Notice of Participation in the 7th Kansai Logistics Exhibition from April 8 (Wednesday) to April 10 (Friday), 2026.

Make RFID, effective for resolving labor shortages and improving operational efficiency, more accessible!

The "PDR-100" is a compact and low-cost reader/writer from PHYCHIPS. It is designed to ensure reliable reading, ease of use, and quick integration into the field. RFID can be utilized as a tool for everyday operations rather than a special technology. This product features a USB type with an integrated antenna. It can be incorporated into existing PC systems with the same ease as using a mouse or keyboard. 【Features】 - Low budget: Dramatically reduced cost per unit, making it easy to implement in multiple locations. - Immediate operation: Simply plug in the USB; no specialized knowledge or complex settings are required, reducing the workload for system setup. - Space-saving: Palm-sized, allowing for flexible installation locations. - Encoding function available. *For more details, please refer to the related links or feel free to contact us.

• IC tag reader/writer

When introducing RFID logger tags, it is very important to conduct pre-verification (PoC) in a real environment. Our company offers PoC support services.

Recommended for such tasks: - Want to confirm operational load and acquisition accuracy - Want to check operational load and temperature acquisition accuracy before on-site implementation - Want to verify that temperature logging can be done without issues in the installation environment - Want to evaluate temperature monitoring during cold transport/warehousing/refrigeration - Want to obtain demonstration data for proposals to customers and internal approvals Flow of PoC implementation: - Provide pre-configured logger tags (in recording start state) - Install and use in the customer's environment at the target object/location - Return the logger tags after use - Collect log data and obtain temperature records at our company - Report results including graphs and discussions

• Thermometer
• Temperature Sensor
• Temperature Data Logger

Verification of the temperature changes in the rapid freezing of tuna! Advanced freezing technology brought to you by ice experts.

We would like to introduce a case study that utilized RFID temperature loggers for a demonstration experiment to understand temperature changes during transportation. In the demonstration experiment, we were able to confirm the changes in internal temperature of tuna during the rapid freezing process, as well as the temperature changes during transportation when our salt ice was included. ＼Product catalog now available/ For more details, please view the PDF data from "Catalog Download." If you have any questions about the products or would like to request a quote, please feel free to contact us. 【Case Overview】 ■Overview of the demonstration experiment - Verification of temperature changes during rapid freezing - Verification of temperature changes during transportation (comparison with and without salt ice) ■Confirmation results - Changes in internal temperature of tuna during the rapid freezing process - Temperature changes during transportation when salt ice was included *For more details, please download the PDF or feel free to contact us.

• RFID related products and IC tag services
• RFID/IC tags
• Temperature Data Logger

Attach a temperature sensor tag to the worker's helmet to monitor the temperature and check the temperature trends!

We would like to introduce a case study utilizing RFID tag-type temperature loggers for a demonstration experiment aimed at understanding the temperature fluctuations of workers at the job site. At Haruna Construction Co., Ltd., a general construction company primarily focused on the construction and civil engineering industries, a system for continuously monitoring the ambient temperature of workers was implemented. A demonstration experiment was conducted to determine whether it is possible to detect early signs of heatstroke risk and effectively utilize this information for safety management. By examining the temperature data over approximately two months, we were able to visualize changes in the work environment that cannot be captured by outdoor temperature alone (such as differences in work locations, the effects of direct sunlight, and the presence or absence of air conditioning). 【Case Overview】 ■ Period: April 9, 2025 – June 5, 2025 (approximately 2 months) ■ Location: Haruna Construction Co., Ltd. (Kobe City, Hyogo Prefecture) ■ Participants: 2 on-site workers ■ Equipment Used: Temperature sensor tag AXZON AZN5200 ■ Temperature logging interval: 20 minutes ＼Product catalog available for distribution/ For more details, please view the PDF data from "Catalog Download." If you have any questions about the product or would like to request a quote, please feel free to contact us.

• RFID related products and IC tag services
• RFID/IC tags

Slim design that can be installed anywhere, allowing you to check temperature data over time! Changes in conditions are intuitively easy to understand.

We would like to introduce a case study of a demonstration experiment conducted to measure, understand, and analyze the temperature during delivery and in-store sales. To confirm temperature management from production to delivery and in-store sales of prepared rice dishes, tests were conducted at three stores. The stores expressed a desire to "understand the temperature inside the pack tray," so this time, we conducted the delivery in a manner close to actual operations, measuring the temperature during delivery while the products were in the pack trays, and then measuring the temperature changes on the sales display after arrival at the store. [Case Overview] ■ Product Used: AZN5201 (Axzon Inc.) ■ Background: Visualizing temperature data is important to maintain appropriate quality of service. ■ Implementation: A demonstration experiment was conducted to measure, understand, and analyze the temperature during delivery and in-store sales. *For more details, please refer to the related links or feel free to contact us.

• Temperature Data Logger

Products sensitive to temperature changes, such as sake, can be managed safely. With the built-in LED, you can check for temperature deviations just by touching it, and data during transportation can also be recorded.

Temperature management is essential for maintaining the quality of sake. In particular, unpasteurized sake, ginjo sake, and daiginjo sake are sensitive to temperature changes, and managing temperature during transportation is key to preserving quality. Axzon's wireless seal-type temperature logger has been developed to address these challenges. 【Features and Use Cases】 ● Disposable and no need for collection: Can be introduced from just one unit without specialized equipment or cloud contracts. ● Built-in LED visualizes temperature deviations: The recipient can check deviations from the set temperature with just a touch. ● Temperature data recording during transportation: Records temperature history, which can be used as evidence for quality management. These features make temperature management during the international transportation of sake easier and ensure quality preservation. ＼Product catalog available now／ For more details, please view the PDF data from "Catalog Download." If you have any questions about the product or would like to request a quote, please feel free to contact us.

• Temperature Data Logger

This is a disposable adhesive tag that collects and records temperature data at regular intervals. Our company offers support services for real-world verification (PoC) before implementation.

★We will be exhibiting at the "Kansai Logistics Exhibition" from April 8 to April 10★ Our product, the 'AZN5200/AZN5201', is a UHF band RFID temperature logger tag. It continuously collects temperature data at regular intervals and records that data within the tag. It is a disposable tag that can be peeled off and stuck on. It can be used for temperature management during the transportation of pharmaceuticals, fresh food, precision instruments, and more. Conducting a pre-verification (Proof of Concept) in a real environment is crucial for the introduction of RFID logger tags. We offer PoC support services. 【Case Studies】 ■ Recording temperature changes during the rapid freezing and transportation of tuna ■ Recording temperature changes during the transportation of sea bream ■ Monitoring temperature fluctuations of workers at the work site ■ Recording temperatures during the delivery of rice dishes and in-store sales ■ International transportation of sake 【Recommended for the following challenges】 ◎ Want to confirm operational load and data acquisition accuracy ◎ Want to check operational load and temperature acquisition accuracy before implementation ◎ Want to confirm that temperature logging can be done without issues in the installation environment ◎ Want to evaluate temperature monitoring during refrigerated transportation/warehousing/refrigerators ◎ Want to obtain verification data for customer proposals or internal approvals *For more details, please download the PDF or feel free to contact us.

• RFID related products and IC tag services

[Instructor] Hiroyuki Sakai, President of MANAGEMENTIVA Co., Ltd. (Former Community Manager of Real Madrid CF) [Key Lecture Content] The 2026 Soccer World Cup, held in North and Central America with the United States as a sports business powerhouse, concluded with great success. However, it is also true that events occurred behind the scenes that far exceeded imagination. Many new trends in activities were confirmed around the local stadiums. What has changed in business, and how? Was it successful or not? What hints can we gather for the future? Which aspects should the Japanese sports industry adopt? Furthermore, the relationship with politics that attracted attention. It has been said that this should ideally be separated... Using the World Cup as a case study, I will discuss the latest business situation.

[Speaker] Mr. Takaki Miyazaki, President and CEO of NTT Circulast Corporation Director Ms. Saori Koga [Key Lecture Content] Resource circulation is becoming increasingly important from the perspectives of decarbonization and resource security, with rising expectations particularly for non-ferrous metals such as copper. However, there is a challenge in that the "flow of goods" supporting resource circulation and the "flow of information" conveying their value are disconnected, leading to insufficient communication of characteristics such as the origin of recycled materials and environmental impact, resulting in the circulation value not being properly recognized and evaluated in the market. In this lecture, we will introduce the background behind the establishment of NTT Circulast by NTT and Mitsubishi Materials, as well as the business concept that connects the flow of information and goods. Additionally, we will discuss future prospects for realizing a market where circulation value is chosen, taking into account trends in international standardization (ISO).

[Speaker] Yuto Noro, Partner Attorney at TMI General Legal Practice [Lecture Topics] 1. EU Digital Regulations and the EU Cyber Resilience Act (1) Recent important EU digital regulations and the EU Cyber Resilience Act (2) What is the EU Cyber Resilience Act? (3) Problematic cases 2. Scope of Application of the EU Cyber Resilience Act (1) Products with digital elements (2) Logical or physical data connections placed on the market / direct or indirect (3) Important products / critical products 3. Specific Regulations of the EU Cyber Resilience Act (1) Obligations of manufacturers (2) Obligations of importers (3) Obligations of distributors 4. Practical Responses to the EU Cyber Resilience Act (1) Methods of practical response (identifying target products / gap analysis / implementation) (2) Examples of practical responses (technical implementation / documentation implementation / operational implementation) 5. Q&A / Business Card Exchange

[Speaker] Mr. Kimihiro Horiuchi, President and CEO of Data Driven Consulting Inc. [Key Lecture Content] We are confident in the strategies created in collaboration with our internal elite and external consultants. However, we are not achieving the results we desire. Many companies facing such challenges share a common issue: a lack of execution power to realize their strategies. On the other hand, when we talk about increasing execution power, it involves complex factors such as sales, human resources, organization, and marketing, making it difficult to find effective solutions. In this lecture, we will introduce a method for building an organization with overwhelming execution power by thoroughly refining the PDCA (Plan-Do-Check-Act) cycle, which should be practiced by everyone, aimed at business owners and middle management who are struggling with such concerns.

[Speaker] RAUL Co., Ltd. President and CEO Kenji Eda, Director of the Energy Information Center [Key Lecture Content] With the expansion of renewable energy adoption, there is growing interest in Virtual Power Plants (VPP) that utilize small grid-connected storage batteries, as well as storage batteries for homes, stores, and businesses, solar power generation, and electric vehicles (EVs). This lecture will clarify the differences between low-voltage grid-connected storage batteries and VPPs, the structure of equipment and operations, the structure of revenue generation, and the roles of key players from the basics. Furthermore, we will discuss overseas examples from Australia, the United States, and the United Kingdom, explaining the differences with Japan and key points for commercialization. Without delving deeply into complex systems or technical details, we will clearly introduce practical perspectives on entry methods, challenges and risks, and future market outlooks. [Lecture Items] 1. Basic overview of low-voltage grid-connected storage batteries and VPPs 2. Structure of equipment and business for low-voltage grid-connected storage batteries 3. How storage batteries and VPPs generate revenue 4. Overview of VPP and aggregation business 5. Case studies of storage batteries and VPPs overseas 6. Challenges of commercialization, entry methods, and future outlook 7. Q&A / Business card exchange