The booth exhibition of Sysmet Co., Ltd. at the 56th Iwasaki Total Solution Fair 2026, held on April 8 (Wednesday) and April 9 (Thursday), has successfully concluded. On the day of the event, members of the technical department involved in meteorological forecasting, equipment development, and fieldwork from our headquarters in Kitakyushu participated to support the booth, which included actual equipment. Many visitors came to the booth, where they asked questions to the meteorologists and inquired about new services such as environmental sensors for noise and vibration, resulting in a great response. On the 8th, we were honored to have the opportunity to give a presentation on "How to View Meteorological Data from a Forecaster's Perspective and an Introduction to AI Wind Forecasting" at the mini stage, led by our meteorologists. Moving forward, we will continue to provide services that contribute to everyone's safety and efficiency, focusing on the theme of "Visible" safety created through the combination of meteorology and technology.

Thank you for always watching. This time, I will introduce one of the indicators for understanding the intensity of rain, known as precipitation intensity. Table of Contents 1. What is precipitation intensity? 2. Observation of rain and snow using weather radar 3. Image of precipitation intensity 4. Conclusion ■1. What is precipitation intensity? In the weather forecasts we usually see, the observed and predicted values of rain are often indicated by terms such as "rainfall (hourly rainfall)" and "continuous rainfall." The Japan Meteorological Agency further categorizes hourly rainfall into forecast terms such as "heavy rain" and "intense rain." *For more details, please visit our website or feel free to contact us.

On November 11, 2025, a proposal to revise the "Disaster Prevention Meteorological Information" concerning floods, heavy rain, landslides, and storm surges was approved by the Cabinet. The implementation is scheduled for the rainy season in 2026. This article will explain what disaster prevention meteorological information is, the issues with the current system, and how the new disaster prevention meteorological information will change. Table of Contents 1. What is disaster prevention meteorological information? 2. Issues with the current disaster prevention meteorological information 3. How will the new disaster prevention meteorological information change? 1. What is disaster prevention meteorological information? Disaster prevention meteorological information refers to information related to disaster risks announced by the Japan Meteorological Agency. It is issued when the risk of disasters such as heavy rain, floods, strong winds, lightning, storm surges, and landslides increases, serving as a basis for decisions on evacuation and work suspension. Specifically, it includes alerts and warnings such as "Special Heavy Rain Warning," "Landslide Warning," and "Storm Surge Advisory," which are denoted by the suffixes "warning" or "advisory." It also encompasses various other information, such as "Meteorological Information on Significant Heavy Rain" that alerts to the risk of linearly organized precipitation bands, "Heat Stroke Warning Alerts" during summer, and "Typhoon Information." 2. Issues with the current disaster prevention meteorological information For details, please visit our website.

Introducing case studies of the implementation of the Natural Disaster Prevention System ZEROSAI (Registration Number QS-150021-VE) in civil engineering and construction work in the construction industry. It can be utilized not only for safety measures but also for creative ideas and technical proposals. [Before Implementation] Due to construction in mountainous areas, there was no signal, and weather information was being observed from a location far from the site. <Challenges> ● There was a discrepancy in weather information between the site and the observation point. ● Instructions to halt work for the site workers were delayed. We implemented our [Natural Disaster Prevention System ZEROSAI] and conducted communication using [Starlink]. *For more details, please visit our website or feel free to contact us.

Thank you for always watching. This time, I would like to pick up on one of the new trends being promoted by the government regarding marine construction: "Weather Risk Settlement Type Construction." I would like to explain the overview of "Weather Risk Settlement Type Construction" in as easy-to-understand terms as possible for those who are not very familiar with it. *It is recommended to read this after viewing the previous article, "What is the 'Utilization Coefficient' Used in Port Construction?" The content organized by our company is based on information as of October 2024. For details, please refer to the website of the Ministry of Land, Infrastructure, Transport and Tourism. Table of Contents 1. What is "Weather Risk Settlement Type Construction"? 2. The Concept of Weather Risk Settlement Type Construction 3. Conclusion ■ 1. What is "Weather Risk Settlement Type Trial Construction"? "Weather Risk Settlement Type Trial Construction" is one of the measures promoted by the Ministry of Land, Infrastructure, Transport and Tourism to advance work style reform in ports. *For more details, please visit our website or feel free to contact us.

Thank you very much for always using our products. We have created a "Login Promotion Poster" that contains the login information to help you make the most of our products, the "Natural Disaster Prevention System ZEROSAI" and the "Weather and Ocean Comprehensive Portal Site Compass PLUS." *For more details, please visit our website or feel free to contact us.

This time, I would like to explain the criteria for stopping work with cranes, specifically the "average wind speed of 10 m/s," including how the wind blows and what kind of effects it may have, as well as touching on the differences between average wind speed, instantaneous wind speed, and maximum wind speed. 1. What does "average wind speed of 10 m/s" mean? 2. What are the differences between "average wind speed," "instantaneous wind speed," and "maximum wind speed"? 3. Conclusion 1. What does "average wind speed of 10 m/s" mean? The wind can vary in strength and is influenced by terrain and nearby structures. According to the Japan Meteorological Agency, an "average wind speed of 10 m/s" is described in forecasting terms as "a somewhat strong wind." *For more details, please visit our website or feel free to contact us.

The disaster prevention system ZEROSAI, registered under NETIS number QS-150021-VE, can perform wireless communication using SpaceX's Starlink even in communication dead zones. ZEROSAI can be utilized at sites where radio waves do not reach, such as sediment control dam construction sites and solar power generation facilities. The arrangement of Starlink equipment related to communication will be handled by Sysmet Co., Ltd., so customers will not have to deal with any hassle.

Thank you for always watching. I will continue to introduce the criteria discussed previously regarding "standards for work suspension due to bad weather." This time, the content is about the criteria for heavy rain. This time, I will explain the concept of precipitation for considering work suspension criteria. Table of Contents 1. One-hour rainfall and continuous rainfall 2. One-hour rainfall and rain intensity 3. What kind of rain is "continuous rainfall of 50mm"? 4. Timing for resetting continuous rainfall 5. Conclusion *For more details, please visit our website or feel free to contact us.

In light of the recent increase in heatstroke-related fatalities due to extreme heat, the Ministry of Health, Labour and Welfare has announced that it will amend the Occupational Safety and Health Regulations, which will take effect on June 1, 2025. This article provides a brief overview of "what measures will be necessary." Table of Contents 1. The Importance of Initial Response 2. Measures to be Taken by Employers (1) Establishment of a System (2) Creation of Implementation Procedures (3) Awareness Raising Among Stakeholders 3. Efficient Heatstroke Measures Using Chat Tools and Centralized Management Tools *For more details, please visit our website or feel free to contact us.

Thank you for always watching. The last weather-related information for 2024 will introduce a theme unique to winter. As December has arrived, the temperature has dropped significantly. During this time, the term "cold air aloft" is often heard in weather forecasts. The phenomena of cold air aloft and clouds observed by the Himawari weather satellite can be viewed as images on the Japan Meteorological Agency's website. In fact, those images contain indicators that suggest the strength of the cold air aloft, in addition to the movement and shape of the clouds. This is referred to as "offshore distance." This time, I would like to introduce this "offshore distance." It may sound like a difficult term that is not very familiar, but it can actually be easily checked. Table of Contents 1. What is offshore distance? 2. Offshore distance and the strength of cold air aloft 3. Conclusion *For more details, please visit our website or feel free to contact us.

In the construction industry, "bad weather" such as heavy rain and typhoons is one of the threats that jeopardizes the safety of workers and the work plan at the site. According to the Labor Safety and Health Act, (Prohibition of Work During Bad Weather) Article 522 When a business operator conducts work at a height of 2 meters or more, if there is a forecast of danger due to bad weather such as strong winds, heavy rain, or heavy snow, they must not engage workers in that work. However, even though "bad weather" can be described in one word, perceptions of it vary from person to person. Therefore, site supervisors need to establish specific numerical values or indicators to define what constitutes "bad weather" and set criteria for halting work, ensuring that all parties involved have the same understanding. So, how should these criteria be established? Table of Contents 1. What is the specific definition of "bad weather"? 2. Examples of work affected by rain and strong winds 3. Considerations for setting work stoppage criteria 4. Let's understand the weather information at the work site! *For more details, please visit our website or feel free to contact us.

Thank you for always watching. This time, I will talk about important indicators used in port operations. Depending on the site environment, offshore construction is easily affected by waves and wind, and it is particularly necessary to carefully consider weather conditions in cost management and labor management. For this reason, there is an important keyword in offshore construction known as "utilization coefficient." This time, we will take a rough look at this "utilization coefficient." 1. What does "utilization" mean? 2. Calculation of the utilization coefficient 3. Concept of the utilization coefficient 1. What does "utilization" mean? First, "utilization" refers to the state in which machinery and equipment have been delivered to the construction site. The number of days from when the equipment is delivered to when it is removed is called "utilization days." Additionally, the construction period (excluding preparation and cleanup) includes not only the days when work is performed (operating days) but also non-operating days (holidays, safety training days, days of inclement weather, etc.). The remaining days in a year (365 days) after excluding these non-operating days constitute the annual "operating days" for the machinery and equipment. *For more details, please visit our website or feel free to contact us.

Due to the mandatory implementation of heatstroke prevention measures in the workplace, we have seen an increase in inquiries regarding heatstroke at our company. Among these, we have received many requests to "measure the heat index (WBGT) in accordance with JIS standards." To conclude, the observation of the heat index (WBGT) in accordance with the Japanese Industrial Standards JIS Z 8504 can be achieved by utilizing the black globe thermometer from the Natural Disaster Prevention System ZEROSAI. - Real-time heat index (WBGT) management in the cloud, combined with pinpoint weather forecasting - Notifications via electronic display boards and business chat (LINEWORKS, direct, Wowtalk, Microsoft Teams) when threshold values are exceeded - Centralized management of various observation equipment information such as wind speed, rainfall, water level, noise, and vibration - API integration available *For more details, please visit our website or feel free to contact us.

Heatstroke Prevention Utilizing NETIS Products: Leveraging ICT for Weather DX! Winter has ended, and temperatures are gradually rising, making it more comfortable with the arrival of spring. However, before we know it, the warm days will pass, and the hot season, where sweat drips, will arrive... This time, we would like to introduce heatstroke prevention measures using our 【Natural Disaster Prevention System ZEROSAI NETIS Registration Number QSK-150021-VE】! *For more details, please visit our website: https://product.sysmet.jp/bousaiban/k_164.html Also, please be sure to download the catalog.

Have you ever experienced waking up to a completely white view outside your window due to fog? When fog appears, it becomes difficult to see while driving, increasing the risk of accidents. It can also lead to flight cancellations and work stoppages at ports. Let’s take a clear look at fog, which may seem familiar yet is surprisingly not well understood. Table of Contents 1. What is fog? – What kind of phenomenon is it? 2. Differences in names based on fog density 3. Types of fog – Five ways it forms 4. Cautions to take when fog appears! 5. Summary For more details, please visit our website.

To combat heatstroke during the summer, Sysmet Co., Ltd. has started providing black globe thermometers again this year. Differences from conventional black globe thermometers: - 17-day ahead heat index (WBGT) forecast with a 500m mesh - 1-minute updates of heat index (WBGT) measurements compliant with JIS standards - Email alerts when threshold values are exceeded, along with alarm devices (electronic display boards, rotating lights) and notifications via direct LINE WORKS, etc.

A meteorologist from Sysmet Co., Ltd. will be speaking at the mini stage of the 56th Iwasaki Total Solution Fair 2026. The mini stage will be held on the 1st floor of the exhibition hall, with each session lasting about 15 minutes. No prior registration is required, and attendees can enter and exit freely. Our presentation theme is: "Introduction to Weather Data from a Meteorologist's Perspective and AI Wind Forecasting." We will introduce how to interpret weather data from ZEROSAI X-AI, as well as our unique AI approach to wind forecasting and key points for applying it to on-site risk management and work planning. Presentation Date and Time: April 8, 2026 (Wednesday) from 13:30 Venue: 56th Iwasaki Total Solution Fair 2026 Mini Stage in the 1st Floor Exhibition Hall If you plan to attend the exhibition, please feel free to stop by the mini stage. We sincerely look forward to your visit. For more details about the mini stage, please visit the official website of the Iwasaki Total Solution Fair 2026. Related Article: We will be exhibiting at the 56th Iwasaki Total Solution Fair 2026.

Sysmet Co., Ltd. will exhibit at the 56th Iwasaki Total Solution Fair 2025, which will be held on April 8 (Wednesday) and April 9 (Thursday), 2025. Exhibited Products We will showcase the comprehensive weather platform ZEROSAI X-AI, which was released on February 18. It is possible to centrally manage information observed by environmental sensors along with weather information. Environmental Sensors - Cloud-managed noise and vibration meters (actual devices available) - Cloud-managed turbidity and pH meters - Cloud-managed dust meters We also offer a variety of options, including: - Sites without radio waves or power supply - Use cases in rivers - Automatic notifications via direct messaging or LINE WORKS We look forward to meeting everyone.

On February 24 (Tuesday), the Japan Meteorological Agency announced its three-month forecast for March to May. In the vicinity of Japan, the upper-level westerlies are expected to flow more to the north than usual, making it likely to be covered by warm air. As a result, above-average temperatures are predicted for March and April in regions excluding Okinawa and Amami, and nationwide in May. With an increase in warm days, there may also be days when it feels hot enough to sweat during the daytime. On sunny days, ultraviolet rays are likely to be strong, so please take precautions such as wearing hats and using sunscreen. For more details, please visit our website.

In recent years, extreme weather phenomena such as localized heavy rains caused by linear precipitation zones, unpredictable gusts of wind, and record-breaking heatwaves have been increasing. To ensure safety on-site, there is a demand for more accurate weather forecasts and swift decision-making. There are three main reasons why weather risk management is difficult at construction sites and factories: 1. Information is dispersed. Weather forecasts, wind speeds, heatstroke indices, rainfall... necessary information is spread across multiple systems and apps, making comprehensive decision-making time-consuming. 2. Information sharing is challenging. Only a few people are aware of the weather information, and it does not reach cooperating companies or on-site workers, making it difficult for everyone to have the same understanding in emergencies. 3. Localized forecasting is difficult. General weather forecasts target broad areas, and there are limitations to precise predictions at specific construction sites. This is especially true in mountainous or coastal areas. For future weather measures, "centralized management" and "visualization" will be key. Sysmet Corporation released the comprehensive weather platform ZEROSAI X-AI on February 18, 2026, to address these challenges. For more details, please visit our website or download the PDF.

On January 20 (Tuesday), the Japan Meteorological Agency announced its three-month forecast for the period from February to April. In the vicinity of Japan, the upper-level westerly winds are expected to flow further north than usual, particularly in the latter half of the period. As a result, February is expected to be cold nationwide, while March and April are predicted to be less affected by cold air, leading to a tendency for higher temperatures, except in Okinawa and Amami. With the arrival of spring anticipated to be early, cherry blossoms are also expected to bloom smoothly. Around April, there may be days that feel warm enough to sweat, so in addition to adapting to temperature differences, it is advisable to take measures against ultraviolet rays. For more details, please visit our website.

Thank you for your continued support. On February 18, 2026, we will release the comprehensive weather platform ZEROSAI X-AI. Our strength lies in the ability to integrate AI for wind speed forecasting, weather observation, environmental data, and hazard notifications, in line with traditional pinpoint weather forecasting. On the same day, we will also release a cloud-managed dust meter as a new option for the comprehensive marine platform Compass PLUS. For more details, please visit our website.

The Natural Disaster Prevention System ZEROSAI has been utilized by many general contractors since its launch. Since the start of operations, it has been implemented at over 1,000 civil engineering and construction sites and is currently being widely used as a weather countermeasure on construction sites. As a successor service to the Natural Disaster Prevention System ZEROSAI, we will release the Comprehensive Weather Platform ZEROSAI X-AI on February 18, 2026. ZEROSAI X-AI can centrally manage weather forecasts for construction sites, weather and environmental data, and hazard notifications. It allows all personnel on site to visualize various dangers such as sudden heavy rain, strong winds, heatstroke measures during summer, linear precipitation zones, and typhoons. While leveraging the strengths of traditional centralized management, we have newly added an AI-based wind speed forecasting feature. Additionally, various functions such as chatbots have been added or improved, making it even more convenient. For service details and catalogs, please visit our website.

― System development to prevent leaving extreme heat to "on-site discretion" is gaining momentum ― In recent years, the intensity of summer heat has been increasing, and it is now recognized as a risk that is not just temporary but becoming a norm. On December 23, 2025, the Ministry of Land, Infrastructure, Transport and Tourism formulated a "Heat Wave Countermeasure Support Package for Construction Works," which respects the autonomy of contractors while supporting the use of the latest technologies and diverse working styles. This article will clearly explain what has changed with the formulation of this package and how it can be utilized. For more details, please visit our website.

On December 23rd (Tuesday), the Japan Meteorological Agency announced the three-month forecast for January to March. During this period, there will be times when the extension of the Siberian high pressure is weak to the northeast and strong to the southeast, which may lead to the influence of cold air from the west. As a result, temperatures nationwide are expected to be nearly average from January to February. For more details, please visit our company website.

This time, 【Compass PLUS】 has undergone a complete renewal to achieve higher convenience, operability, and functionality, taking into account the recent increase in DX promotion and the valuable feedback from all users in the field. The new 【Compass PLUS】 revitalizes all aspects of design, functionality, and usability while leveraging its traditional strengths, further enhancing its value for use in the field. *Please note that previous TOP settings and screen settings will be reset. If you wish to rearrange the elements on the top screen or display predictive printing after logging in, you will need to set them again. Regarding the renewal of Compass PLUS, we have prepared materials on the modifications and the latest catalog in PDF format. For those who would like to know more details or are considering implementation, please visit our company website.

Thank you very much for your continued patronage. Our company will be closed for the year-end and New Year holidays during the following period: From December 26, 2025 (Friday) 12:00 to January 4, 2026 (Sunday). Inquiries received via email or phone during this period will be addressed sequentially after January 5 (Monday), so we kindly ask for your understanding. Please note that spot forecasts by meteorologists and phone consultations (7:00 AM to 2:00 PM) will continue to be available as usual during the year-end and New Year holidays. (Phone consultations are available only to clients who have contracted our services.)

The Japan Meteorological Agency announced a three-month forecast from December to February on Tuesday, November 25. During this period, the upper-level westerly winds will meander southward near Japan, but will generally flow in the same position as the average year. For more details, please visit our website.

Thank you very much for using our services regularly. We would like to inform you that our office in the Northern Japan region will be relocating to the address below. Please note that there will be no change to our phone number. We appreciate your continued support. <New Address> New Address: 1-12, 15-chome, Shin-Kotoni 6-jo, Kita-ku, Sapporo, Hokkaido, 001-0906 Phone Number: 011-215-5325 (no change)