The project falls into the computer software discipline and is also involved with a number of fields such communication and security. The mobile insertion-type e-commerce platform is aimed to organically integrate the intelligent mobile devices, mobile communication devices, say, mobile phone, PDA (personal digital assistance) and palm computers with Internet and further to complete the complicated e-commerce. The efficient grouping of the mobile communication technique, insertion-type technique and other related software technique results in creating a mobile insertion-type e-commerce platform. The mobile insertion type e-commerce is able to provide the following various services: personal data service, financing, transaction, shopping and amusement.
Through the analysis and argumentation of the computer model and system configuration, the project presents a configuration of the mobile insertion-type e-commerce system, which is the development and optimization of the platform of the mobile insertion-type e-commerce system in the mobile insertion-type environment. The MASIF, FIPA and some main distributional computational theories are applied. The entire system involves a mobile insertion-type e-commerce system core support platform, on which the related sub-modules are provided such as the platform management sub-module, customer interface management sub-module, field knowledge management and maintenance sub-module, network optimization sub-module, security identification sub-module, field application development sub-module, etc. At the same time, based on the platform, a financial management application example is provided.
Application layer
Encryption Layer
Ontology
Mobile Calculus
Optimal TCP/IP

In the system, the principle of the layer design is used. Each layer solves specific problems in the mobile insertion-type e-commerce platform to enable the problem to be localized. Meanwhile, the satisfactory repeated applicability, and expandability of the structure of the layer system are employed to realize the integration of the entire system. The system is split into 5 layers as a whole.
The realization of the system is based on the layer mode and knowledge base mode oriented to the multi-configuration computational frame combined with the object mode. Simultaneously, as far as the different application case is concerned, the diverse layer order is utilized, fully displaying the fine adaptability and expandability of the system.
The system has the following specific features. The computational resources are mobile. It is suited for many kinds of network, such as wireless and cable ones. It supports the safe transmission of information. The computation element can be inserted. It is oriented to the intelligent organization form, the environmental computational frame changed by the shield computational position, the dynamically variable long hidden(ТюПў)security encryption method, and the structure of the software system of the multi-configuration mobile node.
The system is applied and popularized in many manufacturers and related departments and well received by the users unanimously, with fine social and economic results obtained.