China introduces ECBT Model to strengthen global horticulture supply chains

CHINA – China is stepping up its role in digital agriculture with a new research-led approach aimed at strengthening global horticulture supply chains.

A study led by Dr Yan Huang of Jiangsu Food and Pharmaceutical Science College presents a model called ECBT, short for Edge-Cloud-Blockchain-Terminal.

The framework brings together advanced technologies to enable real-time monitoring, secure data sharing, and smarter decision-making from farm to market.

The study, published in Frontiers in Blockchain (also known as Frontiers in Distributed Ledger Technology), analysed 40 leading research papers from over 150 publications.

It found that while Internet of Things (IoT) tools already have a strong presence in agriculture, full ECBT integration is rare, with only 3 percent of projects achieving complete adoption.

“Blockchain innovations within the framework deliver storage gains of up to 94 percent through selective anchoring,” said Dr Huang.

“Edge computing reduces data delays by as much as 65 percent, allowing faster responses to market and environmental changes.”

Smart terminal devices such as IoT sensors, drones, and AI-enabled harvest tools help improve crop quality, cut waste, and keep supply chains running smoothly.

Farmers and distributors can process large amounts of environmental, production, and market data quickly, supporting informed choices and reducing losses.

While the ECBT model offers efficiency gains, the study also points out barriers to wider use.

These include poor compatibility between different systems, 23 percent metadata loss in cross-chain data transfers, and high setup costs that could leave smaller farmers behind.

“There is strong potential here, but without solutions to interoperability and cost, adoption will remain slow for certain groups,” Dr Huang noted.

China’s research comes as other players push forward in related fields. In recent months, agritech firms have launched pilot projects that use AI and blockchain to track crop origins and quality, while equipment makers have introduced drones capable of both monitoring and targeted spraying.

Analysts say such developments could reshape trade by improving buyer confidence through transparent, tamper-proof records of crop history, inspections, and logistics.

This is especially important in cross-border trade, where trust in product quality and safety is critical.

Industry watchers believe frameworks like ECBT could help horticulture suppliers respond faster to market shifts, comply with stricter export rules, and build stronger links between farmers, processors, and buyers worldwide.

“The future of agriculture depends on how well we connect each stage of production and trade,” Dr Huang said. “Technology can give us that connection, but it must be accessible to all players in the chain.”

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