コネクシオ List of Products and Services

On our tech blog, we introduce useful technical information and what can be done using Conexio products. I believe there are many customers who are thinking, "I want to monitor the status of equipment installed in remote factories or facilities!" This time, we will introduce a method for building a network using OpenVPN, which can secure a secure communication channel with remote locations. *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.

• Other network tools

In the tech blog, we introduce useful technical information and what can be done using CONEXIO products. Recently, as AI has evolved, image analysis technology has been gaining attention. There are increasing case studies of its implementation in business scenes, and it is a field that holds great expectations for future development. This time, we conducted a simple image analysis using CONEXIO BlackBear and a web camera, and we would like to share it with you. *For more detailed content of the blog, you can view it through the related links. Please feel free to contact us for more information.

• Other network tools

In the tech blog, we introduce useful technical information and what can be done using CONEXIO products. This time, we will introduce the programming languages that can be developed and executed with CONEXIO BlackBear. Please note that the languages we are introducing this time are only those that are standardly equipped with CONEXIO BlackBear and those that can be downloaded from our server for functionality expansion. For the languages that can be supported through functionality expansion, we will explain the application method in command format using the CLI (command line interface). *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.

• Other network tools

Thank you for visiting the Conexio tech blog. In the tech blog, we introduce useful technical information and what can be done using Conexio products. This time, we will introduce how to connect to the CAN (Controller Area Network) interface, which is standardly equipped on our IoT gateway "CONEXIO BlackBear," along with accompanying sample programs. *For more detailed information, you can view it through the related links. Please feel free to contact us for more details.

• Other network tools

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.*

• Other network tools

On our tech blog, we introduce useful technical information and what can be done using CONEXIO products. For those who continue to work from home, you may find that you are keeping your home lights on for longer than before. With that in mind, we thought it would be nice if the lighting could automatically adjust to maintain the perfect brightness according to the room's brightness, so we came up with a system to automatically dim the lights using our IoT gateway "CONEXIO Black Bear." *You can view more details on the blog through the related links. For more information, please feel free to contact us.

• Other network tools

In March 2020, 5G was commercialized as the fifth generation mobile communication system. Additionally, a system called "Local 5G" has emerged, allowing companies and local governments to independently build their own 5G networks, separate from commercial 5G services. While there are diverse needs for its utilization in the manufacturing industry, there are also challenges such as obtaining a radio station license based on the Radio Law and creating an environment for implementing 5G on-site. This article will explain the overview of Local 5G, as well as the challenges and benefits of its introduction. *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.*

• Other network tools

When production equipment and machinery in a factory experience malfunctions or defects, the manufacturing line stops, leading to production losses and decreased operational efficiency. To achieve stable operation, it is essential to perform appropriate maintenance and repairs before troubles such as malfunctions or defects occur. Recently, the "predictive maintenance system" utilizing IoT and AI technologies has been adopted. This article explains what predictive maintenance is, as well as the challenges in building a predictive maintenance system and their solutions. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*

• Other network tools

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.

• Other network tools

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.*

• Other network tools

In March 2020, the next-generation communication standard "5G" was commercialized in Japan. 5G stands for the fifth generation mobile communication system. In addition to the 5G offered by telecommunications operators, "Local 5G" has emerged, allowing companies and local governments to independently build their own 5G networks. This article will explain the overview of Local 5G, as well as its advantages and disadvantages, and how it can be utilized in different scenarios. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.

• Other network tools

One of the initiatives for improving operational efficiency and stabilizing quality in the manufacturing industry is the "smart factory." The concept of the smart factory gained attention from the "Industry 4.0" project, proposed by the German government, which aims to innovate the manufacturing sector. As efforts to implement smart factories progress, many responsible individuals may want to understand specific methods, key points, and practical examples from the field. This article will introduce an overview of smart factories, their benefits, methods for promoting smart factory implementation, and case studies. *For detailed content of the blog, please refer to the related links. For more information, feel free to contact us.*

• Other network tools

Equipment maintenance is one of the essential initiatives to ensure the stable operation of in-house production equipment and systems, allowing the business to continue. To prevent damage caused by equipment stoppages or failures, regular inspections and early detection of issues are crucial. However, equipment maintenance requires specialized knowledge and skills, and the serious shortage of personnel on-site has led some companies to face challenges such as "heavy workload in inspection and monitoring tasks" and "maintenance tasks and management systems becoming overly dependent on specific individuals." This article will explain the overview of equipment maintenance and the reasons why digital transformation (DX) is necessary. *For more details, please refer to the related links. Feel free to contact us for more information.*

• Other network tools

In recent years, efforts for DX (Digital Transformation) have been progressing on a global scale, utilizing digital technologies such as IoT and AI to create new added value and solve social issues. The manufacturing industry is no exception, and it is expected that the realization of DX will enable the visualization of manufacturing processes and operational status, thereby addressing challenges such as production processes and technology inheritance. However, there are challenges such as a shortage of IT personnel, lack of knowledge regarding digital technologies, and the need to refresh legacy systems, which may be hindering some companies' progress in DX. This article will explain the overview of DX in the manufacturing industry, the challenges in promoting DX, and the expected benefits of digital transformation. *For more detailed content of the blog, please refer to the related links. For further inquiries, feel free to contact us.*

• Other network tools

Recently, large-scale communication disruptions have occurred across all four major carriers. Preparing "redundant lines" as a risk mitigation strategy has become urgent. When communication disruptions occur due to disasters or equipment failures at communication carriers, it becomes difficult to use mobile devices, web cameras, and IoT devices. Data during the disruption may also be lost. To operate these devices stably, it is important to duplicate communication lines and prepare for emergencies. Even during such communication disruptions, "TRIBE-biz Mobile Type MPS" allows for continuous use without interruption by utilizing other carrier networks, all achievable with a single SIM card. The materials introduce this system. [Contents (partial)] ■Challenges for stable operation of IoT systems ■Network redundancy "Multi-Profile SIM (MPS)" ■Software that enables communication redundancy *Free materials available! Please read them from "PDF Download." ★Webinar introducing "Multi-Profile SIM (MPS)" on January 18! For details, please see the link below.

• Other security and surveillance systems

We would like to introduce a case study of our IoT solution. The company manufactures special vehicles and faced the challenge of needing to rush to customer sites for maintenance when products malfunctioned. Therefore, they worked on remote fault diagnosis using IoT and preventive maintenance to detect signs of potential failures. 【Before Implementation (Challenges)】 - They were considering a system that could accommodate multiple smart meters (power monitors) and charging outlets using RS485 bus connections. - They were looking for a gateway for a controller system suitable for properties that operate multiple electric vehicle charging outlets. 【After Implementation (Effects)】 - By adopting CONEXIO BlackBear for the controller system, they were able to support various communications including LTE, RS-485, and wired LAN/WiFi with a single gateway. - The network can be expanded, and by using an extended antenna, it can be used even in poor radio environments. For more details, please visit the service site’s case study page.

• Other mounting machines

【Rich Interfaces】 A design that enhances the basic functions as an IoT gateway. It supports wired connections such as Serial/DI/DO/CAN1/2/Ethernet/USB, and wireless connections including LTE/Wi-Fi/Bluetooth/GPS, allowing connection to various devices and sensors. Additionally, options like LPWA, Wi-SUN, and EnOcean can be added. It is possible to develop and mount sensor manufacturer options such as LPWA, Wi-SUN, and EnOcean on the standard expansion base board. <Please check the case studies from the PDF download!> - Predictive detection of equipment failures in factories - Power usage control through a demand controller monitoring system - Remote monitoring of heavy machinery operation status - Remote monitoring of special vehicles

• Embedded Board Computers

【AI Processing on Devices - High-Performance Specifications Capable of Edge AI】 Inference execution of learning models created in the cloud will be performed on CONEXIOBlackBear. Data collected on-site will be evaluated by edge AI within the gateway, enabling image recognition, predictive maintenance, and real-time detection using AI. - Equipped with a high-performance quad-core CPU and GPU to enhance computational performance - Planned support for machine learning model integration Inference execution on devices with built-in high-end CPU/GPU SoC By performing AI processing on devices without using the internet, we achieve reduced security risks, improved real-time capabilities, and decreased communication costs! <Please check the case studies from the PDF download!> - Detection of signs of equipment failure in factories - Power usage control through demand controller monitoring systems - Remote monitoring of heavy machinery operating conditions - Remote monitoring of special vehicles

• Embedded Board Computers

【Robustness Suitable for Vehicle Installation】 It has shock-resistant and vibration-resistant performance designed for use in vehicles and construction sites. It comes standard with two CAN I/F systems, allowing for the acquisition of CAN data from multiple systems such as the engine system and control system. It is also characterized by excellent environmental performance. - Vibration resistance: 2.8G, Shock resistance*: 50G - Operating temperature: -20℃ to 70℃ - Power supply voltage: 9 to 32V Stable operation even with automotive batteries *ISO16750-3 Road vehicles - Environmental conditions and testing for electrical and electronic equipment - Part 3: Mechanical Loads <Please check the case studies from the PDF download!> - Predictive detection of equipment failures in factories - Power usage control through demand controller monitoring systems - Remote monitoring of heavy machinery operating conditions - Remote monitoring of special vehicles

• Embedded Board Computers

Do you have the problem that the GW used in Japan cannot be used at overseas locations? 'CONEXIOBlackBear' is designed with a removable LTE module that complies with the radio laws of each country, making it possible to support overseas operations. Therefore, you can deploy the systems developed domestically directly overseas. 【Conventional Issues】 Typically, Japanese gateway devices cannot be used overseas (due to technical compliance issues). - You must procure devices that have been certified locally. - Software porting and testing are required, increasing both time and costs. 　　　　　　　　　　　　　　　▼▼▼ 【This Solves It】 With CONEXIOBlackBear, you can use the same specifications overseas as you do domestically! - Each model is equipped with LTE modules certified for technical compliance in each country. - Since the main unit and OS are common across all models, there is no need for the cost and effort of software porting. - You can deploy the systems developed domestically directly overseas! <Please check the case studies from the PDF download!> - Predictive detection of equipment failures in factories - Power usage control through demand controller monitoring systems - Remote monitoring of heavy machinery operating status - Remote monitoring of special vehicles

• Embedded Board Computers

In the event of a communication failure, a single SIM card can connect to multiple different mobile communication lines. By utilizing the "TRIBE-biz Mobile Type MPS" SIM in the IoT gateway "CONEXIOBlackBear," which has a dedicated program written for it, automatic input of AT commands allows for continued communication using other carrier networks (roaming) during a communication failure.

• Other security and surveillance systems

Our company has been supporting businesses primarily in the manufacturing, construction, automotive, and social infrastructure sectors as a solution partner, leveraging 20 years of development experience and over 300,000 implementation and operational achievements. We provide extensive support, including on-site verification and device kitting. Even after the full-scale operation begins, we take on maintenance and operational support, including troubleshooting and system modifications. Additionally, we can assist with activities aimed at expanding services, such as devising promotional strategies and accompanying engineers to business negotiations. 【For those facing these challenges】 ■ Want to develop services using IoT but lack technical knowledge ■ Progressing with development but unable to collect data ■ After building the service, want to leave maintenance and operations to another company 【Features】 ■ Comprehensive construction of IoT systems ■ Robust support system ■ One-stop support from the idea stage to operation *For more details, please refer to the PDF document or feel free to contact us.

• Development support tools (ICE, emulators, debuggers, etc.)

This solution is an IoT solution that collects various data through wireless sensors and visualizes it centrally. It provides a complete set of necessary components for acquiring and visualizing environmental data, including sensors, wireless modules, gateways, communication lines, data cloud, and visualization software. It can be easily installed without wiring work, reducing installation costs and construction time. 【Features】 ■ Easy installation: Uses wireless sensors, eliminating the need for wiring work. ■ Long lifespan: Employs sensors that operate for about 10 years without battery replacement. ■ Wide range: Sensors can communicate over distances of more than 100 meters. ■ Strong against obstacles: Communicates using 920MHz wireless technology with the ability to bypass obstacles. *For more details, please refer to the PDF document or feel free to contact us.

• Communications

We would like to introduce a case study of our IoT solution utilized by a customer manufacturing sensors for FA (Factory Automation) machines. The practical implementation of IoT systems requires various preparations beyond just building the system. In this case study, we will present how we supported our customer in efficiently handling the complex tasks of server and network setup while they were service-izing their products, through a comprehensive proposal and billing for related services by Conexio. For details including configuration diagrams and other case studies, please refer to the downloadable materials. 【Before Implementation (Challenges)】 - Individually procuring servers and setting up network lines is cumbersome. - Customization of gateways is necessary for IoT-enabling products. 【After Implementation (Effects)】 - Increased sales due to the acquisition of regular maintenance demand. - Improved customer satisfaction by minimizing downtime.

• Other mounting machines

We would like to introduce a case study of our IoT solution utilized in the manufacturing equipment manufacturing industry. One of the biggest challenges for manufacturers is the "reduction of lead time for recovery and reoperation" when failures or issues occur at the delivery site. To address this, we adopted our all-in-one package "Smart Ready IoT." This is a case where preventive maintenance was achieved by installing sensors on equipment to regularly collect and visualize information. For details including diagrams and other case studies, please refer to the downloadable materials. 【Before Implementation (Challenges)】 - Streamlining product failure and maintenance response - Understanding the utilization status of production equipment after delivery - Preventing customer opportunity loss 【After Implementation (Effects)】 - Established a preventive maintenance system using IoT - Created a service to propose inspections to customers, aimed at "eliminating downtime"

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We would like to introduce a case study of our IoT solution utilized at WingArc 1st Inc. In the company's office, there were many instances where meeting rooms were reserved but not actually used. When meeting rooms are filled with reservations that do not correspond to actual use, it delays the meeting schedules of those who genuinely want to use them. This not only wastes space but also raises concerns about decreased work efficiency. For details including diagrams and other case studies, please refer to the downloadable materials. [Before Implementation (Issues)] - Many empty reservations for meeting rooms leading to waste - Waiting time for private restrooms [After Implementation (Effects)] - Decrease in unused meeting room rates - Increased efficiency of meetings - Reduced unnecessary waiting time for restrooms

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We would like to introduce a case study of our IoT solution utilized at Okabe Marking System Co., Ltd. The company faced the challenge of not managing data on seating conditions in stores and offices, making behavioral analysis impossible. In this case study, we present an example of visualizing seating conditions using smart cushions equipped with sensors. Please refer to "IoT Solution Implementation Case No. 009" in the downloadable materials. 【Before Implementation (Challenges)】 - No data on store turnover rates or vacancy situations, making analysis impossible - Uncertainty about whether employees are in the office or at their desks 【After Implementation (Effects)】 - Automatic display of vacancy information at store entrances - Management of turnover rate and vacancy situation data became possible - Easy confirmation of the seating status of employees within the company

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We would like to introduce a case study of our IoT solution utilized at Farmers Support Co., Ltd. In livestock farming, there are times when heavy workloads are necessary to respond flexibly to the animals. In this case study, we present an example where a remote monitoring system using AI and IP cameras detects signs of estrus and calving, thereby reducing the burden and losses for livestock farmers. Please refer to the downloadable document "IoT Solution Implementation Case No. 010." 【Before Implementation (Challenges)】 - Farmers must conduct patrols and remain on standby at night for calving. - Missing signs of estrus can lead to economic losses. - AI analysis of camera footage places a heavy burden on the network when done in the cloud. 【After Implementation (Effects)】 - Reduced standby time and patrol duties, alleviating the burden on farmers. - Decrease in calving accidents. - Reduction in missed estrus signs, leading to improved revenue. - Establishment of a system with low network burden through edge processing.

• Other mounting machines

We would like to introduce a case study of our IoT solution utilized at Mipox Corporation. As a global niche leader in the "polishing" field, the company responds to various customer needs and is conducting demonstration experiments aimed at detecting early signs of failures in manufacturing machines (slitters) to reduce line stoppages and defective product costs. For details such as configuration diagrams, please refer to the downloadable materials and view "IoT Solution Case Study No. 006." 【Before Implementation (Challenges)】 - We want to perform maintenance before product defects occur. - We want to reduce line downtime. - We want to reduce defective product costs. 【After Implementation (Effects)】 - Predictive maintenance is made possible by monitoring the operating status of machines with multiple sensors. - Data is accumulated in the cloud, enabling visualization and analysis of information.

• Other mounting machines

Smart Submersible Pump "SuPMoS" Project - Aimu Electric Industry Co., Ltd. / WIT Systems Co., Ltd. / Rix Co., Ltd. Aimu Electric Industry Co., Ltd., a pioneer in submersible pumps, has been making efforts to reduce the heavy burden of equipment maintenance for customers using submersible pumps. In response, Connexio formed a project team consisting of four companies to develop the "SuPMoS," a submersible pump capable of remote monitoring, believed to be the first of its kind in Japan. For details including structural diagrams and other case studies, please refer to the downloadable materials. [Before Implementation (Challenges)] - Maintenance of submersible pumps, which cannot be performed without bringing them ashore, imposes a significant workload. - Immediate response during abnormalities is difficult, and there is a desire to detect issues before they occur. - There is a wish to create a remote monitoring system, but there is a lack of expertise. [After Implementation (Effects)] - Co-developed the smart submersible pump "SuPMoS" with remote monitoring capabilities. - Predictive maintenance has become possible, realizing next-generation maintenance (CBM). - The collaborative project among four companies with their respective areas of expertise led to rapid product development and market expansion.

• Other mounting machines

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.

• Other mounting machines

We would like to introduce a case study of our IoT solution utilized at Todan Construction Co., Ltd. CO₂ Emission Visualization System "CO₂MPAS" Todan Construction Co., Ltd., a major general contractor, aims to establish its brand as an environmentally advanced company. As part of this initiative, we contributed to the renewal development of "CO₂MPAS," which visualizes CO₂ emissions from buildings and supports carbon neutrality, through joint development. For details including diagrams and other examples, please refer to the downloadable materials. 【Before Implementation (Challenges)】 - Desire to understand customer energy data for energy-saving proposals and energy management - Urgent need to establish a data utilization infrastructure to connect to carbon neutrality - Aim for smooth expansion of services in the future 【After Implementation (Effects)】 - Rapid and easy horizontal deployment to designed and constructed buildings through the use of our IoT solution set - CO₂ levels displayed on signage in a date graph format - Energy-saving diagnostics achieved through energy analysis graphs and reports

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We would like to introduce a case study of our IoT solution utilized at Kakusokukei Co., Ltd. ~ Achieving low-cost remote monitoring through wireless communication ~ Infrastructures, particularly fixed communication lines, can take time to recover during disasters. In this case study, we will present how we differentiated our system from competitors by making the communication lines wireless as a disaster response measure. For details such as configuration diagrams, please refer to the downloadable materials and view "IoT Solution Case Study No. 008." [Before Implementation (Challenges)] - We want to differentiate ourselves from competitors during the bidding for remote monitoring systems. - Recovery of infrastructure takes time during disasters. [After Implementation (Effects)] - Communication infrastructure transitioned to mobile lines that allow for quicker recovery during disasters. - Reduced costs for communication lines.

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We would like to introduce a case study of our IoT solution utilized at YDK Technologies Co., Ltd. ~ A solution for monitoring water level information to detect the risks of river flooding and overflow ~ In the context of climate change and an aging population, it is essential to prepare for disasters and establish appropriate evacuation systems in emergencies. YDK Technologies Co., Ltd. has installed this solution at over 1,000 locations, contributing to the improvement of disaster prevention measures for local governments. For details such as configuration diagrams, please refer to the downloadable materials and view "IoT Solution Case Study No. 007." [Before Implementation (Challenges)] - Increase and intensification of water damage due to heavy rain - Establishment of a rapid evacuation system [After Implementation (Effects)] - Visualization of river conditions - Securing the basic information necessary for disaster prevention measures

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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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We would like to introduce a case study of our IoT solution utilized at Sanix Co., Ltd. The company had a need to provide remote monitoring services for solar power generation equipment at high quality and low cost. In this case study, we will present a case where we customized our IoT gateway to meet the customer's requirements and supported the development of the service. For details such as configuration diagrams, please refer to the downloadable materials and view "IoT Solution Implementation Case No. 004." [Before Implementation (Challenges)] - Wanted to detect abnormalities in solar power generation equipment early to avoid lost opportunities. - Wanted to provide services at a lower cost. [After Implementation (Effects)] - Achieved the desired service while keeping costs down. - High performance and mass production. - Improved service quality.

• Other mounting machines

We would like to introduce a case study of our IoT solution utilized at Kyokuto Development Co., Ltd. The company manufactures special vehicles and faced the challenge of needing to rush to customer sites for maintenance when products fail. Therefore, they worked on remote fault diagnosis using IoT and preventive maintenance to detect signs of potential failures. [Before Implementation (Challenges)] - On-site response required to identify the cause of failures - Desire to implement measures before failures occur through preventive maintenance. [After Implementation (Effects)] - Remote identification of failure causes - Improvement of maintenance services For details such as configuration diagrams, please refer to the downloadable materials and view "IoT Solution Case Study No. 003."

• Other mounting machines

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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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.

• Other information systems

The environment surrounding Japan's manufacturing industry is harsh, with a declining labor force due to low birth rates and an aging population, intensified international competition, and disruptions in the supply chain. To adapt to such conditions, many manufacturers are interested in utilizing digital technologies that serve as the foundation for smart factories and digital transformation (DX). However, aiming for overall optimization all at once is not realistic, and many voices express uncertainty about where to start. This document introduces measures tailored to specific challenges to provide hints for the introduction of digital technologies. 【Contents】 ■Step.01 Problem Analysis Example: "Unable to utilize data," "Inefficient operations," etc. ■Step.02 Cause Analysis Example: "Old equipment is in operation, preventing the collection of digital data," "There is no predictive maintenance system, leading to production line stoppages and manufacturing losses," etc. ■Step.03 Examples of Measures ■Solution Introduction *We are currently offering a free document with a problem analysis chart for your company! Please be sure to read it from the "PDF Download."

• Other information systems

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."

• Other information systems

Maintenance activities to ensure stable operation of equipment within facilities are crucial for running a business. In the past, the mainstream maintenance approach was "repairing after a failure" or reactive maintenance, but it has gradually shifted to "performing maintenance before a failure occurs," known as preventive maintenance. However, it is also true that there are challenges such as "the need to stop equipment (TBM)" and "only skilled workers can understand the condition of the equipment (CBM)." Therefore, the challenges of preventive maintenance are being addressed through IoT and AI, leading to a higher level of maintenance. Predictive maintenance, which detects abnormalities at the warning stage, is gaining traction. This document provides a clear explanation of how to implement "predictive maintenance." [Contents (partial)] ■ What it means to be in a state of predictive maintenance ■ Steps for implementing predictive maintenance ■ Case studies ■ Conclusion ■ Solution introduction *Free materials are currently available! Please be sure to read them from "PDF Download."

• Other information systems

This document introduces a method to solve many challenges faced by factory managers by utilizing IoT combined with "AI and AR." It includes the current situation surrounding the manufacturing industry, the future of manufacturing, the use of IoT, and our solutions. We invite you to read it. 【Contents】 ■ Chapter 1: Problems in the Manufacturing Industry ■ Chapter 2: Labor Reform in Manufacturing Realms Realized by IoT Combining "AI and AR" ■ Chapter 3: Conexio's Solutions Supporting the Manufacturing Industry with AR×AI×IoT *The document is available for free! Please read it by downloading the PDF.

• Other information systems

This document provides a detailed explanation of the "Smart Ready IoT Solution Set." It consolidates information about Conexio's all-in-one packaged solution set, which includes everything from sensors to gateways, communication, and applications, into a single document. It also features the characteristics and capabilities of each series, making it a useful reference for those considering implementation. [Contents (partial)] ■ About the Smart Ready IoT Solution Set ■ Introduction of various solutions - Contract development services - Predictive maintenance solutions - Remote monitoring solutions - Environmental visualization EDconnect wireless ■ Introduction to Conexio Corporation *For more details, please refer to the PDF document or feel free to contact us.

• Other information systems

The remote monitoring solution for equipment and devices is a remote work tool for facilities and equipment. It provides a one-stop service for data collection applications, LTE communication, and cloud-based continuous monitoring services. Data is provided to sales agents and end-users, allowing them to utilize it for business improvement and expansion. 【Features】 ■ Easy installation and implementation with an all-in-one package ■ Supports protocols for a variety of devices ■ Cloud-based continuous monitoring service usable for maintenance service operations, standard integration with "Ecostruxure Machine Advisor" ■ Achieves data centralization, simplifying machine operation and maintenance *For more details, please refer to the PDF document or feel free to contact us.

• Other security and surveillance systems