KR20230131706A - O4o(online for offline) agrifood trading platform based on smart-logistics - Google Patents

Abstract

The present invention relates to an O4O agri-food trading platform based on smart logistics. An agri-food registration module that receives agri-food information including the type, quantity and price of agri-food that can be shipped by the supplier from a supplier terminal and registers it in a database, and agri-food registered in the database. Based on the information, the agricultural food ordering module receives agricultural food order information including the type and quantity information of the agricultural food to be ordered from the consumer terminal, and the agricultural food ordered based on the agricultural food order information ordered through the agricultural food ordering module is packaged for each consumer. It includes a smart delivery management module that allows individually packaged agricultural products to be delivered in bundles, and a payment module that processes payments for agricultural products ordered from consumer terminals.

Description

O4O agricultural food trading platform based on smart logistics {O4O (ONLINE FOR OFFLINE) AGRIFOOD TRADING PLATFORM BASED ON SMART-LOGISTICS}

The present invention relates to a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform. More specifically, it databases all product prices from large distributors and mid-sized wholesalers that supply agricultural and food products, as well as local small business owners, and collects It is about a smart logistics-based O4O agricultural and food trading platform that allows real-time price inquiry, product search, product comparison, and product ordering by consumer type based on data.

Most B2B customer companies continue to purchase in bulk from one existing supplier, resulting in a form of monopoly in supply and information. And when ordering products, unlike existing online shopping malls, the product lineup is not diverse, so it is difficult to order only cheap items. Moreover, because the prices of food ingredients fluctuate greatly depending on the product market price, prices are opaque due to suppliers having a monopoly on information. Ultimately, there is a problem of inconvenience in purchasing food ingredients due to the lack of verification process for product prices or the selection of bulk purchases despite high prices, and increased dissatisfaction, distrust, and instability in the distribution process.

In addition, since there is no specialized B2B order management program, transactions are conducted through media such as phone, fax, and email. When using a consignment program for food ingredients from a large company, a situation arises where the food ingredients of a large company must be traded, resulting in a situation where only limited and closed items are traded, or local commercial areas are excluded. In the end, local small businesses, wholesalers, and small and medium-sized businesses face difficulties in receiving customer orders despite having price competitiveness due to the lack of a specialized order management program.

Social distancing continues due to COVID-19, and online non-face-to-face services are increasing rather than offline face-to-face services due to the rapid spread and explosive increase in the number of infected people. There is a need to develop an online B2C and B2B agricultural and food platform for small business owners or intermediate wholesalers who have price competitiveness, offline stores, and delivery systems, such as neighborhood marts and food material marts with a store size of 100 pyeong or more, but have poor online accessibility due to a lack of information mindset.

Small business owners and wholesalers are having difficulty receiving customer orders due to the lack of a popular system. If a large distributor uses the ordering system, it forces them to focus on the distributor's products or trade only closed items, resulting in a situation where local products are excluded. In the case of the existing open market used by small business owners and wholesalers in the Jeonbuk region, the number of products is small, and in the case of companies that purchase food ingredients in large quantities, such as group cafeterias, there are limitations in using them, and it is not easy to purchase local products.

Small business platforms that combine online and offline consumption channels should lead the market economy. In particular, in order to revitalize the local commercial district, products from customer-oriented suppliers with price competitiveness must first be exposed to encourage trade in local agricultural products. In addition, it must support various distribution methods that can create a B2B profit model that can compete with large distributors, as well as order management, purchase sales management, payment and marketing analysis functions.

A platform is needed to support various delivery systems such as direct delivery, short delivery, and courier so that small business owners, wholesalers, and small-scale distributors can provide O4O services and combine them with smart logistics.

Smart logistics refers to a logistics system that introduces smart technology into the entire logistics process, including raw material supply, production, storage, delivery to end consumers, and returns. Smart logistics and A combination of is absolutely necessary. In addition, a platform dedicated to agricultural and food products for O4O services must be combined with smart logistics using various Internet of Things (IoT) technologies to support the overall logistics process, that is, raw material supply, production, storage, and various delivery systems.

Therefore, the present invention is not a platform with a specific delivery system such as B2C, B2B, or a specialized delivery system such as direct delivery or courier, but rather allows operators to freely select local agricultural products according to the characteristics of the product or the delivery method between customers and suppliers. We aim to provide an O4O agricultural and food trading platform based on smart logistics that can professionally sell and deliver.

Republic of Korea Patent No. 10-1754734 (registered on June 30, 2017)

The present invention was created to solve the above problems. The present invention databases all product prices from large distributors and mid-sized wholesalers that supply agricultural products, as well as local small business owners, and categorizes them by consumer type based on the collected data. It is intended to provide a smart logistics-based O4O agricultural and food trading platform that allows real-time price inquiry, product search, product comparison, and product ordering.

The O4O agri-food trading platform based on smart logistics according to an embodiment of the present invention is an agri-food registration module that receives agri-food information including the type, quantity and price of agri-food that can be shipped by the supplier from the supplier terminal and registers it in the database. Based on the agricultural food information, the agricultural food ordering module receives agricultural food ordering information including the type and quantity information of the agricultural food to be ordered from the consumer terminal, and the agricultural food ordered based on the agricultural food ordering information ordered through the agricultural food ordering module is packaged for each consumer. It includes a smart delivery management module that ensures that agricultural products packaged for each consumer are delivered in bundles, and a payment module that processes payment for agricultural products ordered from a consumer terminal.

In addition, the O4O agri-food trading platform based on smart logistics can further include an agri-food consumption management module that receives the consumption status of the agri-food ordered by the consumer and suggests the type and quantity of the agri-food to the consumer terminal at the time of the consumer's next order. there is.

According to the smart logistics-based O4O agricultural and food trading platform according to an embodiment of the present invention, all product prices from large distributors and mid-sized wholesalers that supply agricultural and food, as well as local small business owners, are databased, and consumers are based on the collected data. You can check real-time prices by type, search for products, compare products, and place product orders.

Figure 1 is a diagram showing the service concept of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention.
Figure 2 is a diagram showing a cold chain platform according to an embodiment of the present invention.
Figure 3 is a diagram showing related hardware, such as servers and networks, of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention.
Figure 4 is a diagram showing a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention.
Figure 5 is a diagram showing in detail the configuration of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention.
Figure 6 is a diagram showing in detail the configuration of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below and will be implemented in various different forms. The present embodiments only serve to ensure that the disclosure of the present invention is complete and that common knowledge in the technical field to which the present invention pertains is not limited. It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Although first, second, etc. are used to describe various elements, elements and/or sections, it is understood that these elements, elements and/or sections are not limited by these terms. These terms are merely used to distinguish one element, element, or section from other elements, elements, or sections. Therefore, it goes without saying that the first element, first element, or first section mentioned below may also be a second element, second element, or second section within the technical spirit of the present invention.

The terminology used herein is for describing embodiments and is not intended to limit the invention. As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. As used in the specification, “comprises” and/or “made of” refers to a referenced component, step, operation and/or element of one or more other components, steps, operations and/or elements. Does not exclude presence or addition.

Unless otherwise defined, all terms (including technical and scientific terms) used in this specification may be used with meanings that can be commonly understood by those skilled in the art to which the present invention pertains. Additionally, terms defined in commonly used dictionaries are not interpreted ideally or excessively unless clearly specifically defined.

At this time, the same reference numerals refer to the same components throughout the specification, and it will be understood that each configuration of the process flow diagrams and combinations of the flow diagrams can be performed by computer program instructions. These computer program instructions can be mounted on a processor of a general-purpose computer, special-purpose computer, or other programmable data processing equipment, so that the instructions performed through the processor of the computer or other programmable data processing equipment are described in the flow chart configuration(s). It creates the means to perform functions.

Additionally, it should be noted that it is possible for the functions mentioned in the configurations to occur out of order in some alternative embodiments. For example, it is possible for two components shown in succession to be performed substantially simultaneously, or it is also possible for the components to be performed in reverse order depending on the corresponding function.

Hereinafter, the technical features of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a diagram showing the service concept of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention. Additionally, Figure 2 is a diagram showing a cold chain platform according to an embodiment of the present invention.

Referring to Figures 1 and 2, it was analyzed that customer companies prefer same-day or early morning delivery to purchase agricultural products. Same-day or immediate delivery is handled by small business owners and wholesalers in the customer's area, and early morning delivery is a platform dedicated to agricultural and food products in which distributors support delivery through direct or intermediary delivery.

A distribution company is a business platform that provides customers with the lowest price products through clustering of products from suppliers (same items expressed under different names) and combines the offline delivery system of small business owners, wholesalers, and distributors with order management.

The characteristics of the platform dedicated to agricultural products for O4O services are the opening of an online store specialized in items handled by small business owners and wholesalers, ② the ability to compare prices of all distributors at a glance and purchase products at the lowest price, ③ one small business owner or wholesaler can have more than hundreds of customers Order-initiative processing, ④ Identify order status by distributor and supplier for customer orders, ⑤ Identify order status by customer for supplier and distributor orders, ⑥ Support inspection, return and exchange (collection, re-delivery) processing, ⑦ Separate Online access anytime and anywhere without installing a program, ⑧ Distributors can register unlimited user accounts for their customers, sub-distributors, and local small business owners can register unlimited user accounts for their customers, ⑨ Real-time order placement and order status tracking through the order placement app, ⑩ Provision of various payment methods (card payment, account transfer, etc.), ⑪ print statement support such as quotations, transaction statements, tax invoices, etc., ⑫ customer service (CS) support, etc.

The extensive functions at the ERP system level include ① management of basic data such as classification codes and unit price groups for items and users, ② product management, item management such as clustering of product names for related searches, ③ suppliers, customers, distributors, and managers. , user management such as authority, ④ distribution structure management that integrates and manages distributors capable of direct and short delivery in a hierarchical structure, ⑤ order, order management, order receipt management, sub-order management status, transaction details, etc., ⑥ payment, refund, etc. Payment information management that processes payments and related information such as tax invoices, ⑦ Inventory management that manages warehouse receipts, shipments, inventory, receipt/payment statements, etc., ⑧ Statistics management that analyzes customer order data, ⑨ Item unit price, market price by customer, It includes special price management, unit price management that handles margins, etc., and big data management that stores and manages all data, such as ⑩ item prices and transactions by customer, in the cloud.

A dedicated platform for agricultural and food products that can combine O4O services and smart logistics is needed.

Foodpang, Bom, Sikbom, and Delivery Lab, which are existing open platforms focused on food ingredients, are mobile services that allow you to order food ingredients from the wholesale market, but the number of products is limited, so for companies that purchase food ingredients in large quantities, you can search for ingredients, compare prices, order, etc. Inconveniences are discovered.

A platform that supports various delivery systems such as direct delivery, short delivery, and courier so that small business owners, wholesalers, and small-scale distributors can provide O4O services and that combines smart technology with the entire logistics process is necessary to improve the global competitiveness of the food industry. Regarding logistics, the proposed company has its own logistics center that can specialize in the delivery of local agricultural products and support a variety of delivery systems.

The O4O (Online for Offline)-based agri-food platform combined with smart logistics (i.e., smart logistics-based O4O agri-food trading platform) databases more than 60,000 agricultural products and provides lowest price analysis for products and real-time market information. .

In addition, it not only includes small quantity ordering functions through cross and joint purchasing for B2B transactions, but also provides customized functions for small business owners and wholesalers, such as purchase sales management and offline delivery system.

In order to break the market monopoly of large distributors and professionally supply local agricultural products, O4O services must be activated. To this end, the proposed agri-food platform (i.e. smart logistics-based O4O agri-food trading platform) provides a prioritization mechanism so that customer-centered supplier products can be exposed first, encouraging the purchase of agri-food from local commercial districts. Local commercial districts can be saved.

Smart logistics introduces smart technology into the entire logistics process, including raw material supply, production, storage, delivery to end consumers, and returns. The center of smart logistics tailored to local conditions is the establishment of a smart cold chain system.

The smart cold chain system refers to a logistics system that uses locally produced agricultural, livestock and marine products as raw materials and introduces a cold chain for temperature and humidity management. The proposed O4O (Online for Offline)-based agri-food platform (i.e., O4O agri-food trading platform based on smart logistics) plans to combine smart logistics by utilizing various IoT technologies in the currently established cold chain system (see Figure 2).

Additionally, the present invention builds a dedicated transportation system. A dedicated transportation system handles overall management related to delivery. Real-time dispatch and delivery status monitoring functions are key for delivering fresh produce to small business owners in a short time, and a delivery system for smart devices is provided to delivery drivers responsible for delivery to provide information related to dispatch and delivery.

Additionally, the present invention builds a smart logistics infrastructure. In order to build a logistics infrastructure for establishing and introducing an agricultural product SCM system base, logistics collaboration, logistics standardization, logistics specialization, logistics informatization, and logistics organization and collaboration must be established in the long term. The logistics system for building an SCM system is not a project only for some distribution entities participating in SCM, and a model that is not standardized for general purposes from the perspective of individual distribution entities will not be applicable. Therefore, the logistics system for establishing an SCM base must be implemented at the government level. Logistics informatization, logistics standardization, logistics specialization, etc. are things that must be improved and supplemented not only to build an SCM foundation but also to improve logistics efficiency under the current distribution system.

Logistics pooling and scaling need to be carried out simultaneously with the promotion of corporate organization of producers and distributors. There will be limitations in achieving the purpose of SCM participation through organization alone that is not accompanied by pooling and scaling of logistics. Likewise, at the consumer wholesale stage, logistics pooling and scale-up are essential conditions for building an SCM system. Joint transportation and delivery facilities should be placed within production centers and wholesale markets, and the establishment of a joint logistics center that can perform storage and processing functions at appropriate locations between production centers and consumption sites should also be considered. Within the wholesale market, it is necessary to deploy storage and storage facilities that can perform a buffer inventory function for logistics efficiency, and in the case of production areas, it is necessary to deploy sufficient cold storage facilities that can jointly perform the function of controlling shipments.

Logistics standardization should be promoted primarily in the direction of palletization (ULS) to improve the transportation and loading efficiency of products shipped from production sites and the efficiency of unloading and unloading logistics in the wholesale market. In addition, it is judged that the packaging specifications of field vegetables need to be standardized separately for transportation, wholesale, and retail. In addition, standardization of transportation vehicles and loading methods is necessary among distribution entities participating in SCM. If the loading method and average load for each transport vehicle are standardized and shipping and transportation information is shared, both the production entity and the wholesale market corporation will be able to know the exact shipment, import, and transaction volume, and the accuracy of logistics information will be improved. .

Logistics specialization is an important SCM foundation building related to transportation logistics. In order to build an SCM system, it will be necessary to build a specialized third-party logistics system rather than the current first-party logistics or unsystematic third-party logistics. In the transportation sector, the third-party logistics system must be based on the premise of logistics pooling and scale through the organization of a corporate distributor. In addition, in the case of the wholesale market, there will be a need to actively consider converting the existing stevedoring and handling union into a logistics corporation. In addition, there is a need to improve the timeliness of logistics and predictability of logistics time through the introduction of a professional third-party logistics system and reduce the tolerance rate when transport vehicles return home. The reduction in the tolerance rate on the return trip of agricultural products transport vehicles must be resolved in order to reduce the transport cost of field vegetables, which have a high transport cost per unit compared to the market value in SCM.

Logistics informatization is also a task that must be prioritized in order to establish an efficient SCM foundation. It is necessary to review QR (Quick Response Code) coding as a logistics and product coding method. Compared to the RFID (Radio Frequency Identification) system, the QR code system requires less cost to build infrastructure, but compared to the barcode system, it has the advantage of processing more information in less time, which has the effect of establishing a low-cost shipment inspection system. is expected to occur. In addition, a QR code can be issued at the production site or joint sorting site and attached to the transaction unit, and a QR code for pallet management can be attached and utilized.

Smart logistics infrastructure also includes a fast delivery system. The delivery system manages the overall management of product delivery. Real-time dispatch and delivery status monitoring functions are key for delivering fresh agricultural products to small business owners in a short time, and a dedicated delivery system for smart devices is provided to delivery drivers responsible for delivery to provide information related to dispatch and delivery.

Dispatch information is created based on the location, type, and quantity of agricultural products to be delivered, and the dispatch information includes departure point, destination, delivery price, type of agricultural product, and special information. Delivery time is shortened and efficiency is improved by transmitting and distributing delivery information based on the delivery driver closest to farmers, small business owners, or customers. This platform (i.e., a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform) allows you to check the route and time traveled from the shipping point to the destination in real time, and location information is provided through GPS through a smartphone mobile system exclusively for delivery drivers. It can be checked in real time.

After checking information on the delivered agricultural products in real time, the delivery driver can directly select and proceed with delivery, so the transportation system can automatically send notifications to the nearest delivery driver based on the location of the shipment. The smart delivery system constructed by this platform (i.e., a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural food trading platform) notifies farmers and small business owners of the delivery status in real time through push messages at each delivery stage and provides real-time information on the delivery process and location. This can be confirmed through the transportation system.

In addition, the platform dedicated to agricultural products (i.e., smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform) according to the embodiment of the present invention can meet the needs of customers (customers and suppliers).

More specifically, a platform dedicated to agricultural products (i.e., a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform) aims to create new business models by linking customer companies, small business owners, wholesalers, and distributors online and offline. , strengthen the following services: ② B2C, B2B offline user environment, improving interface according to characteristics, especially customized interface for regional small business owners (neighborhood marts, food material marts, etc.) and wholesalers with their own delivery systems, ③ B2C, B2B offline business operators A model that can integrate a delivery system in the form of courier and delivery and a distribution system in the form of direct payment and short-term payment. ④ A model that resolves asymmetric price information between suppliers and customers, satisfying customer convenience such as ordering and payment, advance ordering function, and receivables management. , ⑤ A priority consideration model in which products from local small businesses or wholesalers with price competitiveness are exposed first, ⑥ Products are selected by customer according to order characteristics such as schools (food preferred by students), senior facilities or nursing homes (food preferred by seniors) It provides ways to display items differently. Figure 3 shows related hardware such as servers and networks of an agricultural and food platform to provide functions to meet the above customer needs.

In addition, in the agri-food platform (i.e., smart logistics-based O4O (ONLINE FOR OFFLINE) agri-food trading platform) according to an embodiment of the present invention, real-time price inquiry and product comparison by user type are possible based on collected data. All product prices, including large distributors and mid-sized wholesalers that supply agricultural products, as well as local small and medium-sized businesses, are stored in a database, and product search and lowest price analysis are possible. Market prices are available in PC or mobile form to suit various customer needs without time or physical constraints. It is possible to check information, place orders, and receive orders. In addition, we provide a decimal ordering function so that you can buy fresh agricultural products in small quantities as needed the day before by cross-purchasing with various suppliers and delivering combined packages.

Payment computerization provides a service that allows you to register your card in advance during the initial authentication process and make payments easily later. In addition, payment computerization is a function that reduces the burden of store management and maintains cash reserves for small business owners so that they can find psychological stability. Since accurate order data is recorded, it is possible to manage the history of order and order data every day without having to enter a separate household account book. Purchases and sales by customer and supplier can be quickly identified. In addition, it provides statistical analysis functions for consumption patterns such as weekly and monthly statistics, and provides company-wide business management functions for each user (product, unit price, customer, purchase, sales, statistics management, etc.).

In the present invention, when a small amount of agricultural products purchased from all suppliers are integrated and delivered at once, consumers can select and purchase products with low prices.

The settlement management according to customer orders according to the present invention is as follows: ① Since accurate order data is recorded, the purchase and sales by customer company and supplier can be quickly identified by managing the history of daily order data without having to write down each household account book. ② Provides statistical analysis functions on consumption tendency patterns such as weekly and monthly statistics. ③ Provides company-wide business management functions for each user (product, unit price, customer, purchase, sales, statistics management, etc.).

The present invention should enable real-time price inquiry and product comparison by user type based on collected data. All product prices, including large distributors and mid-sized wholesalers that supply agricultural products, as well as local small and medium-sized businesses, must be databased and provided to enable product search and lowest price analysis.

The present invention should be able to check price information, place orders, and receive orders 24 hours a day without time or physical constraints in PC or mobile form in accordance with various customer needs. Additionally, in the present invention, when a small amount of agricultural products purchased from all suppliers are integrated and delivered all at once, consumers can select and purchase products with low prices.

Figure 4 is a diagram showing a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention. In addition, Figure 5 is a diagram showing in detail the configuration of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention. In addition, Figure 6 is a diagram showing in detail the configuration of a smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to an embodiment of the present invention.

Referring to Figures 4 to 6, the smart logistics-based O4O (ONLINE FOR OFFLINE) agri-food trading platform 100 according to an embodiment of the present invention is connected to the supplier terminal 10 and the consumer terminal 20 through a wired or wireless network. can be connected

The smart logistics-based O4O (ONLINE FOR OFFLINE) agri-food trading platform 100 may include an agri-food registration module, an agri-food ordering module, a smart delivery management module, and an agri-food consumption management module.

The agricultural food registration module can receive agricultural food information including the type, quantity, and price of agricultural food that can be shipped by the supplier from the supplier terminal and register it in the database.

The agri-food ordering module can receive agri-food ordering information including the type and quantity of the agri-food to be ordered from the consumer terminal based on the agri-food information registered in the database through the agri-food registration module.

The smart delivery management module can ensure that the ordered agricultural products are packaged for each consumer based on the agricultural food order information ordered through the agricultural food ordering module, and that the agricultural products packaged for each consumer are delivered in bundles.

The payment module can process payment for agricultural products ordered from the consumer terminal.

The agricultural food consumption management module can receive input of the consumption status of the agricultural food ordered by the consumer and suggest the type and quantity of the agricultural food to the consumer terminal during the consumer's next order.

The smart logistics-based O4O (ONLINE FOR OFFLINE) agricultural and food trading platform according to the present invention can store all product prices in the database, not only for large distributors and mid-sized wholesalers that supply agricultural and food, but also for local small business owners, and can store the collected agricultural and food information in a database. Based on this, you can view real-time prices by consumer type, search for products, compare products, and place product orders.

The above description is merely an illustrative explanation of the technical idea of the present invention, and those skilled in the art will be able to make various modifications and variations without departing from the essential characteristics of the present invention. Accordingly, the embodiments posted in the present invention are for explanation rather than limiting the technical idea of the present invention, and the scope of the technical idea of the present invention is not limited by these examples.

Therefore, the scope of protection of the present invention should be interpreted in accordance with the claims below rather than being limited by the above-described embodiments, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of rights of the present invention.

Claims (2)

An agricultural food registration module that receives agricultural food information including the type, quantity, and price of agricultural food that can be shipped by the supplier from the supplier terminal and registers it in a database;
An agricultural food ordering module that receives agricultural food ordering information including type and quantity information of agricultural food to be ordered from a consumer terminal based on agricultural food information registered in the database;
A smart delivery management module that ensures that the ordered agricultural products are packaged for each consumer based on the agricultural food order information ordered through the agricultural food ordering module, and that the agricultural products packaged for each consumer are bundled and delivered; and
A smart logistics-based O4O agricultural and food trading platform that includes a payment module that processes payment for agricultural and food ordered from the consumer terminal. According to paragraph 1,
A smart logistics-based O4O agri-food trading platform that further includes an agri-food consumption management module that receives the consumption status of the agri-food ordered by the consumer and suggests the type and quantity of the agri-food to the consumer terminal at the time of the consumer's next order.