1. Process Automation Process Monitoring

2. ● Allows for traceability (for quality control based on specifications for defective products and damage, and improving quality) at the production site ● Minimizes inventory and works-in-process to realize production synchronized with supply and demand ● Reduces lead time ● Makes the production process visible ● Allows you to grasp manufacturing process issues ● Simplifies modifying the production line as it is compatible with high-mix low- volume production ● Eliminates visual confirmation errors  Utilizing rewritable sheets, etc. RFID CASE STUDY: SURUGA

3. Assembly Production Management ★ The process sequence does not need to be included in the operation instructions as it is written to the RFID tags ★ When using RFID tags, it is possible to make operation orders without transmitting to the host ★ A post-operation check is performed to ensure no operation was omitted Instructions for the next process are given from RFID tag process information Assembly sequence data is written to RFID tags at beginning of operations RFID CASE STUDY: SURUGA Process 1 Current Process: 1 Next Process: 2 Process 2 Current Process: 2 Next Process: 4 Process 4 Current Process: 4 Next Process: Process 3

4. Domain:Process control Purpose:Control the tooling and the process at manufacturing Final Client: Allison Transmission, USA Equipment:WAP HF RFID CASE STUDY:

5. Domain:Process Automation Purpose:provide mobile reader for a global process automation offer Final Client: Siemens, Germany Partner:Warok Equipment:WAP UHF CAEN, 915 Mhz and 868 Mhz