Introduction of the latest VR content for VR safety experience education.

Recreating disaster scenarios in a virtual space (VR). By experiencing accidents in a realistic way, we can enhance sensitivity to danger and contribute to safety education for preventing workplace accidents.

This is a safety education program that allows participants to experience accidents that occur on production and construction sites while simultaneously checking for hazardous elements. ■ 3-Axis VR Simulator ■ In conjunction with VR visuals, it reproduces tilting, shaking, and impact. By "experiencing" various dangers, it aims to enhance the safety awareness of participants. 【Features】 　◎ Vibration and impact are conveyed through the linkage of visuals and the platform 　◎ Experience realistic workplace accidents 　◎ Safer education is possible with safety guards 　◎ Available for rental starting from one month ■ Subscription Service ■ We offer a subscription service that allows you to utilize VR safety experience education content at a fixed rate anytime. We provide a "Premium Plan" that allows access to all content and a "Content Selection Plan" that lets you choose specific content. With over 35 types of rich content, we prevent monotony in safety education. 【Features】 　◎ Always access the latest content 　◎ Choose a subscription plan that fits your needs 　◎ Easily implement planned safety education 　◎ Over 35 types of rich content available *For more details, please download the PDF or feel free to contact us.

• VR/AR

To customers considering planned safety education without incurring initial costs.

We offer a subscription service that allows you to utilize VR safety training content anytime through a flat-rate service. You can visualize the implementation dates of training, types of content, and frequency, which also helps prevent monotony and obsolescence from using the same content. We provide a "Premium Plan" that allows unlimited access to all content and a "Content Selection Plan" that lets you choose the number of content options. Please feel free to contact us if you have any requests. 【Service Features】 ■ Access to the latest content at all times ■ Visualization of training achievements ■ Ability to choose a subscription plan that fits your needs ■ Easy and planned safety training, etc. *For more details, please download the PDF or feel free to contact us.

• VR/AR

A sense of realism that feels just like reality! Education that appeals to the sensitivity to danger.

The "3-Axis VR Simulator (Separated Type)" is a safety solution that allows users to experience accidents that occur in production and construction sites while simultaneously checking for hazardous elements. It consists of a motion plate that reproduces physical stimuli (tilting, shaking, impact) linked to VR visuals from a head-mounted display (HMD), along with safety guards to prevent the participant from falling. In addition to traditional "classroom learning," the use of the 3-Axis VR Simulator enables participants to "experience" various dangers, thereby enhancing their safety awareness. 【Features】 ■ Learn through experience ■ Rental and subscription options available ■ Multiple users can participate in VR safety training simultaneously ■ Significant reduction in waiting time for participants ■ Minimization of instructor personnel required *For more details, please refer to the PDF document or feel free to contact us.

• others

An immersive experience that feels just like reality! Education that appeals to the sensitivity to danger.

The "3-Axis VR Simulator (Integrated Type)" is a safety solution that allows users to experience accidents that occur in production and construction sites while simultaneously checking for hazardous elements. It consists of a motion plate that reproduces physical stimuli (tilting, shaking, impact) linked to VR visuals from a head-mounted display (HMD), along with safety guards to prevent the participant from falling. In addition to traditional "classroom learning," the use of the 3-Axis VR Simulator enables participants to "experience" various dangers, thereby enhancing their safety awareness. 【Features】 ■ Learn through experience ■ Rental and subscription options available ■ Multiple participants can undergo VR safety training simultaneously ■ Significant reduction in waiting time for training sessions ■ Minimization of instructor personnel required *For more details, please refer to the PDF document or feel free to contact us.

• others

Recreating disaster scenarios in virtual space (VR). By experiencing fall accidents during high-altitude work in a realistic manner, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

You can experience a fall accident from a ladder during high-altitude work. You will transport a toolbox (bucket) located on a scaffold at a height of about 20 meters to the upper floor. While using a ladder to move to the upper floor, you will fall from a height. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on a wealth of past work accident information. - A review of hazardous elements at the end of the content. - It encourages participants to think critically! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing a fall accident on stairs in a realistic manner, it enhances sensitivity to danger and contributes to the prevention of workplace accidents.

You can experience a slip-and-fall accident while descending stairs. You fall from a wet staircase while rushing to the site after being late for a trial. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on abundant past work accident information - Review of danger factors at the end of the content - Encourages participants to think critically! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing accidents caused by steam leaks in a realistic manner, it enhances sensitivity to dangers and contributes to the prevention of workplace accidents.

Experience an accident caused by a steam leak that occurred during the replacement work of steam piping. After confirming the boiler is stopped, work will be carried out in the steam header room while replacing the steam trap piping. When attempting to replace the piping in the steam header room, steam bursts out, resulting in a burn accident. ●Content Highlights● - Fully recreates the mindset of the victims based on a wealth of past workplace accident information. - A review of hazardous elements at the end of the content. - Encourages participants to think critically! - The retention of safety education for participants is significantly improved!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing electric shock accidents with power tools in a realistic manner, it enhances sensitivity to danger and contributes to the prevention of workplace accidents.

During grinder operations, you can experience an electric shock accident caused by leakage current. Cutting work on materials will be performed using a grinder. Due to the damaged insulation of the grinder's power cable, an electric shock will occur from the leakage current. ●Content Highlights● - Complete recreation of the victim's mindset based on a wealth of past labor accident information - Review of hazardous elements at the end of the content - Encourages participants to think critically! - The retention of safety education for participants is significantly improved!

• VR/AR

Caught in loading operations

You can experience pinching accidents during loading operations. Materials are transferred to a transport pallet and secured with a sling belt. While checking the condition of the sling belt, the forklift is operated, and a hand gets caught between the materials and the sling belt. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on a wealth of past accident information - Review of hazardous elements at the end of the content - Encourages participants to think critically! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing an accident involving a collision with a vehicle during road paving work, it enhances sensitivity to danger and contributes to the prevention of work-related injuries.

During road paving work, you can experience a collision accident with construction vehicles. While compacting the road, you will operate a smartphone and collide with a work vehicle. ● Key Points of the Content ● - Completely recreates the feelings of victims based on a wealth of past labor accident information. - A review of hazardous elements at the end of the content. - The point is to make participants think! - The retention of safety education for participants is different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing accidents in a realistic manner, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

During work using the roll machine, it is discovered that dirt has adhered to the operating roll machine. An accident can occur when attempting to wipe off the dirt without following the work procedures, resulting in being caught in the roll machine. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on a wealth of past work accident information - Reflection on dangerous elements at the end of the content - The point is to make participants think! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing tripping accidents in a realistic manner, it enhances sensitivity to dangers and contributes to the prevention of workplace accidents.

You can experience a fall while working in a cluttered environment. You count the broken lights in the warehouse as you walk. Along the way, obstacles such as hoses and cardboard block your path. Ultimately, you trip over a step and fall forward. ●Content Highlights● - Complete recreation of the victim's mindset based on a wealth of past workplace accident information - Reflection on hazardous elements at the end of the content - Encourages participants to think critically! - The retention of safety education for participants is significantly improved!

• VR/AR

Recreating disaster scenarios in a virtual space (VR). By experiencing forklift driving accidents in a realistic manner, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

You can experience a tipping accident due to overloading while operating a forklift. You will operate the forklift without being able to see clearly and without understanding the end of the slope, causing you to lose balance and overturn the forklift. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on a wealth of past workplace accident information - Review of dangerous elements at the end of the content - The point is to make participants think! - The retention of safety education for participants is different!

• VR/AR

Recreating disaster scenarios in a virtual space (VR). By experiencing suffocation accidents in a tank realistically, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

You can experience suffocation accidents due to oxygen deficiency while working inside a tank. When conducting equipment inspection work in a confined space, you may suffocate inside the tank due to lack of oxygen. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on a wealth of past work accident information - Review of hazardous elements at the end of the content - The point is to make participants think! - The retention of safety education for participants is different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By dropping tools from heights and experiencing accidents, it enhances sensitivity to danger and contributes to the prevention of workplace accidents.

You can experience a falling accident where a bolt is dropped during the movement of scaffolding at a high work site. Tools scattered around the construction site are cleaned up and moved. During the movement, a bolt is accidentally kicked, and the falling bolt hits a worker on the ground, causing injury. ● Key Points of the Content ● - Complete recreation of the victim's mindset based on a wealth of past accident information - Reflection on dangerous elements at the end of the content - The point is to make the participants think! - The retention of safety education for participants is different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing a fire accident during welding work, it enhances sensitivity to danger and contributes to the prevention of workplace accidents.

You can experience accidents that cause fires during welding operations. Sparks fly during work, igniting flammable materials and resulting in a fire. ● Key Points of the Content ● - Completely recreates the mindset of victims based on a wealth of past work accident information. - A review of hazardous elements at the end of the content. - The key point is to encourage participants to think! - The retention of safety education for participants is different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing accidents caused by forklift overloading, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

I am operating a forklift to transport goods. In order to finish work on time, I am hurrying with the transportation, which has led to overloading the cargo. I can't see in front of me and end up hitting a pedestrian. *This content is in a cinema format. Participants will not operate the machinery but will actively experience the disaster accident.* ●Content Highlights● - Complete recreation of the victim's mindset based on extensive past labor accident information - Reflection on dangerous elements at the end of the content - The key point is to encourage participants to think! - The retention of safety education for participants is different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing an accident where a worker falls from a utility pole during pole erection work, it enhances sensitivity to danger and contributes to the prevention of workplace accidents.

As a worker in electrical construction, I climb the utility pole to perform my tasks. After completing the work on the pole, while descending, an unexpected incident occurs, resulting in a fall from the utility pole. ●Content Highlights● - A complete recreation of the victim's mindset based on extensive past labor accident information - A review of hazardous elements at the end of the content - Encouraging participants to think critically is key! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing accidents where one is struck by cargo during handling operations, it enhances sensitivity to danger and contributes to the prevention of workplace accidents.

As a worker receiving materials, I will accept the cargo loaded onto roll box pallets from delivery trucks. I will perform tasks such as moving the cargo, but accidents can occur due to unsafe factors, such as being struck by roll box pallets. There has been a significant increase in labor accidents involving roll box pallets and truck tailgate lifters. Additionally, laws regarding tailgate lifters are being revised. This content aims to enhance awareness of dangers by allowing users to experience accidents in a VR space, leading to a solid understanding of basic work rules and operating methods. ●Content Highlights● - Complete recreation of the victim's mindset based on extensive past labor accident information - Reflection on dangerous elements at the end of the content - Encouraging participants to think critically is key! - The retention of safety education for participants is significantly improved!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing accidents caused by incorrect operations, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

During crane operations, the person in charge of the work will be temporarily absent. With a desire to leave early due to prior commitments, the absence of the person in charge leads to an individual proceeding with the work alone. At that time, without conducting the necessary checks, they lift the steel materials, resulting in a collision accident. ●Content Highlights● - A complete recreation of the victim's mindset based on a wealth of past labor accident information - A review of hazardous elements at the end of the content - Encouraging participants to think critically is key! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster cases in a virtual space (VR). By experiencing an electric shock accident caused by a miscommunication during an incident report, we aim to enhance sensitivity to danger and contribute to the prevention of workplace accidents.

We will conduct a power-on test. While we are divided into two teams for preparation work, communication is lost due to a malfunction in the radio equipment. Despite not knowing each other's work status, the team leader unilaterally starts the test, resulting in a junior member touching a live wire and getting electrocuted. ●Content Highlights● - Complete recreation of the victim's mindset based on extensive past labor accident information - Review of dangerous elements at the end of the content - Encouraging participants to think critically is key! - The retention of safety education for participants is significantly different!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing crane accidents due to insufficient safety checks, we enhance sensitivity to danger and contribute to the prevention of work-related accidents.

The crane's outriggers are set on the muddy ground, and the crane transports steel beams. When the crane's arm is lowered slightly to correct the tilted steel beam, the crane loses its balance, and the swaying steel beam directly strikes the worker. *This content is in a cinematic format. Participants will not operate the machinery but will actively experience a disaster accident.* ●Content Highlights● - Complete recreation of the victim's mindset based on extensive past work accident information - Reflection on danger elements at the end of the content - Encourages participants to think critically! - The retention of safety education for participants is significantly improved!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing a fall accident due to negligence during high-altitude work, we enhance sensitivity to danger and contribute to the prevention of work-related accidents.

While working on a scaffold at a high-altitude job site, a worker receives a call from their family. Although a colleague warns them, the worker is so engrossed in the call that they neglect to secure their safety harness and check for hazards. Suddenly, the scaffold collapses, and the worker falls along with their mobile phone. *This content is designed in a cinematic format. Participants will experience the disaster incident without any control over the actions.* ● Key Points of the Content ● - Complete recreation of the victim's mindset based on extensive past work accident information - A review of the hazardous elements at the end of the content - Encouraging participants to think critically is key! - The retention of safety education for participants is significantly improved!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing an explosion accident caused by dust coming into contact with fire, it enhances sensitivity to danger and contributes to the prevention of work-related accidents.

You will experience powder mixing operations in a chemical plant. If you make mistakes in the procedures or methods while stirring two types of powders, a dust explosion can occur. It has a multi-ending format, and if you follow the correct procedures, you can complete the task without an explosion. ●Content Highlights● - Complete recreation of the victim's mindset based on a wealth of past accident information - Review of dangerous elements at the end of the content - Encourages participants to think critically! - The retention of safety education for participants is significantly improved!

• VR/AR

Reproducing disaster scenarios in a virtual space (VR). By experiencing incidents of fire caused by insufficient verification, we enhance sensitivity to danger and contribute to the prevention of workplace accidents.

Welding work will be conducted at a site with deteriorated fireproof sheets. Sparks will fly to areas with insufficient fire protection during the work, but the inspection after the work will be neglected, and a break will be taken. A fire will occur upon returning from the break. *This content is in a cinema format. Participants will not operate but will actively experience the disaster incident.* ●Content Highlights● - Complete recreation of the victim's mindset based on a wealth of past work accident information - Review of hazardous elements at the end of the content - Encouraging participants to think is key! - The retention of safety education for participants is different!

• VR/AR

Hotron Inc. has launched its new product, the "Vehicle Count Sensor CCS3"! This product is a ceiling-mounted sensor that combines infrared and radar technology. It reliably detects vehicles in both directions with a single unit, accommodating traffic during congestion and vehicle passing, thus achieving efficient occupancy management in large parking lots. Additionally, it can be utilized for exit warning purposes in addition to vehicle counting, contributing to the safe and smooth operation of parking facilities. 'Features' - Improved detection performance against changes in road surface during rainy weather by using both infrared and radar. - Equipped with IP67 waterproof and dustproof performance, making it effective even in salt damage areas. - Various settings can be configured from a dedicated app (for Android devices), with current settings easily visible at a glance. - The base dimensions are the same as the previous model "CCS2," allowing for smooth replacement of existing equipment. *For more details, please refer to the product information, catalog download, or contact us.*

We have released a "trial version app (browser version)" that allows you to freely test the "blinking detection technology" developed using joint patent technology with Panasonic, directly in your browser. No application, installation, or membership registration is required. It measures blinking for 30 seconds using your PC's built-in camera or your smartphone's camera, displaying the number of blinks, the rate per minute, the duration of closed eyes (average and longest), and the intervals between blinks in real-time. The camera footage is processed within the browser, and neither the video nor the measurement results are sent externally. Additionally, we have started online sales of the "blinking detection app (Windows version)" that allows unlimited measurements for research and verification purposes. It supports recording and CSV output, with prices set at 33,000 yen for general users and 16,500 yen for academic institutions (tax included, per license, one-time purchase). The camera input version and the file input version are sold separately. For integration into products and services, we also offer the "blinking detection SDK" (with a one-month free trial version available).

We will begin providing a new solution for construction companies, the "Specific Voice Detection Edge AI System," utilizing the development and operational insights from the "Specific Vehicle Detection System" co-developed with Toda Corporation, starting in September 2026. This system applies the technology of the productivity-enhancing AI camera "PROLICA" to pre-learn and analyze specific voice data collected by outdoor microphones, allowing AI to detect target sounds in real-time on-site. By using voice detection, it will be possible to early detect the presence of approaching emergency vehicles even in environments where traditional visual checks or image analysis by AI cameras are difficult due to obstructions like buildings or curves. By linking with various devices and automating the control of construction vehicle departures and alerts to workers, it contributes to improving safety at construction sites and surrounding roads. ■ Main Features of This System 1. High-precision detection using voice AI 2. Safety management independent of visibility 3. Real-time processing with edge AI For more details, please check the linked page.

We will be exhibiting at the "Advanced Construction, Disaster Prevention, and Mitigation Technology Fair in Kumamoto 2026," which will be held for two days from November 18 at Gran Messe Kumamoto (Masaki Town, Kamimashiki District, Kumamoto Prefecture). This exhibition is organized by the organizing committee of the Advanced Construction, Disaster Prevention, and Mitigation Technology Fair in Kumamoto 2026, aiming to enhance disaster prevention awareness through the introduction of advanced technologies and products related to disaster prevention, as well as to promote economic and technological exchanges. On the day of the event, we will showcase the "High Water Content Soil Improvement Agent MT Series" and the "Soil Recycling Technology Bontelan Method," and we will introduce our technologies through demonstrations using actual soil. We invite those nearby to stop by our booth. Venue: Gran Messe Kumamoto (1010 Fukutomi, Masaki Town, Kamimashiki District, Kumamoto Prefecture) Dates: November 18, 2026 (Wednesday) 10:00 AM - 5:00 PM November 19, 2026 (Thursday) 9:30 AM - 3:30 PM Our booth location: B18 Technical Presentation: November 18, 2026 (Wednesday) 1:15 PM - 1:45 PM, Seminar Room 4 Official website of the Advanced Construction, Disaster Prevention, and Mitigation Technology Fair in Kumamoto 2026: https://www.s-kumamoto.jp/

Recently, Intertek Certification AB, the Swedish subsidiary of Intertek, has been accredited by the Swedish national accreditation body Swedac as a verification body for the EU Carbon Border Adjustment Mechanism (CBAM). According to Swedac's announcement, this is the first CBAM accreditation for a verification body in Sweden. This accreditation covers six sectors: cement, steel, aluminum, fertilizers, hydrogen, and electricity, and Intertek Certification AB will provide third-party verification services for embedded emissions associated with the manufacturing of CBAM-covered products based on the scope of accreditation. CBAM is a system that reflects the carbon price on greenhouse gas emissions associated with the manufacturing of certain products imported into the EU, requiring targeted companies to properly calculate and report their greenhouse gas emissions data and comply with third-party verification. Intertek Certification Co., Ltd. supports CBAM compliance in collaboration with accredited entities and global expert teams as the contact point in Japan. If you have any inquiries regarding third-party verification or related services, please feel free to contact us.