GRIFFY List of Products and Services

The dust dispersion prediction system "TOBASAN" uses high-precision weather data with a 1km mesh, which is utilized in the weather risk management mobile application KIYOMASA PRO, to predict the amount and direction of dust dispersion generated by activities such as excavation and demolition at a 10m mesh level. This system allows for the preemptive prediction and monitoring of dispersion risks. Based on the type of work being performed on-site (you can choose from 22 types), it predicts the amount and direction of dust dispersion caused by the work. By simply selecting the on-site work from the 22 types, it highly simulates the dust dispersion situation in the atmosphere. Prediction data is visualized in maps and tables, updated twice a day (morning and afternoon). It helps to prevent the spread of air pollution in advance and contributes to the establishment of an appropriate environmental monitoring system. 【How to Use】 Enter the site-specific ID and password at the designated URL to log in to the dedicated site for the location. It is accessible via the browser on your tablet or PC. There are no restrictions on the number of users viewing the site, so individuals other than those belonging to the site, such as headquarters staff or those in charge of watering, can also view it.

• Other measuring instruments

The dust dispersion prediction system "TOBASAN" is a support system that predicts the amount and direction of dust dispersion caused by demolition work and other activities based on high-precision weather data, using a 10-meter mesh. It helps prevent dust inhalation accidents at the site. By simply specifying the type of work (22 types) being performed at the site, it predicts where the dust will reach every hour. It visualizes hazardous areas through maps and numerical tables, with information updated twice a day, in the morning and afternoon. By capturing the flow of dust in advance, it supports effective inhalation prevention and watering measures according to wind direction. [How to Use] Enter the site-specific ID and password at the designated URL to log in to the dedicated site. It can be accessed using a tablet or PC browser. There are no restrictions on the number of users viewing the site, so individuals other than those belonging to the site, such as headquarters staff or watering personnel, can also access it.

• Other measuring instruments

Our construction weather service provides total support from before construction to after completion. ●KIYOMASA PRO ●MoniDAS ●Degard ●KAIHO ●TOBASAN

• Other measuring instruments

【NETIS Registration Number: KT-230016-VE】 The weather risk management mobile tool "KIYOMASA PRO" provides pinpoint weather forecasts specifically for construction sites, along with alert functions. In addition to the traditional services, a notification feature has been added to assist in determining work feasibility, helping to inform and avoid various risks such as labor accident risks due to severe weather, equipment loss risks, and risks related to schedule and quality management in advance. 【How to Use】 Enter the site-specific ID and password at the designated URL to log in to the dedicated site. It can be used on your smartphone, tablet, or PC browser. *Recommended browser: Google Chrome There are no restrictions on the number of users accessing the site, so individuals not affiliated with the site, such as those from headquarters or the safety department involved in site safety, can also view it.

• Other analytical equipment

This is a service specialized in broadcasting signage at construction sites, equipped with an alert function that appeals to the senses. It can continuously display information from "KIYOMASA PRO," which provides pinpoint weather information for the site, on large monitors or PCs in a dashboard format, and additionally issues warnings through pop-ups and audio alerts. It can be useful for enhancing safety management on-site and raising awareness of crisis management among workers.

• Other measuring instruments

◆Guard any area with a polygon! The site can set a designated area, and if a forecast is issued indicating that precipitation, wind speed, lightning, or tornado risk exceeds the set threshold within that area, an alert notification will be sent. In road and railway construction, monitoring is supported along the construction section. In dam and river construction, monitoring areas can include watersheds, catchment areas, and upstream river basins to assist in determining work stoppages due to rainfall or strong winds. ◆Guard with administrative boundaries! You can set administrative boundaries such as districts, towns, and prefectures as monitoring areas. (It is also possible to register multiple municipalities as a single area.) Along with the areas where warnings and advisories are issued, you can monitor heavy rain and strong winds within that area, enabling early safety measures and reporting actions on-site. ◆Guard step by step! With DeGuard, you can set multiple monitoring areas or establish thresholds with different levels within the same area. In river construction, a wide catchment area can be set as the first monitoring area, while a river basin closer to the site can be set as the second monitoring area. The wide area may have a significant time lag, but it allows for preparation for rising water levels, while the area closer to the site can be ready for immediate rises in the event of heavy rain.

• Other measuring instruments

This document includes technical proposal recipes and sample phrases that utilize the KIYOMASA PRO, a weather information and alert notification system specifically designed for on-site use. It is a must-read for those who want to monitor weather conditions over a wide area, such as dam and river construction projects, or for those involved in bridge and road construction projects where successful monitoring is crucial. It is also essential for those looking to use signage to notify of dangers! [Contents] - Proposal examples utilizing KIYOMASA PRO + Wide Area Weather Monitoring Alert "DeGuard" - Proposal examples utilizing KIYOMASA PRO + MoniDAS for signage and monitor displays and more For more details, please refer to the PDF or feel free to contact us.

• Other measuring instruments

The dust dispersion prediction system "TOBASAN" uses high-precision weather data with a 1km mesh, which is utilized in the weather risk management mobile application KIYOMASA PRO, to predict the amount and direction of dust dispersion generated by activities such as excavation and demolition at 10m mesh intervals, thereby supporting effective dust control measures on site. Based on the type of work being performed (you can choose from 22 types), it predicts the amount and direction of dust dispersion caused by the work. The dispersion predictions are displayed in tables and maps every hour, with updates occurring twice a day, in the morning and afternoon. 【How to Use】 Enter the site-specific ID and password at the designated URL to log in to the dedicated site for the location. It can be accessed using a tablet or PC browser. There are no restrictions on the number of users viewing the site, so not only those belonging to the site but also personnel from headquarters or those responsible for watering can view it.

• Other measuring instruments

This is an edge AI camera system equipped with advanced image recognition and object detection technology, capable of accurately distinguishing the movements of people and vehicles within camera footage using AI. It features a variety of detection patterns such as intrusion detection, direction detection, and line crossing, allowing for the detection of workers entering hazardous areas on construction sites and the reliable capture of general vehicles approaching construction vehicle entrances and exits. It significantly reduces the time and cost required for building complex analysis models and individual training, achieving immediate object detection in general usage scenarios on-site through high-precision edge AI (real-time local analysis). The edge AI camera automatically identifies the attributes of people and vehicles, enabling remote setting and tuning of detection conditions via communication and control panels through LTE communication. When detecting objects, it smartly links with external devices such as email notifications, rotating lights, LED display boards, and car gates, promptly alerting administrators and workers. Real-time monitoring of camera footage and reviewing recorded data can also be easily performed through a web application. *For more details, please refer to the PDF document or feel free to contact us.*

• Security cameras and surveillance systems

This system is a rental solution optimized for the construction industry, developed by GRIFFY, a SPS-certified technology partner, utilizing the cloud-based camera service "SoraCamera" provided by Soracom and the IoT automation service "SORACOM Flux" powered by generative AI. By combining the cloud camera with the latest generative AI (LLM), it automates the assessment of site conditions with simple verbal instructions, such as "Is the flow of materials correct?" and "Is there any abnormal decrease in materials?" It quickly detects risks of material loss or damage, ensuring a reliable monitoring system and smart material management. ■ Example Use Cases - Material monitoring - Parking situation monitoring - Vehicle length measurement (tunnel entry confirmation) - Equipment checks - Analog meter monitoring - Snow accumulation monitoring - Others

• Security cameras and surveillance systems
• Other measuring instruments

This system is a rental solution optimized for the construction industry, developed by GRIFFY, a SPS-certified technology partner, utilizing the cloud-based camera service "Sorakame" provided by Soracom and the IoT automation service "SORACOM Flux" powered by generative AI. By integrating cloud cameras with the latest generative AI (LLM), it automates security monitoring that previously relied on visual checks, such as "Are there any unauthorized entries into restricted areas at night?" and "Is there any suspicious vehicle entering?" It smartly records and assesses site access, supporting the enhancement of measures against unauthorized intrusions and theft while reducing manpower. ■ Example Use Cases - Material monitoring - Parking situation monitoring - Vehicle length measurement (tunnel entry confirmation) - Equipment checks - Analog meter monitoring - Snow accumulation monitoring - Others

• Other measuring instruments
• Security cameras and surveillance systems

This system is a rental solution optimized for the construction industry, developed by GRIFFY, a SPS-certified technology partner, utilizing the cloud-based camera service "Sorakame" provided by Soracom and the IoT automation service "SORACOM Flux" powered by generative AI. By integrating generative AI (LLM) with cloud-based cameras, visual monitoring tasks such as "Are materials suddenly decreasing?" and "Are there any signs of intrusion onto the site during nighttime or breaks?" can be automated with simple prompts. This eliminates blind spots and oversights, ensuring a reliable crisis management system against unauthorized intrusions and material management, while also reducing the need for personnel in management tasks. ■ Example Use Cases - Material monitoring - Parking situation monitoring - Vehicle length measurement (tunnel entry confirmation) - Equipment checks - Analog meter monitoring - Snow accumulation monitoring - Others

• Security cameras and surveillance systems
• Other measuring instruments

This system is a rental solution optimized for the construction industry, developed by GRIFFY, a SPS-certified technology partner, utilizing the cloud-based camera service "SoraCamera" provided by Soracom and the IoT automation service "SORACOM Flux" powered by generative AI. By integrating cloud cameras with the latest generative AI (LLM), it automates safety monitoring tasks that were difficult with traditional cameras, such as checking for "unauthorized entry into restricted areas" and "proper use of protective gear," using only text instructions. It monitors the equipment and actions of each worker, supporting the reduction of labor accident risks on-site and streamlining safety management. ■ Example Use Cases - Material monitoring - Parking situation monitoring - Vehicle length measurement (tunnel entry confirmation) - Equipment checks - Analog meter monitoring - Snow accumulation monitoring - Others

• Security cameras and surveillance systems
• Other measuring instruments

This system is a rental solution optimized for the construction industry, developed by GRIFFY, a SPS-certified technology partner, utilizing the cloud-based camera service "SoraCamera" provided by Soracom and the IoT automation service "SORACOM Flux" powered by generative AI. By integrating with the latest generative AI (LLM) in addition to the cloud-based camera, it automates monitoring and judgment tasks that traditionally relied on human observation—such as "Are helmets being worn?" and "Is there a decrease in materials?"—using only natural language instructions (prompts), thereby supporting the efficiency and reduction of manpower in site management. ■ Example Use Cases - Material monitoring - Parking situation monitoring - Vehicle length measurement (tunnel entry confirmation) - Equipment checks - Analog meter monitoring - Snow accumulation monitoring Others

• Other measuring instruments
• Security cameras and surveillance systems

【NETIS Registration Number】CB-230022-VE (Technology for Promotion of Utilization) "BAIAS" is an AR system that streamlines the rebar inspection of concrete structures using a single tablet, powered by advanced image recognition and object detection AI technology. The AI automatically detects and measures the number of rebar, diameter (thickness), and spacing instantly from images taken with the tablet. This digitizes the verification process that previously relied on manual labor by site workers, significantly reducing the effort required for inspections. It provides a system that allows inspections of reinforced concrete structures, which were traditionally conducted by multiple people, to be reliably performed by just one individual, contributing to smart labor reduction and assured quality management at construction sites. 【Measurement Targets】 ◾️ Vertical rebar extending vertically from the ground and intersecting horizontal rebar (walls, columns) ◾️ Vertical rebar arranged horizontally with respect to the ground and intersecting horizontal rebar (slabs, beams) ◾️ Measurement function for cylindrical rebar cages available ◾️ Input of slope design values is possible for application in floor slab work (measurement using AR markers) 【Measurement Items】 Number of rebar, rebar spacing (possible for double reinforcement), rebar diameter, lap splice length, anchorage length, rebar cover, number of spacers *For more details, please refer to the PDF document or feel free to contact us.

• Reinforced concrete construction

【NETIS Registration Number】QS-240001-A The "Subsurface Displacement Sensor ShapeArray CLOUD" is a 3D subsurface displacement sensor that uses a 3-axis gravity acceleration sensor (MEMS). It is a remote disaster prevention monitoring system that captures early signs of disasters in infrastructure, such as landslides and tunnels, with a resolution of 0.01mm (error ±1.5mm). It can instantly detect slight displacements in the ground or structures, enabling proactive disaster risk reduction measures against collapse risks. It can be installed in any direction, vertical or horizontal, allowing for the establishment of a reliable risk management system on-site. The acquired data can be easily downloaded in CSV format. Please feel free to contact us when needed. 【Features】 ■ Can be installed in various directions ■ Vertical installation (displacement of slopes, cut earth, and embankments) ■ Horizontal installation (settlement measurement, advance displacement of tunnel faces) ■ Curved installation (displacement of tunnel interiors) ■ Accuracy and resolution of the acceleration sensor ■ Easy installation *For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-240128-A Introducing "GenVital LTE," which supports the safety and health management of workers through a scientific approach. By measuring heart rate, location information, and the heat index on-site with a wristband, indicators calculated by the health management algorithm developed by Obayashi Corporation will instantly notify both the individual and the manager with alerts when danger levels are exceeded, preventing health risks such as heatstroke. <Standard features specialized for on-site worker health management> ⚫︎ Four-level indicator display ⚫︎ Fall detection ⚫︎ SOS signal from the wearer ⚫︎ Location information acquisition ⚫︎ Automatic collection of heart rate and heat index ⚫︎ Daily/Monthly report output ⚫︎ Integration with IoT environmental measurement data With the revision of the Labor Safety and Health Regulations that came into effect on June 1, 2025, businesses are required to implement measures against heatstroke. The use of wearable devices is also recommended to quickly identify workers at risk of heatstroke. "GenVital LTE" is a device suitable for the safety management of on-site workers, capable of quickly detecting the risk of heatstroke! Please feel free to consult us.

• Analysis and prediction system

This is an edge AI camera system that automatically detects the movements of people and vehicles in footage captured by a camera using AI, enabling alert notifications. It is an AI camera system that allows for flexible risk management tailored to the site environment, such as line crossing and direction detection. It clearly captures workers entering hazardous areas and the approach of construction vehicles to general vehicles, thoroughly mitigating the risk of serious contact accidents. By reducing the time and cost associated with building and training analysis models, real-time analysis at the edge enables immediate risk management in general use cases at the site. When the camera detects people or vehicles, it can flexibly respond to changes in detection settings remotely via communication and control panels. Upon detection, it instantly links with email notifications, rotating lights, LED display boards, car gates, etc., reliably notifying administrators and those nearby of potential dangers. Additionally, real-time footage and recordings can be checked from a web application, supporting a robust risk management system. *For more details, please refer to the PDF document or feel free to contact us.*

• Security cameras and surveillance systems

【NETIS Registration Number】KT-240018-A Introducing the AI camera 'PROLICA' that digitizes safety management on-site in infrastructure maintenance DX. By learning the targets to be recognized in advance, the optimized AI automatically detects unauthorized entry into hazardous areas. It can substitute for visual monitoring and simultaneously recognize multiple subjects and risks in real-time. Even in vast maintenance sites and dangerous areas where human oversight is insufficient, it ensures reliable safety measures while reducing manpower. We offer two types of cameras for rental that are suitable for on-site use. 【Features】 ■ Safety Management ■ Quality Management ■ Labor and Effort Reduction ■ Made-to-Order Products *For more details, please refer to the PDF document or feel free to contact us.

• Security cameras and surveillance systems

This is an edge AI camera system that automatically detects the movements of people and vehicles in footage captured by the camera using AI, enabling alert notifications. It is equipped with various detection patterns such as intrusion detection, direction detection, and line crossing, allowing for the detection of workers entering hazardous areas on construction sites and the detection of general vehicles approaching the entrances and exits of construction vehicles. It reduces the time and cost required for building analysis models and training detection targets, achieving AI detection in general use cases on construction sites through edge AI (on-site real-time analysis). The edge AI camera automatically detects people and vehicles, and through communication with a control panel via LTE, it allows for remote setting of detection conditions. When detecting targets, it alerts administrators and workers through email notifications and linked devices such as rotating lights, LED display boards, and car gates. Real-time viewing of camera footage and recorded footage is also possible via a web application. *For more details, please refer to the PDF document or feel free to contact us.

• Security cameras and surveillance systems

【NETIS Registration Number】CB-230022-VE (Technology for Promotion of Utilization) 'BAIAS' is an AR system that simultaneously realizes the digitalization of rebar inspection and inspection records for reinforced concrete structures using a single tablet. It can automatically measure the number, diameter, and spacing of rebars from captured images in an instant, allowing for accurate inspection data to be digitally stored, eliminating the need for handwritten notes or transcription, and enabling high-precision quality control aimed at the future maintenance of structures. By allowing inspection and recording tasks, which were traditionally performed by multiple people, to be completed by one person, it contributes to the efficiency and labor-saving of infrastructure maintenance and inspection processes. 【Measurement Targets】 ◾️ Vertical rebars and intersecting horizontal bars extending vertically from the ground (walls, columns) ◾️ Vertical rebars and intersecting horizontal bars arranged horizontally from the ground (slabs, beams) ◾️ Measurement function for cylindrical rebar cages available ◾️ Input of slope design values is possible for application in floor slab work (measurement using AR markers) 【Measurement Items】 Number of rebars, spacing between rebars (double reinforcement is also possible), rebar diameter, lap splice length, anchorage length, rebar cover, number of spacers *For more details, please refer to the PDF document or feel free to contact us.

• Reinforced concrete construction

【NETIS Registration Number】CB-230022-VE (Technology for Promotion of Utilization) 'BAIAS' is an AR system for rebar inspection that allows a single person to easily conduct inspections of reinforced concrete structures using a tablet. By simply taking pictures with the tablet, it instantly performs automatic measurements of the number of rebars, diameter (thickness), and pitch (spacing), significantly reducing the effort required for inspections. It prevents human errors such as measurement inaccuracies and oversights, allowing for the accumulation of objective quality data on-site. We have established a system that enables reliable inspections of reinforced concrete structures, which previously required multiple personnel, to be conducted by just one person, contributing to labor-saving on-site and ensuring quality assurance. 【Measurement Targets】 ◾️ Vertical rebars extending vertically from the ground and intersecting horizontal rebars (walls, columns) ◾️ Vertical rebars arranged horizontally and intersecting horizontal rebars (slabs, beams) ◾️ Measurement function for cylindrical rebar cages ◾️ Input of slope design values is possible for application in floor slab work (measurement using AR markers) 【Measurement Items】 Number of rebars, spacing between rebars (double reinforcement is also possible), rebar diameter, lap splice length, anchorage length, rebar cover, number of spacers *For more details, please refer to the PDF document or feel free to contact us.

• Reinforced concrete construction

【NETIS Registration Number】CB-230022-VE (Technology for Promotion of Utilization) 'BAIAS' is an AR system for rebar inspection that allows a single person to easily conduct inspections of rebar arrangements in reinforced concrete structures using a tablet. It automatically measures and verifies the number, diameter, and spacing of rebars from captured images in an instant, reducing the time and effort required for inspections. Since it can output accurate measurement data without discrepancies, regardless of who is in charge, it strongly supports the quality management system of structures. By enabling the inspection of rebar arrangements in reinforced concrete structures, which was typically performed by multiple people, to be carried out easily and with high precision by a single individual, it promotes labor-saving on-site operations and reliable quality management. 【Measurement Targets】 ◾️ Vertical rebars extending vertically from the ground and intersecting horizontal rebars (walls, columns) ◾️ Vertical rebars arranged horizontally with the ground and intersecting horizontal rebars (slabs, beams) ◾️ Measurement function for cylindrical rebar cages available ◾️ Input of slope design values is possible for application in floor slab work (measurement using AR markers) 【Measurement Items】 Number of rebars, spacing of rebars (possible for double reinforcement), diameter of rebars, lap splice length, anchorage length, cover depth, number of spacers *For more details, please refer to the PDF document or feel free to contact us.

• Reinforced concrete construction

【NETIS Registration Number】KT-200132-VE Introducing the "Signloid 2," a measurement and display system for weather environments that captures sudden weather changes. This versatile LED display board is equipped with a built-in cloud logger and can display not only daily fluctuating weather data such as wind speed, rainfall, and water level, but also analog measurement data like noise, vibration, and tilt. Additionally, alerts can be set and triggered in advance for weather values predicted by AI, as well as for actual measured values. Measurement data is automatically saved to the cloud, allowing for accurate tracking of current trends through lists and graphs from remote locations. It enables quick detection of signs of sudden bad weather, facilitating smooth adjustments to work processes and safe rescheduling of plans. Please feel free to contact us for inquiries. *If only measurement data collection and display are performed without weather forecasting, the NETIS registration number for the "Cloud Logger LTE" is "KT-220145-VE." 【Features】 ■ Check actual and predicted values with the built-in cloud logger ■ Simultaneous display of multiple weather forecast data on-site *For more details, please refer to the PDF materials or feel free to contact us.

• Information display device

【NETIS Registration Number】KT-240018-A 'PROLICA' is an AI camera that substitutes visual monitoring and situation confirmation, enhancing risk management and crisis management on-site. By learning the subjects that need to be recognized in advance, it enables automatic detection of various subjects and simultaneous real-time recognition of abnormalities in multiple areas. This allows for accurate understanding of the latest conditions of facilities even from distant offices or remote locations, making it ideal for safety management during nighttime or in unmanned environments. We offer two types of cameras tailored for on-site safety management for rent, so please feel free to contact us. 【Features】 ■ Safety Management ■ Quality Management ■ Labor and Effort Reduction ■ Made-to-Order Products *For more details, please refer to the PDF document or feel free to contact us.

• Security cameras and surveillance systems

【NETIS Registration Number】KT-240018-A "PROLICA" is an AI camera for image recognition and object detection that automates situational awareness and anomaly detection through visual observation, embodying IT and DX promotion on-site. By training a machine learning model optimized for the on-site environment using labeled data of the targets to be detected in advance, it is capable of accurately and automatically recognizing and detecting multiple different subjects simultaneously. We offer two types of cameras for rental that support data-driven smart site management. Please feel free to contact us. 【Features】 ■ Safety Management ■ Quality Control ■ Labor and Effort Reduction ■ Made-to-Order Products *For more details, please refer to the PDF document or feel free to contact us.

• Security cameras and surveillance systems

【NETIS Registration Number】KT-200132-VE Introducing the versatile LED display board "Signloid 2," which balances the implementation of appropriate work environment measurements and on-site safety management. Equipped with a built-in cloud logger, it clearly displays a variety of measured values, from work environment data such as noise, vibration, and dust to weather information like wind speed and rainfall. It also supports the display of analog measurement data for noise, vibration, turbidity, pH, and inclination. Furthermore, alerts (such as email notifications and alarm activations) can be set and triggered based on AI-generated predictions. Various data is recorded and stored on a cloud server, allowing for monitoring of trends in list or graph format. This facilitates prompt improvements to the work environment based on measurement data and smooth reviews of processes. Please feel free to contact us when needed. *If only measurement data collection and display are performed without weather forecasting, the NETIS registration number for 'Cloud Logger LTE' is "KT-220145-VE." 【Features】 ■ Check measured and predicted values with a built-in cloud logger ■ Simultaneously display multiple weather forecast data on-site *For more details, please refer to the PDF materials or feel free to contact us.

• Information display device

【NETIS Registration Number】KT-230026-A Introducing "Carcle LTE," which thoroughly avoids the risk of contact accidents and strengthens on-site crisis management. As it uses LTE communication via mobile lines, there are no distance limitations between the detection target (sensor) and the warning target (flashing light), and it is completely unaffected by terrain or obstacles that may obstruct visibility. It eliminates risks at construction sites where traditional safety systems are difficult to apply due to reasons such as "lack of visibility" or "too large an area," and reliably reduces near-miss incidents caused by unexpected approaches. 【Features】 ■ Communication method: LTE communication ■ Distance between detection target (sensor) and warning target (flashing light): No restrictions ■ Communication not possible in dead zones * The "Carcle Series" has multiple variations to suit different widths and distances between sensors and warning lights. Please feel free to consult us about which type is suitable for your site. * For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing "Carcle LTE," an LTE communication system designed to avoid contact risks at construction, civil engineering, and surveying sites. Since it uses mobile phone lines, there are no limitations on communication distance, and it is not affected by the visibility conditions at the site. In areas where conventional radios struggled to reach, such as locations with many blind spots, Carcle LTE enables the establishment of reliable and smart safety measures. 【Features】 ■ Communication method: LTE communication ■ Distance between detection target (sensor) and warning target (flashing light): No restrictions ■ Communication is not possible in dead zones * The "Carcle Series" offers multiple variations to suit different widths and distances between sensors and warning lights. Please feel free to consult with us about which type is suitable for your site. * For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing the vehicle proximity detection system "Kakuru LTE," which plays a key role in safety management for infrastructure equipment maintenance DX. Since it uses LTE communication via mobile lines, there are no distance limitations between the sensors and the warning lights, and it is not affected by visibility at all. Even in construction sites with many blind spots that could not be covered by previous wireless systems due to reasons like "lack of visibility" or "too large a site," a smart and reliable safety net can be established. 【Features】 ■ Communication method: LTE communication ■ Distance between detection target (sensor) and warning target (warning light): No restrictions ■ Communication not possible in dead zones * The "Kakuru series" has multiple variations to accommodate different widths and distances between sensors and warning lights. Please feel free to consult us about which type is suitable for your site. * For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing the vehicle approach detection system "Carclong," which balances crisis management on site and the reduction of contact accident risks. This product adopts the LoRa modulation method, enabling long-distance communication of approximately 2 km under line-of-sight conditions. It has a low risk of communication interruption due to obstacles and operates independently without a base station, allowing for a reliable crisis management system that does not depend on external infrastructure. It ensures the detection of unexpected approach incidents and guarantees safety on site. 【Features】 ■ Communication method: LoRa communication ■ Distance between detection target (sensor) and warning target (patrol lamp): up to 2 km (under line-of-sight conditions) ■ Communication possible even in dead zones * The "Carclong series" has multiple variations to suit different road widths and distances between sensors and warning lights. Please feel free to consult with us about which type is suitable for your site. * For more details, please refer to the PDF materials or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing the vehicle approach detection system "Carclong" designed to prevent contact accidents at construction and civil engineering sites. By utilizing LoRa communication, it ensures a wide communication area of approximately 2 km under line-of-sight conditions. It is less affected by obstacles and operates independently without a base station, achieving stable detection even in unprepared communication environments such as mountainous civil engineering sites or areas with elevation differences at construction sites, thereby reducing contact risks. 【Features】 ■ Communication method: LoRa communication ■ Distance between detection target (sensor) and warning target (patrol lamp): up to 2 km (under line-of-sight conditions) ■ Communication possible even in blind spots * The "Carclong Series" has multiple variations tailored to the width and the distance between the sensor and warning light. Please feel free to consult with us to determine which type is suitable for your site. * For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing the vehicle proximity detection system "Carclong," which promotes safety DX in the field of extensive infrastructure equipment maintenance. Utilizing the LoRa method, which excels in long-distance communication, it achieves communication over approximately 2 km under line-of-sight conditions. It is less affected by visibility between alert and detection points and does not require a base station, making it immediately deployable even in communication dead zones during infrastructure inspections and repairs. Through the digitization of safety measures, we support sustainable safety management in infrastructure maintenance sites. 【Features】 ■ Communication method: LoRa communication ■ Distance between detection target (sensor) and warning target (flashing light): up to 2 km (under line-of-sight conditions) ■ Communication possible even in dead zones * The "Carclong series" has multiple variations to suit different widths and distances between sensors and warning lights. Please feel free to consult us about which type is suitable for your site. * For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing the vehicle approach detection system "KARU" that compensates for blind spots on site and prevents accidents at intersections. "KARU" reduces the "overlook risk" for both construction vehicles departing from the site and general vehicles, preventing unexpected collision accidents before they occur. In addition to the included patrol lamp, it achieves reliable risk management tailored to the site conditions through coordination with alert devices such as LED message boards that correspond to the situation on site. *NETIS technology applies to types with a maximum radio reach of 500m. 【Features】 ■ Communication method: Specific low-power radio (920MHz band) ■ Distance between detection target (sensor) and warning target (patrol lamp): up to 500m (under clear visibility) ■ Communication possible even in dead zones *The "KARU series" has multiple variations depending on factors such as width and the distance between the sensor and warning light. Please feel free to consult with us about which type is suitable for your site. *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A We would like to introduce the vehicle proximity detection system "Karkle," which enhances traffic safety at site entrances and strengthens safety management for workers. It reliably detects the approach of construction vehicles attempting to exit and nearby general vehicles, promptly notifying the surroundings with warning lights, etc. By combining warning devices such as warning lights and LED message boards according to the site layout, it reduces the risk of secondary accidents and contact, supporting the safety of the site and surrounding traffic infrastructure. *NETIS technology is applicable to types with a maximum radio reach of 500 meters. 【Features】 ■ Communication Method: Specific Low Power Radio (920 MHz band) ■ Detection Distance (sensor) and Warning Distance (warning light): Up to 500m (under clear line of sight) ■ Communication possible even in dead zones *The "Karkle Series" has multiple variations tailored to factors such as width and the distance between sensors and warning lights. Please feel free to consult with us about which type is suitable for your site. *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

GRIFFY Co., Ltd. has jointly developed an application called "SLEEVY" with Toyo Thermal Engineering Co., Ltd. to achieve labor-saving and improved accuracy in the inspection of tubular pipes (sleeves) embedded to secure penetration holes for equipment piping in construction work. The technology related to this application is currently under patent application (Application No.: 2026-004614). "SLEEVY" utilizes AR technology and a cloud system to dramatically enhance inspection accuracy and efficiency. The following benefits are expected from the introduction of "SLEEVY": ● Easier Inspections Measurement with measuring rods, checking drawings, and recording will be consolidated on a tablet, reducing physical strain and significantly shortening inspection time. ● Load Distribution By digitizing, part of the inspection can be outsourced to on-site workers, allowing for more flexible scheduling. ● Balancing Accuracy and Cost On-site representatives can focus on specialized tasks, achieving cost reduction. Utilizing AR also ensures reliable traceability. We are currently in the process of developing this for release within the fiscal year 2026! If you are interested, please feel free to contact us.

• Other Software
• Other measuring instruments

【NETIS Registration Number】KT-240101-VE Calculates an approximate dew point temperature in the cloud based on the temperature and humidity at the site. It measures the surface temperature of the monitored objects (such as steel materials undergoing welding or painting) and can send alert notifications based on the difference from the dew point temperature. In addition to email notifications and alerts via warning lights, it can also be linked with jet heaters and furnaces, enabling not only the monitoring of condensation risk but also the efficiency and labor-saving of condensation prevention measures. For more details, please check the link.

• Other measuring instruments

In this case study, we interviewed Obayashi Corporation and Sankyu Inc., leaders in the construction and logistics industries, to introduce their specific initiatives for "early detection of heat stroke risks" and "ensuring the safety of workers." Additionally, we have published an interview article with Obayashi Corporation, who contributed to the development of "GenVital LTE," as a "development story." As the risk of heat stroke has become a social issue, we encourage everyone working to improve on-site productivity and safety measures for workers to read this as a source of inspiration. GRIFFY will continue to contribute to creating safer and more comfortable work environments through DX solutions, including "GenVital LTE." ◾️ Obayashi Corporation (case study) ◾️ Sankyu Inc. (case study) ◾️ Obayashi Corporation (development story) *Please check the details of the article from the link provided.

• Analysis and prediction system

【NETIS Registration Number】KT-230026-A We would like to introduce the vehicle approach detection system "KARU" as part of our disaster prevention and mitigation measures on site. This system continuously monitors the approach of construction vehicles leaving the site and general vehicles passing nearby, reliably notifying each other of their presence through warning lights. In addition to warnings from the attached warning lights, it can also be linked with external devices such as LED message boards, depending on the level of danger and the environment at the site. By accurately detecting risks and communicating information, we achieve disaster mitigation management that protects the safety of everyone involved at the site. *NETIS technology is applicable to types with a maximum radio reach of 500m. 【Features】 ■ Communication method: Specific low-power radio (920MHz band) ■ Detection distance between the target (sensor) and warning target (warning light): up to 500m (under clear line of sight) ■ Communication possible even in dead zones *The "KARU series" has multiple variations to suit different road widths and distances between sensors and warning lights. Please feel free to consult with us to determine which type is suitable for your site. *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A※ Introducing the vehicle proximity detection system "Kadel," designed to avoid the risk of contact accidents. "Kadel" communicates and warns general vehicles and pedestrians of the presence of construction vehicles exiting the construction site using a warning light, thereby preventing contact accidents before they occur. The sensor with directional detection capability can be set to respond only when vehicles are moving in the exit direction, helping to reduce risks at site entrances and exits. In addition to the included warning light, additional lights can be installed according to the site conditions. ※ The NETIS technology is applicable to types with a maximum radio reach of 500 meters. 【Features】 ■ Communication method: Specific low-power radio (920MHz band) ■ Distance between detection target (sensor) and warning target (warning light): Up to 500m (under clear visibility) ■ Communication possible even in blind spots ※ For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A Introducing the vehicle proximity detection system "Kadel," designed to avoid the risk of contact accidents. "Kadel" communicates the presence of construction vehicles exiting construction sites to general vehicles and pedestrians through alert devices. The sensor's directional detection function allows it to respond only when construction vehicles are moving in the direction of exit. Additional warning lights can be installed according to the site conditions, in addition to the included patrol light. *NETIS technology applies to types with a maximum radio reach of 500 meters. 【Features】 ■ Communication method: Specific low-power radio (920MHz band) ■ Distance between detection target (sensor) and warning target (patrol light): Up to 500m (under clear line of sight) ■ Communication possible even in dead zones *For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】KT-230026-A※ The vehicle proximity detection system "Kadel" helps to avoid the risk of contact accidents. "Kadel" is a system that communicates the presence of construction vehicles leaving a construction site to general vehicles and pedestrians using a warning light. The sensor has a direction detection function, allowing it to respond only when moving in the exit direction. In addition to the included warning light, it can automatically activate various alarm devices, and additional warning lights can be installed according to the site conditions. ※ The NETIS technology applies to types with a maximum radio reach of 500m. 【Features】 ■ Communication method: Specific low-power radio (920MHz band) ■ Distance between detection target (sensor) and warning target (warning light): Up to 500m (under clear line of sight) ■ Communication possible even in dead zones ※ For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】QS-240001-A The "Subsurface Displacement Meter ShapeArray CLOUD" is a 3D subsurface displacement meter using 3-axis gravity acceleration sensors (MEMS). In addition to remote monitoring of slopes, it enables remote monitoring in various scenarios such as landslides, revetments, bridges, tunnels, railways, liquefaction countermeasures, and dams with a resolution of 0.01mm (error ±1.5mm). The acquired data can be easily downloaded in CSV format. Here are the main features. 【Features】 ■ Can be installed in various directions ■ Vertical installation (displacement of slopes, cut earth, and embankments) ■ Horizontal installation (subsidence measurement, advance displacement of cut faces) ■ Curved installation (displacement of tunnel interiors) ■ Accuracy and resolution of the acceleration sensor ■ Easy installation For more details, please refer to the PDF document or feel free to contact us.

• Other measuring instruments

【NETIS Registration Number】HK-220010-VE The "G Report" is a remote presence system that allows for simultaneous sharing of inspection locations and the status of workers using a single device during maintenance inspections of critical infrastructure. With high-definition images that do not miss instrument readings or minor anomalies, it enables the advancement of patrol inspections and the remote execution of advanced technical judgments. The quick switching function between the in-camera and out-camera maximizes the efficiency of reporting tasks, supports the reduction of human errors, and helps standardize inspection quality. 【Features】 ■ Smooth and high-definition image quality ■ Handy type suitable for inspections ■ Peace of mind as you can see each other's faces ■ Both video and audio can be recorded locally and in the cloud *For more details, please refer to the PDF document or feel free to contact us.

• Security cameras and surveillance systems

【NETIS Registration Number】HK-220010-VE The "G Report" is a remote presence system specialized for site inspections that can accommodate various angles with just one unit, suitable for vast bridge and tunnel sites. It boasts a clear image quality that allows for the visibility of minute structural deformations and scale measurements down to the millimeter level, enabling reliable quality control and on-site inspections from a distance without the need for engineers to be physically present. With a simple button operation, the camera can switch between zooming in and out, allowing for smooth explanations of complex structures. 【Features】 ■ Smooth and high-definition image quality ■ Handy type suitable for inspections ■ Peace of mind as you can see each other's faces ■ Video and audio can be recorded both locally and in the cloud *For more details, please refer to the PDF document or feel free to contact us.

• Security cameras and surveillance systems