オーク情報システム List of Products and Services

We would like to introduce a case study of the implementation of the construction industry daily report and attendance system "Nihon 365" at Shinsei Doboku Co., Ltd., which has been developing civil engineering projects in Shimane Prefecture for nearly half a century, with the motto of "Doing good work." The company was managing paper daily reports by hand, which was cumbersome for filling out and submitting. The timing of submissions was also inconsistent, making it difficult for the head office's general affairs to grasp attendance records, resulting in a significant burden in communication. After the introduction of the system, the hassle of delivering paper daily reports to the head office was eliminated, and even if there were input omissions or mistakes, they could be easily entered and corrected. The performance data aggregated by the system can now also be utilized for future projects. [Challenges] ■ The paper daily reports were cumbersome to fill out and submit, requiring on-site employees to travel to the head office, which placed a heavy burden on them. ■ Delays in daily reports and concentrated aggregation work significantly increased the workload for the general affairs department. ■ The company wanted to easily reflect the annually changing labor cost unit prices in the performance records. *Please note that this case study may differ from the specifications of the latest version of the product. *For more details, please refer to the case study details in the "Related Links" or feel free to contact us. A 30-day free trial of "Nihon 365" is also available.

• Other construction services

NETIS Registration Number: KT-220185-A The environmental monitoring cloud "SisMil" has released convenient new features, including cloud screen display of communication strength and customization of measurement intervals. As a result, the information that can be confirmed and changed from the cloud screen has increased, allowing for more efficient management of WBGT in distant locations. In June 2025, it is expected that specific heatstroke prevention measures will be mandated for employers for tasks anticipated to be conducted under conditions of "WBGT of 28 degrees or higher or temperature of 31 degrees or higher for more than one continuous hour or more than four hours in one day." Why not start by automatically measuring and remotely monitoring the WBGT of your work environment with "SisMil"? *For more details, please feel free to contact us.

• Safety and consumables

NETIS Registration Number: KT-220185-A This is a case study of Daiwa Royal Golf Co., Ltd., which is working to ensure safe golf play even during the summer by implementing the environmental monitoring cloud "SisMil." In response to the increasing risk of heatstroke due to recent extreme heat, the company has been exploring measures that incorporate the heat index (WBGT). After the system was introduced, real-time measured values were displayed on signage. This made it easy for everyone at the golf course to understand and raised awareness of heatstroke prevention. [Challenges] - Recognizing the responsibility to address the increasing risk of heatstroke at golf courses due to recent extreme heat and to ensure customer safety. - Although various measures such as selling preventive goods and providing ice have been taken, it is not sufficient on its own. - Increasing customers' awareness of prevention and improving employees' consciousness of caring for customers is necessary. *For more details, please feel free to contact us.

• Safety and consumables

NETIS Registration Number: KT-220185-A In agriculture, especially in summer, high temperatures and humidity are prevalent in places like greenhouses. This is a case study of Iwaki Onahama Vegetable Garden Co., Ltd., which has a vast greenhouse and has implemented the environmental monitoring cloud "SisMil." Before the introduction of SisMil, measures against heatstroke were already in place, but there were still instances of health issues caused by the heat. After implementing the system, the time required for measurements was reduced, allowing for a quick understanding of the on-site conditions, and enabling stronger measures against heatstroke. [Challenges] - Greenhouses become excessively hot in summer, and previous heatstroke measures had limitations. There were times when work had to be suspended for the safety of the workers. - WBGT has been measured as a means of preventing heatstroke, but it required manpower and time for measurements, and data utilization was limited. - The criteria for deciding on extended breaks or work interruptions were unclear. We want to utilize WBGT more to establish standards that reflect actual conditions. *For more details, please feel free to contact us.

• Safety and consumables

This is a cloud-based system for specialized construction contractors that centrally manages everything from the arrangement of workers and vehicle equipment to the creation and aggregation of daily reports. 【Features】 ■ Easy daily report creation with just a dropdown selection! ■ Send work daily reports and support certificates to relevant parties via email with one click. ■ Output forms in one go! Flexible aggregation allows for the creation of original forms. 【Effects reported by customers after implementation】 ■ Automatic data aggregation eliminates the need for re-entry, leading to reduced work time. ■ It has become clear who went to which site, making it easier to manage outsourced labor costs related to billing and payments with partner companies and internal cost management. ■ By outputting and saving data in Excel, checks for billing and payment omissions can now be done in a short period. ■ Forms presented to clients can now be easily created through Excel editing. ■ Workers only need to input their daily attendance from their smartphones, eliminating the hassle of going to headquarters and delays in submission. ■ Real-time attendance aggregation can be viewed, allowing for the calculation of site expenses even in the middle of the month. 'Daily Report 365' is used by companies in various industries, and they are experiencing its benefits! For more details, please refer to the PDF document.

• Other construction services

"Daily Report 365" is a cloud-based system designed for specialized construction contractors, allowing for centralized management of everything from the "arrangement" of workers, vehicles, and equipment to the "aggregation" of labor hours and attendance, all accessible via smartphones and tablets. Supervisors can easily input attendance and labor hours by simply selecting work details from a dropdown menu on their smartphones. They can also send requests for arrangements for the following day to the head office administrators. Additionally, there are over 10 types of reports available for aggregating labor hours and attendance, allowing for output in formats tailored to specific needs. - Create and output from over 10 pre-prepared report types - Select necessary aggregation items (by contractor, by site, by work type, by worker, etc.) to create and output original reports It can be used simply by accessing the internet, with no initial setup costs for server construction required. You can start using it immediately! 【Features】 ■ Easy arrangement not only for workers but also for vehicles and equipment ■ Send hand-drawn signatures on work reports and support certificates via email from smartphones ■ Flexible aggregation that allows for easy input of attendance and labor hours, as well as the creation of original reports *For more details about the service, please refer to the PDF document.

• Other construction services

This is a case study of Oki Group Co., Ltd., which specializes in high-altitude work and has achieved a reduction in overtime hours through the streamlining of the arrangement process for 1,400 skilled workers, including subcontractors, real-time tracking of arrangement status, and automation of labor hour aggregation. The challenges included wanting to simplify the complicated arrangement tasks using Excel, reduce the labor hour aggregation tasks that were causing overtime, and have real-time visibility of the arrangement status. After implementation, arrangements became easier with the use of smartphones, and the automation of labor hour aggregation resulted in approximately a 35% reduction in overtime hours. [Background of Implementation] - Until the end of the month, it was not possible to know the exact number of workers at each site, so the situation had to be checked by contacting the site every time an arrangement was made. - Management of arrangements was done using Excel, which required the cumbersome process of entering and verifying information with each modification. - Manual aggregation of monthly labor hours for over a hundred sites forced the person in charge to work overtime at the end of the month. *The case study may differ from the latest version of the product specifications. *For more details, please refer to the PDF document or feel free to contact us.

• Other construction services

We would like to introduce the case study of Oura Kosoku Co., Ltd., which achieved a 50% reduction in arrangement tasks by enabling the creation of daily reports, which were previously cumbersome, to be easily input from the field using smartphones, leading to faster labor hour aggregation. The challenges included the desire to "achieve centralized management of daily reports that differ by contractor," "improve the efficiency of arranging workers who change daily," and "prevent arrangement omissions that affect on-site work." After implementation, centralized daily reports were achieved by inputting data from the field using smartphones. Additionally, it created time for the arrangement personnel to visit the site, allowing foremen to check the arrangement list in real-time from their smartphones, which helped prevent mistakes. [Background of Implementation] - With the expansion of the business, the workload for labor hour aggregation and attendance management increased, making efficiency a challenge. - Effective measures to prevent arrangement omissions that affect on-site work were also required. - Due to the aging of the existing arrangement system, system renewal was also urgent. *This case study may differ from the latest version of the product specifications. *For more details, please refer to the PDF document or feel free to contact us.

• Other construction services

The daily report and attendance system "Daily Report 365" for the construction industry is a cloud-based system developed by Oak Information Systems, a subsidiary of Obayashi Corporation, specifically for specialized contractors in the construction industry. Recently, the construction industry has been required to improve operational efficiency due to the "work style reform" and the implementation of the Construction Career Advancement System. 【Do you have any of these concerns?】 - Compiling paper reports by the deadline is difficult. - Daily reports differ for each main contractor, making it challenging. - Arranging workers, who change daily, as well as vehicles and materials is difficult. - The actual working days of workers are not being managed. - Is there a way to streamline manual processes (centralize with a system), etc. Please consider this as one of the tools to support the construction industry. *For more details, please refer to the PDF document or feel free to contact us.

• Other construction services

"Nippo 365" is a system that allows users to send daily reports to the cloud from their smartphones or PCs, enabling centralized management from worker arrangements to labor hour and attendance aggregation. We spoke with those involved in the implementation of the construction industry daily report and attendance system "Nippo 365," which was introduced by Oura Kosoku Co., Ltd., a company that continues to grow as a specialized construction surveying contractor, about the background and effects of the implementation. 【Case Study of "Nippo 365" Implementation at Oura Kosoku Co., Ltd.】 ■ Customer Challenges - Wanted to achieve centralized management of daily reports that differ by main contractor - Aimed to improve the efficiency of worker arrangements that change daily - Wanted to prevent omissions in arrangements that could affect on-site work - Desired to refresh the system due to the aging of the arrangement system ■ Effects After Implementing Nippo 365 - Achieved centralization of daily reports by inputting from the site using smartphones - Reduced arrangement tasks by 50%, creating time for arrangement personnel to visit the site - Foremen can check the arrangement list in real-time from their smartphones, preventing mistakes - Contributed to the effective utilization of human resources *This case study may differ from the specifications of the latest version of the product. *For more details, please refer to the PDF document or feel free to contact us.

• Other construction services

"Nippo 365" is a system that allows users to send daily reports to the cloud from smartphones or PCs, enabling centralized management from worker arrangements to labor hour and attendance aggregation. We spoke with those involved in the implementation of the construction industry daily report and attendance system "Nippo 365" at Oki Corporation, which primarily focuses on high-altitude work. 【Case Study of "Nippo 365" Implementation at Oki Corporation】 ■Customer Challenges - Wanted to simplify complicated arrangement tasks that relied on Excel - Aimed to reduce overtime in labor hour aggregation tasks - Desired real-time understanding of arrangement status - Wanted to consolidate information that was managed separately ■Effects After Implementing Nippo 365 - Simplified arrangements by using smartphones - Reduced overtime hours by approximately 35% through automation of labor hour aggregation - Clearly displayed arrangement status in real-time at a glance - Consolidated all master data in "Nippo 365" *This case study may differ from the latest version of the product specifications. *For more details, please refer to the PDF document or feel free to contact us.

• Other construction services

We would like to introduce a case study of the daily report and attendance management system for the construction industry, "Daily Report 365," provided by Oak Information Systems. Previously, attendance and construction management for workers involved in the project on-site were handled using Excel, but they were struggling with the complexity of data management for multiple purposes. To streamline this series of tasks, they chose "Daily Report 365." After implementation, it not only significantly reduced administrative processing but also contributed to revitalizing communication on-site. 【Case Study of "Daily Report 365" - Saito Rebar Industry】 ■ Customer Challenges - Data aggregation tasks unique to the construction industry were a significant burden for the responsible personnel. - On-site locations far from the headquarters often experienced delays in daily report submissions. - There was a heavy burden in arranging workers and managing schedules. ■ Effects After Implementing Daily Report 365 - Daily report input from tablets allows for automatic aggregation in Excel format by purpose. - Supervisors can report daily updates in real-time from the site using tablets. - It enables accurate management by understanding worker arrangements and attendance status. *The case study may differ from the latest version of the product specifications. *For more details, please refer to the PDF materials or feel free to contact us.

• Other construction services

This is a case study of Saito Reinforcing Steel Industry Co., Ltd., which operates civil engineering and construction reinforcing steel contracting businesses in a wide area of northern Kanto, achieving a reduction in aggregation time through the automation of complex daily report management using Excel. The challenge was the cumbersome task of manually entering attendance and construction management data into Excel for workers involved in the construction on-site, according to multiple purposes. After implementation, real-time daily report submissions via tablets significantly reduced the time required for managing attendance information necessary for payroll calculations, calculating work rates for each site, and aggregating labor hours for construction retirement mutual aid reports. [Background of Implementation] - Data aggregation tasks specific to the construction industry had become a significant burden for the personnel in charge. - There was inconvenience for foremen at sites far from headquarters who could not submit daily reports on the same day. - There was a desire to avoid misunderstandings regarding work schedules and arrangements for on-site tasks. *The case may differ from the specifications of the latest version of the product. *For more details, please refer to the PDF materials or feel free to contact us.

• Other construction services

"Daily Report 365 for Security" is a cloud-based service designed for the security industry that streamlines arrangements, time stamping, and control operations efficiently. Do you face any of the following challenges in your control operations? - Struggling to keep up with phone calls during peak times for shift change notifications - Difficulty in tracking the attendance status of security personnel - Identifying or contacting security personnel who have missed their reporting time ⇒ Considering increasing the number of controllers, but it's difficult in the current situation... By implementing "Daily Report 365 for Security," you can significantly reduce the time and effort involved in shift change reporting. There are also cases where overall efficiency in control operations has been achieved, resulting in approximately 75% reduction in workload! ★ Since it is cloud-based, there are no initial setup costs for system development or server purchases. *For more details, please refer to the PDF materials or feel free to contact us.

• Other Software

In Sendai City, management personnel from each department serve as information managers, overseeing the proper operation and management of information security. However, prompted by a notification from the Ministry of Internal Affairs and Communications, a stricter policy regarding the handling of electronic data containing personal information has been established for the entire city of Sendai. As a result, we have introduced the file encryption software 'CyberCrypt' provided by our company. Consequently, encryption is automatically completed simply by placing files into a folder, just like operating a regular Windows PC, allowing users to maintain a high level of information security with minimal burden. 【Case Study】 ■Challenges - Responsibility as an administrative agency handling personal information - Moving away from security management dependent on the field - Strengthening security measures for all information containing personal data ■Effects - Development of an environment that meets increasing demands for information security - Utilization of an automatic encryption feature that staff can operate with minimal burden - Expansion of encryption efforts to confidential data that does not contain personal information *If you would like a trial version, please indicate "trial version consideration" in the [Contact Us] section. *For more details, please refer to the PDF materials or feel free to contact us.

• Other Software

This is a case study of the introduction of the security control system "Daily Report 365 for Security" to Kyokuto Security Co., Ltd., which primarily operates in the Tokyo metropolitan area. The company undertakes a wide range of operations, including office buildings, hospitals, factories, apartments, and government facilities. However, communication regarding the shift changes for security personnel was done via phone, which could be challenging during certain times of the day. After implementing this system, phone costs were reduced by approximately 70%, and security personnel who did not send email timestamps for departures or shift changes were alerted, allowing the control officers to respond without overlooking any issues. [Challenges] - There was a delay in initial response measures when sudden absences or tardiness occurred at the time of arrival. - Due to the influx of phone calls during certain hours, administrative staff were busy responding, leading to efficiency issues. - The cost of the toll-free number for receiving shift change notifications was a significant burden. *For more details, please refer to the PDF document or feel free to contact us.*

• Process Control System

We would like to introduce a case study of Ohtani Sogyo Co., Ltd., based in Matsuyama City, Ehime Prefecture, which conducts temporary construction work, dismantling, and rental of temporary materials nationwide, having implemented the daily report and attendance system "Nippo 365" for the construction industry. The company was looking to streamline arrangements and attendance management as part of its business expansion. After implementing the system, the attendance data is automatically aggregated into Excel, making it more convenient, and the time spent submitting handwritten daily reports to the office has been reduced to zero, as supervisors can now take a photo of the reports with their smartphones and send them. 【Challenges】 ■ Wanting to continue using familiar Excel while streamlining arrangements and attendance management ■ Taking too much time for daily reports to be collected ■ Wasting time on travel to submit daily reports *Please note that the case study may differ from the latest version of the product specifications. *For more details, please refer to the PDF materials or feel free to contact us.

• Process Control System

"CyberCrypt Ver.5.1" is file encryption software with a master key that prevents encryption forgetfulness and ensures thorough security measures. The number of scenarios handling important information outside the company or in the cloud is increasing. It is essential to encrypt and protect important files. Encrypting important files without the user's awareness. Achieve cost reduction and efficiency with simple operations. 【Features】 ■ Avoid information leakage risks without burdening users ■ "Master Key" for peace of mind even if the encryption password is forgotten ■ Reduce operational costs without the need for a password management server ■ Ensure safety and security in the new normal work style through encryption - For telework, remote work, or on cloud storage *For more details, please refer to the PDF document or feel free to contact us.

• Other Software

"NETIS Registration Number: KT-220185-A" "Compliant with Japanese Industrial Standards JIS Z 8504:2021, JIS B 7922:2023" 'SisMil' is a system that measures radiant heat, temperature, and humidity at multiple locations, both indoors and outdoors, and calculates the heat index (WBGT), allowing for centralized management in the cloud. ■ Do you have any of these concerns? - Not aware of the heat stress risks in the work environment - Measuring on-site is cumbersome - Unable to provide alerts based on current conditions ■ SisMil will solve these issues! - Understand heat stress risks by calculating the heat index and danger levels at multiple measurement points - By installing sub-units at multiple measurement points, you can check anytime and anywhere using a PC or smartphone - Alerts via email based on danger levels for timely notifications ■ Other features - Up to 30 sub-units can be connected to one main unit - Reports can be output in Excel or CSV format - Can be linked with stack lights (optional) and digital signage, etc. By monitoring the work environment in a timely manner, we improve the efficiency of heat stress prevention measures and contribute to employee safety management. *For more details, refer to the PDF document!

• Analysis and prediction system

NETIS Registration Number: KT-220185-A "SisMil" is a cloud-based system that allows for centralized management of environmental measurements such as the heat index (WBGT). This document includes numerous examples of how our product has been implemented in construction sites where there was uncertainty in issuing instructions to workers regarding breaks and hydration, making it easier to make decisions when the heat index (WBGT) is high. We encourage you to read it. [Contents (partial)] ■ Introduction of case studies by industry and sector - Construction industry - Transportation industry - Manufacturing and sales (automotive parts) - Manufacturing and sales (food) - Manufacturing and sales (paper tubes) *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A This is a case study of the implementation of the environmental monitoring cloud "SisMil" at Mitsubishi Chemical Engineering Corporation. At the company's Toyama office, the heat not only at construction sites but also within the factory has been a concern every year, raising fears of heatstroke across the entire facility. After the introduction of this system, it became possible to check the heat index in real-time from the office or home, eliminating the burden of going to the site and enabling alerts for heat risk. [Challenges] - Work environments, such as outdoors in the blazing sun or indoors without air conditioning, are prone to extreme heat, making heat index measurement essential. - Since personnel had to bring measuring devices to the site to measure the heat index, it became a burden on their work. - There was only one measuring device available, making it impossible to simultaneously measure multiple sites and compare heat levels numerically. *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A This is a case study of the introduction of the environmental monitoring cloud "SisMil" to the Sendai City Sports Promotion Foundation, which manages sports facilities. In recent summers, the increasing heat has raised the risk of heatstroke for users at the sports facilities managed by the foundation. After implementing the system, the heat index of the stadium can be monitored more accurately and timely from office computers and smartphones, eliminating the need to check measurements on-site. [Challenges] - The increasing heat in summer has raised the risk of heatstroke for users at the managed sports facilities. - There were doubts about the values from existing measuring devices, making it difficult to issue heatstroke warnings based on the stadium's heat index (WBGT) measurements. - It was challenging to notice when the heat index (WBGT) reached dangerous levels, making timely warnings difficult. *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A The Ministry of Health, Labour and Welfare is implementing the "STOP! Heat Stroke Cool Work Campaign" to thoroughly promote measures for preventing heat stroke in the workplace, along with awareness and educational activities. 'SisMil' is a cloud-based monitoring system that measures temperature and humidity at multiple locations using an electronic WBGT index meter, allowing for centralized management of heat stress indices. Up to 30 sensors (child devices) that measure temperature and humidity, as well as black globe temperature, can be connected to one gateway (parent device) that sends data to the cloud. The measured WBGT and the degree of excess compared to the standard values can be displayed in color-coded format for each sensor installation location, and alert emails will be sent if certain conditions are exceeded. This contributes to improving the quality and efficiency of heat stroke prevention measures through real-time measurement and management. 【Features】 ■ Adopts an electronic WBGT index meter and heat stress evaluation standards compliant with JIS standards ■ Parent and child devices can communicate wirelessly up to 500m using LoRa technology ■ Dustproof and waterproof specifications equivalent to IP43, with child devices suitable for outdoor installation *For more details, please refer to the PDF document. Feel free to contact us with any inquiries.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A In outdoor construction work under direct sunlight, appropriate break instructions are crucial. However, the measuring device used by Company A in the construction industry had low accuracy, leading to hesitation in making decisions regarding breaks and hydration for workers. Therefore, we introduced our environmental monitoring cloud "SisMil." By using this product, we were able to trust the measurement values, making it easier to determine responses when the heat index (WBGT) is high. [Challenges] ■ There was an instruction from headquarters to set a goal of zero labor accidents due to heatstroke. ■ The measuring device already in use was of a type without a black globe, resulting in low measurement accuracy, which caused hesitation in issuing break and hydration instructions to workers. *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A We would like to introduce a case where our environmental monitoring cloud "SisMil" was implemented at Company B in the transportation industry. The company faced the challenge of not being able to frequently measure the temperature at the work site due to the distance between the work site and the office. After implementing our product, the sub-device (sensor) automatically measures and records data to the cloud, eliminating the need to go to the site for measurements. [Case Overview] ■ Site Conditions - It is difficult to maintain a consistent environment throughout the large logistics warehouse. - Various factors, such as areas where windows cannot be opened, increased the risk of heatstroke. ■ Challenges - The distance between the work site and the office makes it difficult to frequently measure the temperature at the site. - It is not possible to quickly grasp the increased risk of heatstroke and alert workers. *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A We would like to introduce a case study of the implementation of the environmental monitoring cloud "SisMil" at Company C, a manufacturer and seller of automotive parts. The company faced challenges with the measurement and analysis of the heat index (WBGT) and radiant heat from buildings and equipment, which required considerable effort. After the introduction of our product, they were able to receive and confirm the heat index in real-time, and the workload for graphing measurement data was significantly reduced. [Case Overview] ■Challenges - A working environment with a WBGT below 28°C was required to prevent heatstroke among workers. - There was considerable effort involved in measuring and analyzing WBGT and radiant heat from buildings and equipment. ■Effects - The heat index on-site can now be received and confirmed in real-time. - The workload for graphing measurement data has been significantly reduced. - High-risk periods for heat exposure have been clarified. *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A The work site where food baking machines are lined up sometimes exceeds 50°C in room temperature, and long hours of work can occur in front of the heat source. Company D, engaged in food manufacturing and sales, was implementing various heat countermeasures, but their effectiveness was limited, and they felt it was necessary to reassess the situation. Therefore, we introduced our environmental monitoring cloud "SisMil." By using this product, we were able to share awareness of high-risk time periods with the site and further reduce the work hours spent on temperature measurement. [Case Summary] ■ Issues - Measures are needed to prevent heat buildup on site - Want to understand and digitize temperature changes ■ Effects - High-risk time periods were shared with the site - Work hours spent on temperature measurement were reduced - Temperature changes and equipment effectiveness were understood *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A We would like to introduce a case study where our environmental monitoring cloud "SisMil" was implemented at Company E, a manufacturer and distributor of paper tubes. At this company, the temperature inside the factory rose due to heat source equipment. Due to the limitations of the air conditioning capacity, they were considering alternative measures for heatstroke prevention. Therefore, they introduced our product to reassess the on-site environment. As a result, it was determined that the environment was not as dangerous as they had feared. [Case Overview] ■ On-site Situation - Temperature inside the factory rose due to heat source equipment - Feeling of insufficient air conditioning capacity, provided some workers with jackets equipped with cooling fans ■ Challenges - Unable to allocate funds for the installation of additional air conditioning units - There are times when jackets with cooling fans cannot be worn *For more details, please refer to the PDF document or feel free to contact us.

• Analysis and prediction system

NETIS Registration Number: KT-220185-A The Ministry of Health, Labour and Welfare is implementing the "STOP! Heat Stroke Cool Work Campaign" to thoroughly promote heat stroke prevention measures in the workplace and is conducting awareness and educational activities. 'SisMil' is a cloud-based monitoring system that measures temperature and humidity at multiple locations using an electronic WBGT index meter, allowing for centralized management of heat indices and more. Up to 30 child units (sensors) that measure temperature and humidity, as well as black globe temperature, can be connected to one parent unit (gateway) that sends data to the cloud. The measured WBGT and the degree of excess compared to the standard value can be color-coded and displayed for each installation location of the child units, and alert emails will be sent if certain conditions are exceeded. This contributes to improving the quality and efficiency of heat prevention measures through real-time measurement and management. 【Features】 ■ Adopts an electronic WBGT index meter and heat stress evaluation standards compliant with JIS standards ■ Parent and child units can communicate wirelessly up to 500m using LoRa technology ■ Dustproof and waterproof specifications equivalent to IP43, with child units suitable for outdoor installation *For more details, please refer to the PDF document. Feel free to contact us with any inquiries.

• Analysis and prediction system

"NETIS Registration Number: KT-220185-A" "Compliant with Japanese Industrial Standards JIS Z 8504 and JIS B 7922" 'SisMil' is a system that measures radiant heat, temperature, and humidity at multiple locations both indoors and outdoors, calculates the heat index (WBGT), and allows for centralized management in the cloud. ■ Do you have any of these concerns at construction sites? - I want to reduce the burden of measurement tasks and grasp the heat index (WBGT) in real-time. - I want to check the heat index at multiple locations on-site collectively. - I want to inform workers when the heat index (WBGT) reaches a dangerous level. ■ SisMil solves these issues! - Automatically measures with an electronic WBGT index meter and calculates the heat index (WBGT) in real-time. - Centralized management of measurement values such as the heat index (WBGT) at multiple locations. - Sends warning emails to PCs and smartphones according to the danger level. Digital signage and stack lights for notifications (optional) are also available. For more details, please refer to the PDF document.

• Analysis and prediction system

This is a cloud solution for the construction industry that features the "Aerial function," which generates 3D models and point cloud data from drone-captured images for surveying and analysis, and the "Ground function," which saves images captured by a 360-degree camera along with location information for progress management and information sharing during construction. Since the entire process from data collection through photography to data analysis and output can be performed using "DroneDeploy," it significantly reduces the time required for the workflow. 【Features】 - Situation confirmation is possible anytime and anywhere from a computer, smartphone, or tablet. - A seamless process from drone shooting to data import and output can be handled within a single system. - Continuous shooting allows for comparison and verification of BIM design data against actual conditions. - It can be utilized for on-site surveys before construction, recording during construction, explanations to clients, and maintenance after construction. *You can try the effectiveness with a free trial. *For more details, please refer to the PDF materials or feel free to contact us.

• Process Control System

We would like to introduce a case study of the implementation of the construction industry daily report and attendance system "Daily Report 365" at Kudo Construction Co., Ltd., which focuses on subcontracting work related to the body, including rebar work, formwork work, and scaffolding and earthwork. Due to the expansion of their business scale, the company has broadened its scope of contracted work, resulting in significant time spent on administrative tasks such as daily reports and attendance management. After the introduction of our system, data is automatically aggregated, eliminating the need for re-entry and leading to a reduction in work time. [Customer Challenges] ■ The number of workers and sites is vast, making the aggregation and verification of daily and monthly data time-consuming, placing a heavy burden on the aggregation staff. ■ They want to simplify the management of outsourced labor costs. ■ They want to prevent omissions caused by data transcription. *For more details, please refer to the PDF materials or feel free to contact us.

• Labor Management System

By using "DroneDeploy," you can handle the entire process from data collection through photography to data output, analysis, and sharing, significantly reducing the time and cost required for each step. ■ Do you have any of these concerns? - Unable to effectively utilize the data captured by drone photography on-site - Difficulties in traveling to the site for situation confirmation - Time-consuming to check and share the captured data ■ Solutions with DroneDeploy! - Simply upload the data captured by the drone to automatically generate 3D maps and point cloud maps. Creation of analytical reports using AI is also included. - Access detailed information about construction sites anytime and anywhere from a PC or smart device. Communication through message input on images is possible, reducing the number of site visits. - Images captured by a 360-degree camera are saved with location information, allowing for chronological management. Progress management and information sharing for construction are also easy. ■ Other features - Integration capabilities with BIM/CIM - Walkthrough function where AI places 360-degree images on drawings to create a street view *Please feel free to contact us for more details.

• Process Control System