SmartWIP - Work-In-Process Tracking Platform

The SmartWIP platform has been developed on Microsoft technologies as a service oriented architecture. The SmartWIP platform integrates seamlessly with existing legacy applications and with factory floor automation software such as an MES. 

• Rapid implementation - SmartWIP provides customization features and an extensive set of configuration tools for easy modification and enhancement while reducing engineering and IT support. Using intuitive operator interfaces to train technicians, SmartWIP significantly reduces the overall configuration efforts and set up costs. 
• RFID Tag Database - SmartWIP uses the RFID tag as a portable database storing WIP information within the tag. This unique approach provides the ability to perform validations at the process level without the need to integrate with an enterprise MES system. The tag database also provides the ability to perform validations and collect WIP data in environments that are not connected to computer networks. 
• Simulation - SmartWIP has a comprehensive simulation engine that simulates not only the RFID hardware but the individual process tools within the manufacturing process. The simulation engine enables SmartWIP to be integrated into production environments with minimal risk to disruptions. 
• Standards support - SmartWIP support industry standards for data and process integration. Including Semi E-10 standards for tool state management and Web Services for data integration to enterprise systems. 
• Architecture - SmartWIP supports integrated web reports and robust analytical capabilities for real time control of production operations. The Web Services Framework and APIs support real-time communications with enterprise systems regardless of data format or platform. 
• Scalability - SmartWIP supports the ability to deploy the solution across a single process line and scale the implementation to support multiple manufacturing lines. Advanced data caching capabilities enable seamless transfer of validations, lots and lot history between distributed clients and centralized data stores.