IDIoT Product Lineup

We have decided on a method to implement an IoT system to collect and analyze data representing the operational status of equipment every day. However, how long will we have to continue this tedious task every day...? Do you have similar concerns? ◆ Issues - It takes a lot of man-hours and time to process and analyze the large amounts of data that accumulate daily. - Thinking about how long we will continue the data processing and analysis work causes anxiety. ◆◆ Improvement Proposal - Automate the data processing and analysis tasks. - Automate the report creation as well. ◆◆◆ Expected Benefits - Data will be processed automatically every day, and reports will be generated. - You will be relieved from anxieties such as "How long will we do this?" and "Who will do it?" ★ IDIoT's Proposal - The Information Gateway and micro RPA will solve this problem. - Let's leave the troublesome data processing to computers and software robots that excel at it.

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The IoT system has been implemented, allowing us to collect data that represents the operational status of equipment every day. What kind of analysis? What should we look at? Should we use complex statistical methods? I'm struggling and unable to move forward. ◆ Issues - The purpose has been forgotten or not sufficiently considered. - There is no system in place to continuously pursue the true purpose every day. ◆◆ Improvement Proposal - Focus on the "visualization" information on graphs and dashboards to achieve the purpose of implementing the IoT system. - Pay attention only to the "anomalies" that appear in the "visualization" information. - When an anomaly is found, confirm it on-site, with the actual object, and in reality. - Establish a system that repeats this "notice → confirm" process continuously every day. ◆◆◆ Expected Effects - A cycle of finding anomalies and improving them will be established. - By systematizing this improvement cycle, a habit of continuous improvement will naturally develop. ★ IDIoT Proposal - The Ideal IoT System will solve this problem. - Let’s focus only on the anomalies without getting distracted by complex or numerous issues. - Automate the detection of these anomalies with the Ideal IoT System.

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During production work, equipment stops. The personnel in charge, pressed for time and production schedules, respond with makeshift measures due to a lack of leeway. Although the plan is cleared, equipment stoppages are repeated, and the problem persists. ◆ Issues - Analysis of the "problem" is not conducted at the time of stoppage. - There is no system in place for knowledgeable and responsible individuals to gather on-site. ◆◆ Improvement Proposals - Use an IoT system to notify stakeholders in real-time when a stoppage occurs. - Stakeholders can easily grasp the situation through a dashboard equipped with an "andon" function. - The production personnel will focus on production while the equipment personnel will handle cause analysis. ◆◆◆ Expected Effects - Equipment personnel, well-versed in equipment and trouble response, can rush to the site and verify the actual situation. - Production personnel will no longer resort to vague responses due to the urgency of production. - Equipment personnel can take responsibility and lead improvements. ★ Proposal for IDIoT - Capture the timing of problem occurrences and notify stakeholders through the Ideal IoT System. - Utilize the "visualization" technology of the Ideal IoT System to communicate with distant stakeholders via "personal andon" alongside the regular dashboard.

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The person in charge was manually recording information about work content and issues for each piece of equipment. These records were collected and delivered to the supervisor the next morning in a bundle. Every day, the supervisor would see the "bundle of daily reports" and feel overwhelmed. Since the records were handwritten, the quality level varied by recorder, and it took time for the supervisor to understand the content. ◆ Issues - Data indicating the situation is not being collected in real-time. - Data indicating the situation is being recorded by equipment personnel in handwritten daily reports. ◆◆ Improvement Proposal - Numerical information and simple judgment information (presence/absence, pass/fail, etc.) should be automatically recorded in real-time using an IoT system. - Important parts of the daily report, such as "issue identification" and "observations," should be recorded freely in handwritten form. It would also be good to capture the recorded documents as images and convert them into PDF files. - The supervisor can immediately assess the situation by looking at the overall, aggregated information collected in real-time. If any issues requiring deeper investigation are found, they can refer to the handwritten detailed information. ◆◆◆ Expected Effects - Ability to grasp the overall situation in real-time. - Elimination of the need for manual labor in data aggregation. ★ Proposal for IDIoT - The Ideal IoT System will solve this problem.

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In addition to detecting the signal tower status of injection molding machines, the status of peripheral equipment such as worksite lights is also acquired. All data indicating the behavior of operators is sensed to comprehensively calculate the operational status. ◆ Applicable Products - Ideal IoT System ◆◆ Features - Detects the lighting status of the signal tower and worksite lights and converts it into operational status by the minute. - Digitizes all movements (light, rotation, movement, etc.) occurring around production equipment using multiple sensors to comprehensively calculate operational status and operational rates. - Stable data collection is possible even in factories with many metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - Automatically records and visualizes operational status data. - Allows you to know the status of the press machine in a factory located away from the office. - Digitizes all data related to production activities using diverse sensing technologies. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy.

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The operating data is obtained from the PLC installed in the rice packing machine to calculate the operating status. If the equipment is relatively new, it is easy to access the memory within the installed PLC to obtain the equipment status. ◆ Applicable Product - Information Gateway ◆◆ Features - Accesses the memory within the PLC to retrieve data and converts it into operating status by the minute. - If there is data indicating operating status and operating rate within the PLC, it can be easily obtained. - Data is obtained via a wired LAN within the factory, ensuring stable operation. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - Automatically records and visualizes operating status data. - Allows you to know the status of the press machine located far from the office. - Can retrieve data other than operating status and operating rate from the vast amount of data present in the PLC. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy. - This example is an application case for the rice packing machine and can be easily applied to equipment with installed PLCs.

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The signal tower attached to the packed rice manufacturing machine detects its status and calculates the operational state and operating rate. In manufacturing sites, if there is a standard signal tower, the equipment status can be easily digitized regardless of the old or new model. ◆ Applicable Products - Ideal IoT System ◆◆ Features - Detects the lighting status of the signal tower and converts it into operational state per minute. - Since the lighting status of the signal tower is converted into operational state data, it is an easy-to-understand system. - Stable data collection is possible even in factories with many metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - Automatically records and visualizes operational state data. - Allows you to know the status of the press machine located far from the office. - Digitized even old press machines without communication functions. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy. - This example is an application case for the packed rice manufacturing machine and can be easily applied to equipment with installed signal towers.

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The system detects the status of the signal tower installed on the metal parts forming press machine and calculates the operating status and operating rate. A sensor has been attached to the standard signal tower found in manufacturing sites to digitize the lighting status. ◆ Applicable Product - Ideal IoT System ◆◆ Features - It detects the lighting status of the signal tower and converts it into operating status per minute. - Since it converts the lighting status of the signal tower into operating status data, it is an easy-to-understand system. - Stable data collection is possible even in factories with a lot of metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - It automatically records and visualizes operating status data. - You can know the status of the press machine in the factory located far from the office. - Even old press machines without communication functions have been digitized. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy. - This example is an application case for a punching press machine and can be easily applied to equipment where a signal tower is installed.

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Detects the movement of molds in metal parts forming press machines and calculates the operating status. Sensors were installed on old press machines to digitize them. ◆ Applicable Products - Ideal IoT System ◆◆ Features - Detects the up and down movement of the mold and converts it into shots per minute (SPM). - Since it counts the up and down movement of the mold, it is an easy-to-understand system. - Detects the presence or absence of metal part materials, distinguishing between stops due to material shortages and abnormal stops. - Stable data collection is possible even in factories with a high presence of metal objects thanks to LoRaWAN. - Data is automatically accumulated in Google Spreadsheet, and graphs are displayed. ◆◆◆ Effects - Automatically records and visualizes operating status data. - Allows you to know the condition of press machines located far from the office. - Digitized even old press machines that lack communication functions. - Data is accumulated in Google Spreadsheet (equivalent to Excel), making data reuse easy. - This example is an application case for press machines using molds, and it can be applied to equipment with periodic motion components.

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IDIoT operates based on the following mission/purpose: 1. By advocating the usefulness of digital information that represents data as facts and providing products that connect this to customer benefits, we support the realization of rational thinking and smart work styles in customer companies. 2. By providing sensors and CPUs that substitute human senses and thoughts at an ideal QCD, we promote respect for humanity by freeing people from inhumane work. 3. To harness the inherent power of humans, we pursue the advanced use of IoT systems and aim to achieve Intelligent Automation. 4. By supporting the realization of data-driven management, we contribute to the digital transformation of customer companies. Key Points: - Supporting customers' "smartification" through the establishment of a data utilization foundation. - Introducing a culture of respect for humanity in the workplace through the use of sensors and CPUs. - Aiming for Intelligent Automation that lies beyond automation. - Achieving transformation through data-driven management. For more details, please refer to the related links or contact us.

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Here is a list of hardware and software products that support the IoT system used by IDIoT. We handle familiar products and tools from both domestic and international sources that support recent IoT technologies. Please feel free to contact us regarding models not listed. ◆ Hardware - Raspberry Pi - Arduino - ESP32 - Mitsubishi Electric PLC - Omron PLC - Keyence PLC ◆◆ Software - Google Spreadsheet - Google Doc - Google Drive - Google AppSheet - Node-RED ◆◆◆ Sensors - Sensirion ◆◆◆◆ Cloud Services - Google Workspace - The Things Network *For more details, please refer to the related links or contact us.

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Based on my experience working at major automobile factories both domestically and internationally, as well as at major automotive parts factories and small to medium-sized factories in Niigata Prefecture, I design and develop IoT devices and systems suitable for manufacturing sites. ◆ IDIoT Technology 1. Knowledge of the next-generation IoT communication technology LoRa, which does not require a license. 2. Ability to design and develop devices based on LoRa specifications (wireless communication base stations, data collection devices). 3. Capability to lay out networks based on LoRa specifications. 4. Access to abundant information and technology from the world's largest IoT cloud service, TTN. 5. Ability to design and develop data collection devices using embedded software development technology. 6. Proficiency in industrial English for global information collection and dissemination. ◆◆ Strengths of IDIoT - The ability to propose realistic and broad solutions based on extensive industrial site experience. - Problem-solving capabilities for a wide range of sensing challenges based on experience as an embedded software engineer. - Knowledge and technology related to internet usage based on experience since its early days. - Global information collection capabilities through communication skills developed from overseas experience. - Abundant information from global organizations supporting next-generation IoT communication technology. *For more details, please refer to the related links or contact us.

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IDIoT provides DX support primarily for the manufacturing industry based on the hardware and software technologies accumulated in the automotive industry. ◆ Features - We support the manufacturing industry by leveraging our long-standing experience in the automotive sector. - We assist in comprehensive visualization and improvement by utilizing diverse software experiences (internet, internal systems, embedded systems, etc.). - We not only implement IoT systems (hardware and software) as a one-stop solution but also support data utilization. - We also develop digital devices aimed at data collection. ◆◆ Regional Information - We support the use of LoRaWAN (free wide-area wireless communication) expanding in Maebashi City, Takasaki City, and Ota City. - We actively support the automotive and manufacturing industries in Ota City. - We also support the activities of the Next-Generation Mobility Social Implementation Research Center at Gunma University. ◆◆◆ Applicable Products - Ideal IoT System - Information Gateway - micro RPA - Smart IoT Display

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IDIoT provides DX support primarily for the manufacturing industry based on the hardware and software technologies accumulated in the automotive industry. ◆ Features - We support the manufacturing industry by leveraging our long-standing experience in the automotive sector. - We assist in comprehensive visualization and improvement by utilizing diverse software experiences (internet, in-house systems, embedded systems, etc.). - We not only implement IoT systems (hardware and software) in a one-stop manner but also support data utilization. - We also develop digital devices aimed at data collection. ◆◆ Regional Information - Let's further empower the diligent manufacturing culture based on the long-standing spirit of industrial promotion with the power of digital technology. - We also support the introduction of the Toyota Production System and production management systems. - We welcome inquiries regarding the utilization of highly skilled Indian talent, which has been becoming more active recently. ◆◆◆ Applicable Products - Ideal IoT System - Information Gateway - micro RPA - Smart IoT Display

• Other Software

IDIoT provides DX support primarily for the manufacturing industry, leveraging the hardware and software technologies accumulated in the automotive industry. ◆ Features - We support the manufacturing industry by utilizing our extensive experience in the automotive sector. - We provide comprehensive visualization and improvement support by leveraging diverse software experiences (internet, in-house systems, embedded systems, etc.). - We offer a one-stop solution not only for the implementation of IoT systems (hardware and software) but also for data utilization support. - We also develop digital devices aimed at data collection. ◆◆ Regional Information - The presence of the Joetsu Shinkansen and the Kanetsu Expressway is significant. Given Niigata's good access to the metropolitan area, how about using the know-how of IoT systems and manufacturing DX as a weapon for business expansion into the metropolitan area? ◆◆◆ Applicable Products - Ideal IoT System - Information Gateway - micro RPA - Smart IoT Display

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We will create a system tailored to your needs with flexible "sensing" and "wireless communication" solutions. ◆Features - Achieve a smart factory free from wiring using LPWA (LoRa / LoRaWAN) and WiFi. - We assist your company's digital transformation with a simple "visualization" tool. - Sensors installed on factory equipment collect data and transfer it to cloud services on the internet. - We help you choose sensors and digitize everything for better visibility. ◆◆Examples of Use - Acquire the number of shots and material availability from a press machine to understand operational status and determine normal/abnormal stops. - Obtain the status of various (types, new and old, etc.) machine tools from a general-purpose pilot lamp and calculate operational rates. - Monitor valuable data 24/7 through sensing with specialized sensors like dissolved oxygen levels (DO values). *For more details, please refer to the related links or contact us.

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We will implement automated processes that "organize information" using low-code tools to solve the "siloing" problem within the organization. ◆Features - Software robots (automation processes) make valuable data scattered within the company easier to use. - We are also skilled at acquiring data from PLCs (programmable logic controllers). - You can use it simply by connecting to the existing network (internal LAN). - IDIoT supports the implementation of automation processes during the introduction phase. ◆◆Usage Examples - Automatically retrieve and create separate customer information from the core database tailored to each salesperson's sales style. - Automatically retrieve and create different sets of information for each factory line from production management systems and information sharing systems. - Automatically calculate costs by acquiring values from various sensors installed within the company and exchange rate information from the internet. *For more details, please refer to the related links or contact us.

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As an introduction to a full-scale RPA system, why not start small? We will easily achieve automation using tools like Google AppSheet Automation. ◆Features - Using no-code tools, it is possible to create automation mechanisms easily and quickly. - We provide a system that makes better use of "information," the fourth management resource. - IDIoT supports initial implementation and establishment. After implementation, you can easily advance automation on your own. ◆◆Examples of Use - Automatically send instructions to external sales staff by discerning and judging the content of emails from customers. - Based on internal inventory information managed in Excel, automatically determine and place orders for parts. - Obtain operational status from sensors installed in factory equipment and email the daily operational status to the supervisor. *For more details, please refer to the related links or contact us.

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We provide "visualization" information completely automatically. You won't have to deal with any cumbersome tasks to view the information. ◆Features - It starts up according to the work schedule and displays information. During the day, it updates and displays the latest information. It will stop displaying at the end of the workday. Everything operates automatically. - Are you running around the office turning on PCs and displays? Are you pulling out the information you want to display and laying it out on the screen? All the cumbersome tasks are handled by a "bot" (an automation robot installed on the display). - We want users to focus on ① viewing, ② thinking, and ③ taking action on the information. We are the best partner for realizing that "visualization." ◆◆Usage Examples - Real-time display of IoT information obtained from sensors, providing feedback to the field. - Distribution of information from the internal administrative department (labor/administration, quality, sales information, etc.) to the factory. *For more details, please refer to the related links or contact us.

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"Information" is a management resource. Let's use it correctly and effectively to generate profits! ◆Features - The four products of IDIoT functionally integrate to suit your company's situation. (Ideal IoT System, Information Gateway, micro RPA, Smart IoT Display) - We collect and provide the necessary information in real-time so that the field, management, and executives can make correct and rational decisions. - It is the ideal way to utilize IoT technology and can achieve a level of cost performance that was previously unimaginable. ◆◆Key Points - The "information," which is the fourth management resource, is still underutilized. - Automatically collects information from various places within the field and other areas of the company. - Supports the "integration of information" within companies and organizations. - The ideal way to utilize IoT technology and realize smart factories/offices. *For more details, please refer to the related links or contact us.

• Process Control System

Based on the insights gained from the "visualization" provided by the IoT system, we will repeatedly implement the Kaizen flow! This will create change and lead to results. ◆Features - Let's recognize that the IoT system alone only visualizes the "current situation." - Use the visualization of the "current situation" to identify and analyze problems, and set goals! This is an important task based on respect for humanity. - The broadly defined IoT system provided by IDIoT also realizes a foundation for managing essential information for Kaizen, such as "problems" and "countermeasures." - By utilizing various IoT systems, we will enhance information management and communication capabilities, leading to results. ◆◆Key Points - A person is needed to lead the entire system. - Information management that does not hinder the "Kaizen" flow is an essential skill. - An information system that promotes human communication serves as a complementary tool. *For more details, please refer to the related links or contact us.

• Other production management systems

In the field of mining and resource exploration, data collection using various sensors is essential for understanding geological surveys and the distribution of mineral resources. However, traditional data collection methods can be cumbersome due to the installation of sensors and the acquisition and organization of data, which can hinder efficient resource exploration. Our sensor integration solution contributes to the efficiency of resource exploration by centrally collecting and visualizing data from multiple sensors. 【Use Cases】 - Collection of various sensor data in geological surveys - Investigation of mineral resource distribution - Environmental monitoring at mining sites 【Benefits of Implementation】 - Increased efficiency in data collection - Faster data analysis - Improved accuracy in resource exploration

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In the food processing industry, temperature management is crucial for maintaining product quality. In particular, temperature fluctuations directly affect food spoilage and quality degradation, necessitating accurate temperature measurement and recording. However, traditional temperature management systems often involve cumbersome data acquisition and analysis, which can delay responses to abnormalities. Our sensor integration solution centralizes data from multiple sensors, enabling real-time temperature monitoring. 【Usage Scenarios】 - Temperature monitoring in food manufacturing, processing, and storage - Temperature management of refrigeration and freezing equipment - Temperature management during food transportation 【Benefits of Implementation】 - Early detection of anomalies through temperature data visualization - Increased efficiency and labor savings in temperature management - Improved product quality and ensured safety

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In smart cities, accurate data collection is essential for efficient urban management when it comes to understanding traffic volume. Particularly, real-time data acquisition is crucial for visualizing traffic flow and achieving congestion mitigation and a safe traffic environment. However, existing systems face challenges with the time-consuming processes of data acquisition and organization, as well as analysis. Our sensor integration solution addresses these challenges by centrally collecting and visualizing data from multiple sensors. 【Use Cases】 - Understanding traffic volume at intersections - Visualizing road congestion - Analyzing public transportation usage 【Benefits of Implementation】 - Real-time understanding of traffic conditions - Implementation of measures for congestion mitigation - Realization of more efficient urban planning

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In the construction industry, ensuring the safety of workers is the most important issue. There are various risks, such as falling accidents and contact with heavy machinery, and the damage caused by accidents can be significant. To mitigate these risks, it is essential to grasp the situation on-site in real-time and take prompt action. Our sensor integration solution contributes to the efficiency of safety management and the reduction of risks by collecting data from various sensors installed on-site and managing it centrally. 【Usage Scenarios】 - Safety management of workers at construction sites - Monitoring the operation status of heavy machinery - Detection of entry into hazardous areas - Heatstroke prevention measures 【Effects of Implementation】 - Reduction of accident occurrence risks - Improvement of workers' safety awareness - Efficient management through visualization of the site - Rapid situation understanding and response

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In the retail industry, accurate inventory management and the control of stockouts and excess inventory are crucial. Many stores face challenges with manual inventory counts and the operation of complex inventory management systems. This can lead to lost opportunities and increased storage costs. Our sensor integration solution enables the collection and visualization of real-time inventory data, addressing these challenges. 【Use Cases】 - Streamlining store inventory operations - Optimizing product replenishment timing - Real-time visualization of inventory data 【Benefits of Implementation】 - Reduction in inventory management costs - Decrease in lost sales opportunities due to stockouts - Reduction in storage costs by controlling excess inventory

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In the energy industry, it is essential to accurately grasp the operational status of equipment and energy consumption to ensure efficient operations. In particular, abnormal detection of equipment and optimization of energy usage are crucial for cost reduction and minimizing environmental impact. However, existing systems face challenges with the cumbersome collection of data from various sensors, making real-time information acquisition difficult. Our sensor integration solution centralizes multiple sensor data, enabling efficient data collection. 【Use Cases】 - Monitoring of power plant equipment - Abnormal detection in power transmission networks - Visualization of energy consumption 【Benefits of Implementation】 - Real-time understanding of equipment operational status - Optimization of energy consumption - Reduction of operational costs

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In the logistics industry, it is essential to accurately track the location of packages during transportation. Particularly, real-time tracking is crucial to prevent loss and delays, thereby enhancing customer satisfaction. Our sensor integration solution aggregates data from multiple sensors, enabling precise tracking of package locations. 【Use Cases】 - Tracking the location of cargo during transportation - Managing packages within a warehouse - Monitoring cargo that requires temperature control 【Benefits of Implementation】 - Improved accuracy in package tracking - Enhanced transportation efficiency - Increased customer satisfaction

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In the field of healthcare, remote monitoring is crucial for understanding patients' vital data and conditions in real-time. Reliable data collection and analysis are essential for accurately grasping patients' conditions and enabling prompt responses. However, existing systems can make data acquisition and management cumbersome, making efficient monitoring challenging. Our sensor integration solution centralizes data collection from multiple sensors and visualizes it in the cloud, supporting the efficiency of remote monitoring. 【Use Cases】 - Remote monitoring of patients' vital data - Understanding patients' conditions in hospitals and at home - Data collection and analysis from medical devices 【Benefits of Implementation】 - Real-time understanding of patients' conditions, enabling prompt responses - Reduced workload through more efficient data collection and analysis - Alleviation of healthcare professionals' burdens and provision of higher quality medical care

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In the agricultural sector, various factors such as climate change and soil conditions affect yield. Accurate yield forecasting is essential for timely harvesting and sales strategies. However, traditional data collection methods have been time-consuming and labor-intensive, with limitations in data accuracy. Our sensor integration solution centrally manages data from multiple sensors and efficiently collects the information needed for yield forecasting. 【Use Cases】 - Environmental monitoring of fields (temperature, humidity, sunlight, etc.) - Understanding soil conditions (moisture levels, fertilizer components, etc.) - Visualization of growth conditions 【Benefits of Implementation】 - Data-driven precision cultivation management - Maximization of harvest yield - Cost reduction

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In quality control within the manufacturing industry, it is important to maintain product quality and suppress the occurrence of defective products. By utilizing sensors, it is necessary to collect various data from the manufacturing process, detect anomalies early, and contribute to quality improvement. However, there are challenges in collecting data from multiple sensors and visualizing that data. Our sensor integration solution supports the efficiency of quality management by centrally collecting and visualizing data from multiple sensors. 【Usage Scenarios】 - Quality inspection of products on the production line - Anomaly detection in the manufacturing process - Analysis and improvement of quality data 【Effects of Implementation】 - Reduction of defective products - Reduction of quality management costs - Optimization of the manufacturing process

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I have compiled 10 product catalogs. If you don't have much time, please download them all at once here!

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I have compiled 10 product catalogs. If you don't have much time, please download them all at once here!

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I have compiled 10 product catalogs. If you don't have much time, please download them all at once here!

• Other Sensors
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I have compiled three product catalogs. If you don't have much time, please download this all at once!

• Other Sensors
• Sensors

I have compiled two product catalogs. If you don't have much time, please download this all at once!

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I have compiled a catalog of five Idel short stories. If you don't have much time, please download this all at once!

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I have compiled four product catalogs. If you don't have much time, please download them all at once here!

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The emergence of diverse sensors has made it possible to visualize everything. The efficiency of researchers and those seeking data collection has dramatically improved! ◆Features IoT technology has enhanced the convenience of all sensors and stimulated the curiosity of those creating added value based on data. <Background> - There are various sensors, so I want to try different ones. - I want to easily acquire data and visualize it. However, there are still issues. <Issues> - Sensors can be obtained, but they cannot be operated. - It is difficult to easily acquire and organize vast amounts of data. IDIoT's solutions are as follows. <Measures> - Centralized control of multiple sensors with a CPU. - A system for bulk acquisition and transfer of vast sensor data. ◆◆Key Points - Technology for handling "sensors" that convert analog to digital. - Technology that connects sensors, CPUs, and the cloud. *For more details, please refer to the related links or contact us.

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Are you struggling with wireless communication not functioning as well as you expected and not becoming comfortable? ◆Features As a result of the proliferation of WiFi technology and devices, there is confusion happening behind the scenes. Is it the case that what should be smart wireless communication is actually not that smart? <Background> - WiFi has become an indispensable part of our lives. - The reality of "invisible" radio waves is not well understood. - Wireless communication, a key technology in the IoT era, is not fully understood. And this leads to the following problems. <Issues> - WiFi devices have been introduced, but there is no improvement at all. - The effectiveness of WiFi devices is hardly considered. IDIoT's solution is as follows. <Countermeasures> - We will diagnose the effectiveness of wireless communication (WiFi, LPWA, etc.). - We will improve the wireless communication environment and realize a true smart office and smart factory. ◆◆Key Points - Technology to visualize the invisible radio wave environment. - Diagnostic technology for the effectiveness of wireless communication (WiFi, LPWA, etc.). *For more details, please refer to the related links or contact us.

• Communications
• Other network tools
• Wireless LAN