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[IoT Case Study] Construction and Mining Machinery Manufacturing Industry, Furukawa Rock Drill Co., Ltd.

[IoT Case Study] Construction and Mining Machinery Manufacturing Industry, Furukawa Rock Drill Co., Ltd.

Achieving understanding of the condition of sales vehicles with IoT. Enhancing support and developing new business based on data.

We would like to introduce a case study of our IoT solution utilized at Furukawa Rock Drill Co., Ltd. The company operates a global business in the manufacturing and sales of civil engineering construction machinery. By using our IoT solution, they have created a new stock-type business model that continuously provides after-sales support by acquiring operational data of products, both domestically and internationally, after sale. [Before Implementation (Challenges)] - Unable to grasp the operational status of machines used overseas - Want to acquire operational and operational data for maintenance support - Want to provide optimal improvement proposals and fault responses based on usage conditions - Want to establish a new business model utilizing IoT [After Implementation (Effects)] - Achieved acquisition of machine operational and operational data - Based on data, new proposals and machine operation guidance have become possible - Rapid repair response has been realized even in the event of unexpected failures - Started offering a subscription-based warranty program For details such as configuration diagrams, please refer to "IoT Solution Case Study No. 002" in the downloaded materials.

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[IoT Case Study] Wastewater Treatment Plant Operational Status Visualized with IoT

[IoT Case Study] Wastewater Treatment Plant Operational Status Visualized with IoT

Kyoei Kogyo Co., Ltd., Industrial Waste Treatment Business

We would like to introduce a case study of utilization at Keiyo Kogyo Co., Ltd. The company focuses on the collection and transportation of industrial waste and general waste, as well as waste disposal, with the New Sand Business Division operating two intermediate treatment facilities within Koto Ward. Aiming for further stable operation of wastewater treatment plant facilities that cannot be stopped 24 hours a day, 365 days a year, the company has conducted a Proof of Concept (PoC) for an IoT solution in collaboration with Conexio. Through the visualization and accumulation of continuous data, they have gained solid insights towards achieving comprehensive predictive maintenance in the future. For details such as configuration diagrams, please refer to the downloadable materials and look for "IoT Solution Implementation Case No. 001." 【Before Implementation (Challenges)】 - Focused on the effectiveness of predictive maintenance for a wastewater treatment plant that cannot be stopped 24 hours a day, 365 days a year. - Wanted to reduce the workload of emergency responses to sudden failures. - Aimed to standardize the perception and recognition accuracy of patrol inspections, which varies among individuals. 【After Implementation (Effects)】 - Expected to achieve comprehensive understanding of conditions that are difficult to monitor through human observation due to the visualization of continuous data. - Enabled remote confirmation of pump operation status, allowing for understanding of operational rates and changes in condition over time. - The insulation resistance values of underwater pumps, which cannot be visually inspected during patrols, are useful for predictive maintenance.

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Explaining the challenges and benefits of IoT implementation, as well as solutions for smooth implementation.

Explaining the challenges and benefits of IoT implementation, as well as solutions for smooth implementation.

This will explain the challenges and benefits of IoT implementation in the manufacturing industry, as well as potential solutions.

In recent years, the environment surrounding the manufacturing industry has changed due to social conditions such as the spread of COVID-19, soaring raw material prices, and semiconductor shortages. To respond to these environmental changes and achieve stable and sustainable operations, it is necessary to strengthen organizational capabilities (dynamic capabilities) through digitalization. What is needed for this is the utilization of IoT (Internet of Things). This article will explain the challenges and benefits of IoT implementation in the manufacturing industry, as well as potential solutions. *For more detailed content of the blog, please refer to the related links. Feel free to contact us for more information.

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What is IoT? A clear explanation with market size and implementation examples.

What is IoT? A clear explanation with market size and implementation examples.

An easy-to-understand explanation of the meaning of IoT and its market size, along with examples of its applications!

In recent years, the term "IoT" has become more commonly heard. The Ministry of Internal Affairs and Communications' "2018 White Paper on Information and Communications" indicates the promotion of the creation of pioneering IoT services by local public organizations, universities, and companies that are the main players in the region. On the other hand, there are many people who are considering the IoT implementation for their companies but do not fully understand it, as they may feel uncertain about what can be achieved through IoT or find it difficult to visualize the post-implementation scenario. Therefore, this article will provide a clear explanation of the meaning of IoT, its market size, and examples of its utilization. *For more detailed content of the blog, please refer to the related links. For further inquiries, feel free to contact us.*

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What are the differences between DX and IoT/ICT? An explanation along with examples of IoT utilization.

What are the differences between DX and IoT/ICT? An explanation along with examples of IoT utilization.

In addition to the differences between DX and IoT/ICT, we will explain examples of IoT utilization aimed at realizing DX!

In recent years, the term DX has become more commonly heard in various fields. DX is believed to have spread following the mention of the "2025 cliff" in the "DX Report - Overcoming the '2025 Cliff' of IT Systems and the Full-scale Development of DX," published by the Ministry of Economy, Trade and Industry in 2018. To solve the "2025 cliff," it is necessary to realize DX while renewing existing systems. Additionally, technologies such as IoT and ICT are essential for achieving DX. This article will explain the differences between DX and IoT/ICT, as well as provide examples of IoT utilization aimed at realizing DX. *For more detailed content of the blog, please refer to the related links. For further inquiries, feel free to contact us.*

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CONEXIO Black Bear

CONEXIO Black Bear

An edge computing gateway with a rich interface!

"CONEXIOBlackBear" is an edge computing gateway with three features that solve traditional challenges: "overseas compatibility," "vehicle mountable," and "AI." It has a rich array of interfaces, enhancing its basic functions as an IoT gateway. In the manufacturing industry with AI, it enables the digitization of worker behavior to prevent hazards, while in infrastructure with abundant interfaces, it can detect cracks in bridges and concrete slopes. [Features] ■ Overseas compatibility (46 countries) ■ Vehicle mountable ■ AI (Edge computing) ■ Rich interfaces ■ Enhanced basic functions as an IoT gateway *For more details, please refer to the PDF document or feel free to contact us.

  • Routers, Switches, and Hubs

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Trial Campaign: CONEXIOBlackBear

Trial Campaign: CONEXIOBlackBear

Overseas compatible and vehicle-mounted edge computing gateway! Individual consultation sessions will also be held.

We are holding a trial campaign and individual consultation sessions for the edge computing gateway "CONEXIO BlackBear" manufactured by Conexio. Due to popular demand, we are restarting the campaign. The regular price is 88,800 yen, but for this campaign, we will offer a special price of 80,000 yen for the first 10 units only. *Sales at the special price will be on a first-come, first-served basis and will end once the planned number is reached. Below are the details of the campaign. 【Campaign Details】 ■ Period: September 1, 2022 – *Ends once the planned number is reached on a first-come, first-served basis ■ Applicable Model Numbers ・MS-5776-JC-H Indoor: Model compatible with Japan and Taiwan (indoor use) ・MS-5776-JC-H Commercial: Model compatible with Japan and Taiwan (for vehicle use) ■ Regular price of 88,800 yen, special price of 80,000 yen for the first 10 units only ■ How to apply: Please feel free to apply through the application form *For more details, please refer to the related links or feel free to contact us.

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Connection IoT Implementation Case Studies

Connection IoT Implementation Case Studies

We are currently offering a collection of case studies on the implementation of IoT in the field, including predictive detection of machinery and remote monitoring!

A collection of numerous IoT implementation case studies related to the IoTization of on-site operations is available. We provide detailed introductions to each customer's challenges and their solutions. <Featured Cases> ■ Predictive maintenance through early detection of equipment failures in factories ■ Power usage control via a demand controller monitoring system ■ Remote monitoring of construction machinery operating status ■ Notification of maximum lifting weight for construction machinery ■ Remote monitoring of special vehicles *For more details, please refer to the PDF document or feel free to contact us.

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[Data] Examples of Servitization in Manufacturing Creating New Value with IoT

[Data] Examples of Servitization in Manufacturing Creating New Value with IoT

One-stop support from measurement to utilization! Supporting the realization of servitization with IoT.

This document explains the utilization of IoT, which is one of the important points in realizing servitization in the manufacturing industry. It introduces an overview of servitization and its needs, as well as the steps toward realization. It also includes achievements, case studies, and model cases, making it a useful reference when considering implementation. [Contents] ■ Background necessitating the creation of new value ■ Servitization creating new value through IoT ■ Supporting the realization of servitization with IoT Solution partner "Connexio" *The document is available for free! Please be sure to read it from the "PDF Download."

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Best Practices to Avoid Failing in IoT Implementation *Free materials available

Best Practices to Avoid Failing in IoT Implementation *Free materials available

Only about 26% of companies have successfully implemented IoT? What are the three essential elements for successfully introducing and utilizing IoT?

The IoT is expected to create new value by enabling the acquisition of vast amounts of data through its implementation. Nevertheless, the reality is that it has not yet reached widespread adoption. This document includes common challenges faced in the PoC stage, successful combinations of devices and systems, and our IoT solutions. It is essential reading for those who are unsure where to start with IoT in their own factories or what issues they should address with IoT. [Contents] ■ Chapter 1: Reasons why many IoT projects fail ■ Chapter 2: Best practices to increase the success rate of IoT projects ■ Chapter 3: "Smart Ready IoT" to accelerate and simplify IoT system construction *We are currently offering this document for free! Please be sure to read it by downloading the PDF.

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[IoT Case Study] Plant Equipment Construction Achieving Data Utilization and Operational Efficiency Improvement

[IoT Case Study] Plant Equipment Construction Achieving Data Utilization and Operational Efficiency Improvement

Plant equipment construction, Nikko Co., Ltd.

We would like to introduce a case study of our IoT solution utilized at Nichiko Co., Ltd. The company, which operates a plant, was looking to automatically collect and utilize data from equipment within the plant to improve operational efficiency and quality. In this case study, we will showcase how the use of Conexio's IoT gateway and Salesforce's "Sales Cloud" enabled data utilization in the plant and led to the establishment of a new maintenance service. Please refer to "IoT Solution Implementation Case No. 005" in the downloadable materials. 【Before Implementation (Challenges)】 - Insufficient data from manual plant management - Desire to improve efficiency in plant operations - Interest in subscription-based maintenance services 【After Implementation (Effects)】 - Achieved efficient plant operations through data utilization - Improved customer satisfaction with "proactive maintenance" - Established a new subscription-based service

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What is Predictive Maintenance (CBM) in the manufacturing field? Differences and advantages compared to TBM.

What is Predictive Maintenance (CBM) in the manufacturing field? Differences and advantages compared to TBM.

An overview of the basics of CBM, differences from traditional TBM, and the advantages of implementing CBM.

In manufacturing sites where production takes place, maintenance activities are required to prevent equipment and machinery failures and to ensure stable operation. In this context, in recent years, a next-generation predictive maintenance called CBM, which incorporates IoT technology, has emerged. It is expected to enable more efficient equipment maintenance compared to traditional TBM. Therefore, this article will summarize and explain the basic knowledge of CBM, the differences from traditional TBM, and the benefits of implementing CBM. *For detailed content of the blog, please refer to the related links. For more information, feel free to contact us.*

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Difference between CONEXIO BlackBear indoor set and vehicle set.

Difference between CONEXIO BlackBear indoor set and vehicle set.

Introducing the differences between the indoor set and the vehicle-mounted set of our IoT gateway "CONEXIOBlackBear".

In the tech blog, we introduce useful technical information and what can be done using CONEXIO products. The CONEXIO BlackBear comes in an indoor set and a vehicle set. We often receive the question, "What is the difference between these two types of sets?" The main unit is exactly the same, and the difference lies only in the included items. Each set comes with accessories tailored to its intended use, such as cables and antennas. In this blog, we will explain the included items for each set once again. *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.*

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The importance of companies engaging in SDGs and their connection to IoT and AI.

The importance of companies engaging in SDGs and their connection to IoT and AI.

I will explain the importance of SDGs in companies and the connection between SDGs and IoT/AI!

The SDGs (Sustainable Development Goals) are international development goals adopted at the United Nations Summit in 2015. There are 17 goals aimed at being achieved by 2030, and the use of digital technologies such as IoT and AI is considered one of the initiatives. This article will explain the importance of the SDGs in companies and the connection between the SDGs and IoT/AI. *For more details, you can view the related links. Please feel free to contact us for more information.

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What can be achieved with IoT? An explanation of the advantages and disadvantages of implementation.

What can be achieved with IoT? An explanation of the advantages and disadvantages of implementation.

The utilization of IoT is advancing in a wide range of fields such as manufacturing and agriculture! This explains what can be done and the advantages and disadvantages.

The IoT (Internet of Things) refers to the technology that connects various objects to the internet. By enabling IoT for production equipment, machinery, and home appliances, it becomes possible to collect data and perform remote operations. A typical example of IoT is "smart home appliances," but its application is also advancing in a wide range of fields such as manufacturing and agriculture. In this article, we will explain what can be done with IoT and its advantages and disadvantages. *For more detailed information, please refer to the related links. Feel free to contact us for more details.*

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