Emergency Temporary Meeting: Introduction Seminar on Security Evaluation Related Product "AttackTree"

Fully compliant with IEC61508 and ISO26262. Certification obtained.

Support from fault rate calculation to report creation in a seamless manner! Reliability Workbench is a tool based on reliability engineering used for evaluating and analyzing reliability and safety in accordance with functional safety standards. It has been adopted by many companies both domestically and internationally as a tool for evaluating the reliability and safety of equipment required by functional safety standards such as IEC61508 and ISO26262, with a total of 8,000 sites having implemented it worldwide. The main industries where it has been adopted are as follows: - Automotive - Railways - Aircraft - Plants - Industrial equipment In Japan, many automotive-related companies, including Denso Corporation, as well as railway-related customers such as Japan Signal and Nabtesco, have adopted this tool, with over 50 customers in the automotive and railway sectors alone. Additionally, this tool has the following features that support standardization and simplification of work: - Integration with electronic CAD - Database creation of failure data - Automatic deployment of failure modes and distribution ratios to FMEA - Cross-referencing between FMEA and FaultTree+

• simulator
• Other analyses
• ISO-related consultant

Calculate equipment utilization rates from MTBF/MTTF and actual operating information! It is also possible to analyze how the utilization rate changes when switching to new equipment!

The AWB (Availability Workbench) can calculate the operating rates and lifecycle costs of production lines and production equipment based on equipment information (Note 1), and the following effects can be expected: ■ Expected Effects 1. Calculation of the expected operating rate as a production line when introducing new equipment. 2. Setting targets for each piece of equipment to meet the operating rate goals established in the production plan. 3. Estimation of vulnerable areas in production equipment and production lines and corresponding measures. Note 1: Examples of input equipment information - Degradation curves (Note 2) - Items related to maintenance - Required personnel - Operation costs, etc. Note 2: Can also be substituted with MTTF/MTBF or failure performance data.

• simulator
• Analysis Services

For abnormal detection and failure prediction of equipment and devices, as well as quality improvement! We will introduce the procedures in an easy-to-understand manner!

The "Anomaly Detection and Failure Prediction Solution through Data Mining" is a data mining service and system construction service provided by Wavefront Co., Ltd., which engages in the development and sales of software for electronic computers, analysis using software, design, and consultation. This document introduces a general image of service implementation and specific images that reflect the content we frequently receive inquiries about. 【Features】 ■ Anomaly detection and failure prediction ■ Maximization of operational efficiency ■ Optimization of maintenance costs and maintenance cycles ■ Quality improvement *For more details, please refer to the catalog or feel free to contact us.

• others

Utilizing simulation, statistical analysis, and machine learning techniques, we achieve product improvement, operational condition optimization, and predictive maintenance from field data of equipment!

We support the construction of systems related to data collection and visualization, analysis, product improvement, optimization of operating conditions, and predictive maintenance by combining simulation technology, reliability evaluation, and equipment maintenance expertise. The main target equipment includes: - Various plants - Semiconductor manufacturing equipment - Air conditioning systems In this study, we will support the construction of systems by utilizing different tools and systems according to the customer's requests and objectives, such as: - 1D simulation software (1D CAE) - 3D simulation software (3D CAE) - Reliability and safety evaluation software - Statistical analysis software - Machine learning/AI software - IoT information collection infrastructure - Equipment maintenance management systems - Tablet systems Additionally, in conducting this study, we recommend starting small by narrowing down the target equipment.

• Contract Analysis
• Production Management System
• Other production management systems

Functional safety, fully compliant with ISO 26262! It allows for semi-automated evaluation from failure rate calculation to report creation, making it ideal for standardization!

Reliability Workbench is a tool based on reliability engineering used to evaluate and analyze reliability and safety assessments, as well as maintenance content for equipment, in accordance with functional safety. It has been adopted by many companies both domestically and internationally as a tool to evaluate the reliability and safety of equipment required by functional safety standards such as IEC61508 and ISO26262, with over 14,000 installations worldwide. Reliability Workbench is composed of modules for each function, addressing safety requirements such as those in ISO26262. For example: - Prediction: Failure rate calculations corresponding to various handbooks (such as SN29500) - Safety Assessment: Safety evaluations - Fault tree: Fault tree analysis - FMECA: Failure Mode, Effects, and Criticality Analysis and other modules as mentioned above. The main industries where it has been implemented are as follows: - Automotive - Railways - Aerospace - Plants - Industrial equipment

• simulator
• Other analyses
• ISO-related consultant

By utilizing the reliability analysis tool Reliability Workbench, we can smoothly implement functional safety design in accordance with ISO 26262.

Reliability Workbench is software based on reliability engineering that analyzes reliability, safety, and other factors. By utilizing features such as setting failure rates using reliability prediction models and fault tree analysis, it enables quantitative safety analysis and supports the smooth implementation of functional safety design in accordance with ISO 26262.

• Other analyses

Why is a dedicated tool for FTA+ necessary for ISO26262 functional safety compliance? Simply put, it is because it can perform cut set analysis.

1. What can and cannot be done with Excel FT diagrams can be created using Excel (or other Office tools). However, FT diagrams created in Excel cannot perform safety analyses such as cut set analysis or quantitative evaluations. They also cannot provide explanations for safety evaluations of models at the system level. 2. What cannot be done without specialized tools Cut set analysis, common cause failures, dependent failures, and systematic failures are difficult to express without specialized tools. The Enterprise version allows for revision management during collaborative work. It can also integrate with external tools like DOORS to manage changes during collaboration. 3. Differentiating between Excel and FTA+ For FT diagrams that are not complex and do not have common cause failures, Excel is suitable as it can be created relatively easily without additional costs. For models that are ASIL C or higher, or those that involve common cause failures that cannot be intuitively identified, FaultTree+ with its robust analysis features is more appropriate. When considering tools for ISO 26262 compliance, it is essential to ensure that cut set analysis can be performed.

• Development support tools (ICE, emulators, debuggers, etc.)
• ISO-related consultant

We would like to express our congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will be showcasing a number of products, including our new product, the Packaging Container Air Leak Test (Pin Hole Inspection) Device | MSQ-2003 series. We sincerely apologize for the inconvenience during your busy schedule, but we would like to cordially invite you to attend this event. 【 Trade Show Name 】 【 Dates 】 【 Venue/Booth Number 】

Yazaki Energy System will be exhibiting at the "14th Agricultural WEEK (commonly known as J-AGRI)" held at Makuhari Messe. In response to challenges surrounding agriculture, such as record heat and soaring energy prices, our company proposes an agricultural system that utilizes surplus solar heat and waste heat from factories during the summer to support stable cultivation throughout the year, from winter heating to summer cooling. ■ Exhibition Details (Booth Number: 25-47) <Closed-type Agricultural House> Results from the second season and initiatives for the third season <Localized Cooling in Solar-Powered Agricultural Houses> Mechanism of substrate cooling, comparison of energy consumption with spatial cooling, growth conditions this summer <Cooling and Heating with Solar Heat> Examples of crown heating and house cooling, utilization of surplus heat in summer <Cooling of Crops and Workers with Well Water> Exhibition of a prototype well water cooler and proposals for the use of cooling jackets When you visit, please be sure to stop by our booth.

We would like to inform you about the autumn and winter internship opportunities for the 2028 graduates. 1. Open Company Dates: October 23, 2026 (Friday), November 11, 2026 (Wednesday), December 10, 2026 (Thursday), January 21, 2027 (Thursday) Time: 13:30 - 15:30 Location: Online (Microsoft Teams) 2. 1-Day Job Experience Dates: November 17, 2026 (Tuesday), December 16, 2026 (Wednesday) January 15, 2027 (Friday), January 27, 2027 (Wednesday), February 4, 2027 (Thursday), February 10, 2027 (Wednesday), February 18, 2027 (Thursday) Time: 10:00 - 17:30 (tentative) Location: Takaya Corporation Headquarters (661-1 Ibara-cho, Ibara City, Okayama Prefecture)

Notice of participation in the "FOOD Expo 2026." 【Date and Time】 　November 11 (Wednesday) - 13 (Friday), 2026 　Opening hours: 10:00 AM - 5:00 PM 【Venue】 　Tokyo Big Sight 　East Hall 2, Booth Number B-36 【Exhibits】 　Cardboard insulated boxes 　Craft cooler cubes 　Vacuum insulated panel 　Pallet cubes

[Lecture Topics] 1. Co-creation Strategy to Deliver AI to the Field - Business Development and Joint Ventures in the Era of Generative AI and Physical AI Mr. Haruto Suzuki, Industrial and Regional Research Department, Development Bank of Japan 1. The Mechanism of Generative AI and Its Current Utilization by Companies 2. Expansion of the Generative AI Market and AI Infrastructure 3. Transition from Generative AI to Physical AI 4. Bottlenecks in Social Implementation and Solutions through Joint Ventures 5. Formation of an Implementation Ecosystem through Policy and Finance 6. Q&A / Business Card Exchange 2. Needs, Development Trends, Future Possibilities, and Challenges of Physical AI Mr. Kazushi Asama, Senior Researcher, Next-Generation Robot Research Organization, Waseda University / Emeritus Professor, University of Tokyo 1. What Physical AI Means 2. Needs for Physical AI and the Technological Trends of Generative AI Behind It 3. Development Trends of Physical AI 4. Future Possibilities and Challenges of Physical AI 5. Q&A / Business Card Exchange