レンタルのニッケン List of Products and Services

It is a satellite broadband internet service utilizing low Earth orbit satellites "Starlink." By using satellites positioned at an altitude of approximately 550 km in low Earth orbit (LEO), it enables high-speed and low-latency communication compared to traditional geostationary satellites. Additionally, since it does not rely on terrestrial infrastructure such as fiber optic lines, it is expected to be utilized in a wide range of areas, including mountainous regions where communication environments are not well established and as a backup line during disasters. Furthermore, it can be used simply by installing an antenna and power supply, allowing for rapid deployment without the need for construction.

This is a CO₂ emission visualization service that supports the decarbonization of construction sites. It is a product that automatically calculates and visualizes CO₂ emissions from the operating data of construction machinery. It streamlines the cumbersome aggregation and reporting tasks, reducing the workload, and also centrally manages the operating status and location information of construction machinery in real-time. It simultaneously promotes digital transformation (DX) and green transformation (GX) at the site, achieving improved productivity and reduced environmental impact.

In the infrastructure industry, there is a demand for both the efficiency of inspection work and efforts to reduce environmental impact. Particularly in the inspection of extensive infrastructure facilities, it is important to understand the movement of workers and the operational status of construction machinery to accurately grasp CO₂ emissions. However, traditional inspection tasks often require a lot of time and effort to aggregate and analyze this information, which can hinder efficiency. Our CO₂ visualization service "CASICA" addresses these challenges by automatically calculating and visualizing CO₂ emissions from the operational data of construction machinery. 【Usage Scenarios】 - Management of construction machinery operations during infrastructure inspections - Understanding CO₂ emissions along inspection routes - Improving the efficiency of on-site work 【Benefits of Implementation】 - Increased efficiency of inspection tasks - Accurate understanding of CO₂ emissions - Reduced burden of reporting tasks

In the energy industry, equipment monitoring requires improvements in operational efficiency and reductions in environmental impact. Particularly for large-scale facilities such as plants and power stations, understanding operational status and accurately calculating associated CO₂ emissions are crucial. Inadequate management can lead to decreased energy efficiency and delays in responding to environmental regulations. CASICA supports the resolution of these issues by automatically calculating and visualizing CO₂ emissions from construction machinery operational data. 【Use Cases】 - Monitoring the operation of equipment such as plants and power stations - Understanding energy consumption and tracking CO₂ emissions - Visualizing environmental impact for each piece of equipment 【Benefits of Implementation】 - Accurate understanding of CO₂ emissions and streamlined reporting processes - Identification of opportunities for improving energy efficiency - Strengthened response to environmental regulations

In the transportation industry, there is a demand for balancing vehicle operational efficiency with reducing environmental impact. In particular, understanding and reducing CO₂ emissions is considered an important aspect of corporate social responsibility. However, accurately calculating CO₂ emissions for each vehicle and monitoring operational conditions in real-time presents a challenge that requires significant effort and time. Our service "CASICA" addresses these issues by automatically calculating and visualizing CO₂ emissions simply by installing sensors on vehicles, while also centrally managing operational status and location information. 【Usage Scenarios】 - Management of CO₂ emissions for long-distance transport vehicles - Improvement of fuel efficiency through delivery route optimization - Understanding the operational status and CO₂ emissions of the entire fleet of company vehicles 【Benefits of Implementation】 - Accurate understanding of CO₂ emissions and setting of reduction targets - Reduction of fuel costs through improved operational efficiency - Streamlining vehicle management tasks and reducing the burden of reporting duties

In research fields, especially in locations like observatories where communication infrastructure is lacking, a stable internet connection is essential. A reliable network environment is required to enhance the efficiency and accuracy of research activities, such as data collection and transmission, remote operation of equipment, and real-time information sharing. Our "Starlink Business" provides high-speed, low-latency satellite broadband internet service to address these challenges in areas that traditional communication methods cannot cover. 【Use Cases】 - Observatories in mountainous areas and remote islands - Emergency observation bases during disasters - Mobile observation vehicles 【Benefits of Implementation】 - Enables real-time data collection and transmission - Facilitates remote control and monitoring of equipment - Achieves flexibility in choosing locations for research activities

At event venues, the establishment of a temporary network environment is required. In particular, a stable internet connection is essential for providing information to attendees and ensuring smooth operations within the venue. In locations where ground infrastructure is lacking or where sudden increases in bandwidth are needed, traditional wired connections can be slow to respond. The connected network "Starlink Business" can be utilized simply by installing an antenna and power supply, eliminating the need for construction and enabling rapid network deployment at event venues. 【Usage Scenarios】 - Providing Wi-Fi at outdoor event venues - Internet connection at temporary offices - Ensuring communication at event venues during disasters 【Benefits of Implementation】 - Providing a stable communication environment during the event period - Increasing attendee satisfaction - Cost reduction through rapid network setup

In the tourism industry and resort facilities, there is a demand to provide a comfortable internet environment for many users from both domestic and international locations. Particularly in mountainous areas and remote islands where traditional communication infrastructure is not developed, establishing a stable Wi-Fi environment poses a challenge. Insufficient communication environments can lead to decreased customer satisfaction and lost opportunities for information dissemination. The connected network "Starlink Business" solves these issues by allowing for the rapid establishment of an internet environment simply by installing an antenna and power supply, without relying on ground infrastructure such as fiber optic lines. 【Usage Scenarios】 - Resort facilities in mountainous areas and remote islands - Event venues and temporary facilities - Backup lines during disasters 【Benefits of Implementation】 - Improved customer satisfaction - Potential for new service offerings - Strengthened information dissemination

In the logistics industry, it is important to reduce the risk of accidents involving heavy machinery such as forklifts and trucks. In particular, contact accidents with people and objects during warehouse operations and loading and unloading tasks not only threaten the safety of workers but can also lead to material damage and delays in operations. The contact prevention millimeter-wave sensor "Atarahn" can be retrofitted to heavy machinery, preventing contact and pinching in advance, thereby creating a safe working environment. 【Usage Scenarios】 - Loading and unloading operations with forklifts - Operations within warehouses - Loading and unloading tasks onto and from trucks 【Benefits of Implementation】 - Reduced risk of contact accidents - Ensured safety for workers - Prevention of material damage - Improved operational efficiency

In the construction industry, contact accidents involving heavy machinery such as cranes and aerial work platforms, as well as accidents where workers get caught, are significant challenges. These accidents not only threaten the safety of workers but can also lead to issues such as project delays and compensation claims. The contact prevention millimeter-wave sensor "Ataraan" is a non-contact sensor that can be retrofitted to heavy machinery. It reduces the risks of contact and entrapment, creating a safer working environment. 【Usage Scenarios】 - Preventing contact with ceilings during crane operations - Preventing contact with people during aerial work platform operations - Preventing entrapment during forklift operations - Preventing contact during backhoe operations 【Benefits of Implementation】 - Reduced risk of contact and entrapment accidents - Ensured safety for workers - Prevention of project delays - Improved corporate image

"Nikken's Gajyu Maru" is a wearable IoT service that enables managers, who oversee workers in the field, to implement "line care" by monitoring safety aspects such as accidents and changes in workers' health conditions. It allows for the understanding of an individual's "usual" state from daily data collected during work. It can also adjust for the gradual changes in "usual" states due to aging, and by comparing with past personal data, it can capture physical fatigue and changes in condition. Additionally, it can record potential "near misses" indicated by changes in pulse rate, making it possible to visualize areas that require attention. This allows experienced workers to pass on their knowledge of tension and urgency to less experienced workers by highlighting critical areas to watch out for. [Features] ■ Real-time monitoring of the health status of individuals working in a wide field ■ Calculation of each person's "usual" pulse rate, reflecting individual characteristics ■ Visualization of areas that require attention, such as "near miss maps" *For more details, please download the PDF or feel free to contact us.

"Position + Plus (R)" is a location information system that adds location data to people and objects both indoors and outdoors, allowing for easy centralized management of information necessary for construction management. By installing beacon devices that emit radio waves at various locations on the site and registering them on a server, the closest beacon serves as a reference point. The responsible person's iPad or log collection device communicates with the radio waves from the nearest beacon. This information is sent to the server, indicating that "the responsible person is in the vicinity of this beacon," and is shared accordingly. Unlike GPS, it can be used indoors, and this information can be utilized in various applications. 【Features】 ■ Can be used for regular corrective instructions and construction records ■ Reduces the hassle of searching for pre-completion photos ■ Cuts down the effort to find construction personnel and aerial work platforms ■ Allows management of aerial work platform reservation status on an iPad *For more details, please download the PDF or feel free to contact us.

In the manufacturing industry, ensuring the safety of workers and improving equipment operational efficiency are important challenges. In particular, unexpected accidents or health issues can lead to decreased productivity and quality problems. NIKKEN's Gajyu Maru contributes to solving these challenges by monitoring the health status of workers in real-time and detecting abnormalities early. 【Usage Scenarios】 - Monitoring the health status of workers on the production line - Identifying hazardous areas and raising awareness - Assigning tasks based on the health status of workers 【Benefits of Implementation】 - Increased safety awareness among workers - Reduced risk of accidents - Improved productivity