Ambient IoT technology, identity technologies such as Decentralized Identifiers
which is expected to be integrated into future communication (DIDs) enhance the reliability of shipment history data and
standards developed by 3GPP. This technology enables tags reduce the risk of data falsification. Moreover, generating a
to communicate directly with cellular base stations through digital fingerprint from the unique physical characteristics of
low-power communication techniques such as backscatter. microchips enhances hardware-level security, making tag
As a result, the need for dedicated readers is reduced, and duplication difficult and strengthening traceability throughout
continuity in product tracking is improved. The use of Multiple- the supply chain.
Input Multiple-Output (MIMO) antennas further enhances Digital technologies have played a crucial role in
positioning accuracy in densely stored environments. enhancing warehouse and logistics systems within the food
2. Smart Energy and Energy Harvesting (Energy and beverage industry, from storage and material handling
Harvesting 2.0) to accurate and secure data management. The effective
Battery lifespan remains a major limitation in conventional integration of these technologies helps improve operational
tracking systems. Energy harvesting technologies address efficiency, reduce losses, and strengthen organizational
this challenge by utilizing energy from environmental sources competitiveness, forming a vital foundation for developing
such as vibration during product movement, pressure from logistics systems that are flexible, sustainable, and ready to
forklift operations, or temperature differences in cold chain adapt to future changes.
environments.
3. On-Pallet Data Processing with TinyML
Tiny Machine Learning (TinyML) enhances data processing
capabilities directly at the pallet level. Pallets can detect More Information Service Info C012

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