Multi-system Integration & Connectivity
How multiple systems communicate
Build CommunicationServicesComponent
In the informationization process of modern enterprises, the independent development of subsystems often requires seamless data sharing and interface, a complex and critical task. Among the primary considerations are the laxity of systems to reduce their interaction; immersion, i.e. the minimization of modifications during the docking process and the reduction of interference with existing systems; and technical choice, which requires both universality and efficiency and security. The consistency of data formats is the basis for ensuring accessibility to communication between different systems.
To explore our characteristics and strengths.
Multi-agreement support
Aiiiss Communications between software systems and other systems can cross multiple protocols, supporting a variety of different communication protocols such as HTTP, RPC, MQ news queues, WebSocket, parsing text, etc.
Synchronization of key business data
I. Basic data interface: Data direction: ERP Present. MES General ERP It is a gateway to information across the various sectors of the enterprise and a core system for the enterprise, and basic data for other systems, Both ERP Based on (ERP Basic data are derived from other than PDF). So,MES the base data to be used in the ERP Consistent. Basic data generally include: Material data, warehouse data, production line data, process data, process route data, MBOM data, based on ensuring consistency in the above basic data, MES You need other basic information to run yourself. MES Central maintenance.
Plan document interface: data orientation ERP Present. MES The project document is mainly a production plan. ERP I've calculated the production plan to be achieved MES Medium. General and aggregate lead plan WMS The docking, not the interface here.
III. Data interface for planned results: data orientation MES Present. ERP Production lead, process reporting, employee hours, Material consumption data, material waste, material bad data, product end-of-life data, product downline data, individual enterprise, different business models, Production processes vary from system to system and interfaces vary widely.
CoordinationPLMRelationship to the production process
PLMand MES Data synergy refers to data sharing and interaction between the two systems to achieve full integration and optimization of production processes. In modern business,PLMand MES Data synergism has become a trend, with the advantages of improving production efficiency, reducing costs, reducing errors and deficiencies, improving product quality and meeting customer needs.PLMand MES Synergy is based primarily on the following data:
Product design data, process data, quality data, production process data, supply chain data
Harmonization of the entire warehouse and actual inventory
MES and WMS There are three main areas where there is a convergence: first, the lead for the production of pre-materials; secondly, the control of materials in production; and thirdly, the offline and re-entry of finished products. So the interface between the two systems is mainly analysed in these three ways.
Pre-production command interface: the interface direction is MES Present. WMS, production of a master receipt interface.
The pre-production command enforces the data interface. WMS Present. MES, production lead data interface.
Command interface in production: the interface direction is MES Present. WMS The material freeze interface.
Post-production command interface: the interface direction is MES Present. WMS, complete repository interface, raw materials returned to interface.
Post-production directive implementation data interface: the interface direction is WMS Present. MES Data interfaces for finished products, raw materials returned to the data interfaces and finished products returned to the data interfaces.
Sync other system data
The interface with other systems is reflected mainly in the following steps:
1. Identification of the integrated approach: Select the appropriate integrated approach based on different application scenarios and needs. If real-time data sharing and exchange is required, Web is availableServicesIntegration; database integration can be selected if the time and cost of data conversion and transmission need to be reduced; file transfer integration can be selected if the amount of data is small.
2. Configure interfaces and API: Configure interfaces and API in the system to enable communication and data exchange with other systems. This requires configuration and parameter setting of interfaces and API to ensure the security and reliability of data during transmission.
3. Testing and debugging: Testing and debugging are required before integration of systems and other systems can take place. Tests include testing the interface and API functionality to verify the validity and completeness of the data; debugging includes the sorting and repair of errors during integration.
4. Security and control of authority: Data security and control of authority need to be considered in achieving smooth connectivity between the system and other systems. Security settings and controls over interfaces and API are required to ensure that data can only be accessed and operated by authorized personnel.
Optimizing operations across multiple systems
Multi-system co-operation to meet operational production needs.
Low-cost low-risk integration
Extensive use of standard techniques to achieve data interface.
Integrated fit whole
Compatible to a variety of operational systems.
Improving enterprise IT investment strategies, decision-making and compatibility
Reduce integration costs
Better compatibility.
Reduce IT costs and support
Use of standard technology
FaceServicesStructure (S)OA）
Reducing the risk of inter-system interaction
Some other clients we've helped.
