Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 65 items
It is possible to connect RS232C devices to the FOMA network using the protocol converter function.
The FOMA ubiquitous module has been replaced with the AME3240DO module, allowing RS-232C devices to be connected to the FOMA network using the protocol converter function.
When defects or abnormalities are detected in the inspection process, an email notification is sent to the person in charge of the previous process. Even when the inspection process manager leaves their post, notifications can be sent to relevant parties in real-time.
【System Overview】 The CONPROSYS M2M Gateway series monitors the PLCs in the inspection process. When an anomaly occurs, CONPROSYS determines it and sends an email notification to the responsible personnel for each process. This allows for the situation to be checked via email even when the administrator is away from their post. Additionally, by including information such as anomaly codes, preparations can be made smoothly in advance. 【Recommended Products】 ● M2M Gateway Series Supports multi-vendor compatibility, enabling IoT integration for PLCs and CNCs. Allows data collection from multiple PLCs with a single device. ● HMI/SCADA Software CONPROSYS HMI System Facilitates data collection and control through various IoT gateway devices. Easily builds and operates monitoring and management systems for various applications.
Collect various data such as sludge concentration, chemical quantity, pressure, and flow rate using an IoT gateway, and perform operational monitoring by integrating it into a cloud service.
【System Overview】 This is a system for monitoring the operation of water treatment equipment. By sending various data from the water treatment equipment to a cloud server, it becomes possible to understand the timing for maintenance. It collects various data such as sludge concentration, chemical dosage, pressure, and flow rate from the PLC controlling the water treatment machinery and sends it to the cloud server. Information from machines scattered across the country can be centrally managed, allowing for an understanding of the equipment's condition and wear without having to visit the site. This information can be utilized for determining maintenance timing and optimizing operational plans. This system can be built without programming using "CONPROSYS" and "Cloud Data Service." 【Recommended Products】 ● M2M Gateway Series Supports multi-vendor compatibility to IoT-enable PLCs and CNCs. Data collection from multiple PLCs is possible with a single device. ● HMI/SCADA Software CONPROSYS HMI System Data collection and control through various IoT gateway devices from different manufacturers. Easily build and operate monitoring and management systems for various applications.
This is a system for remote toilet monitoring and maintenance management (determining cleaning schedules) using an IoT gateway.
This is a system for remote toilet monitoring and maintenance (determining cleaning schedules) aimed at water conservation and environmental protection in public restrooms. It helps provide a safe and secure environment by detecting long-term users. The system measures and monitors signals from various sensors, visualizing the presence of equipment troubles and usage conditions. By understanding usage patterns, it establishes a mechanism for determining cleaning schedules and monitoring long-term users, including email notifications. Additionally, it can also support the visualization of usage conditions. **Recommended Products** ● M2M Controller Series Easily build an IoT environment. Flexible configurations are possible depending on the installation location, wiring methods, and the number of I/O points.
A general-purpose IoT gateway and remote access router that enables IoT tools from PLCs and HMIs to terminal devices such as thermometers and sensors.
The Flexy201 is equipped with IoT promotion features that, in addition to remote access capabilities, enable data collection and alarm notification functions for various devices (PLC, HMI, temperature and humidity sensors, etc.). ■ Secure VPN Remote Access With remote operation and monitoring capabilities for distant equipment, it allows for operation and monitoring without being on-site, thereby reducing travel costs, waiting time, and downtime. ■ WEB Server HMI Function The Flexy201 itself has HMI functionality and can create web graphics, allowing monitoring and operation of the web interface from anywhere using a smartphone or tablet. It has built-in BASIC and JAVA programming, enabling the design of tasks ranging from simple to sophisticated automation tasks. ■ Support Function for Field Devices Communication and I/O for PLCs, HMIs, thermometers, and sensors can be managed through a web server for data collection and alarm notification. ■ Unique Features of Flexy201 By inserting one communication expansion card and two I/O expansion cards, it can control various devices equipped with I/O. It can promote IoT across various industries, including agriculture and public facilities.
IoT gateway compatible with LTE communication and capable of freely expanding functions.
The Armadillo-IoT Gateway G3 is a high-performance IoT gateway that is also ideal for edge computing. It comes standard with an LTE communication module and also includes a WLAN + BT combo module. You can choose the communication method with the cloud according to the installation environment. By utilizing the Armadillo BTO service during mass production, you can equip only the necessary modules and functions, keeping costs down for product commercialization. ▼ Equipped with NXP's i.MX 7Dual It adopts the "i.MX 7Dual" SoC (NXP Semiconductors) with a dual-core Arm Cortex-A7 (996MHz). ▼ Easy interface expansion with dedicated add-on modules It supports "add-on modules" that can be connected to the mainboard via a BtoB connector. By selecting from various add-on modules available as options and installing them in the dedicated slot, you can add various interfaces such as serial (RS232C/422/485) and low-power wireless communication.
Power-saving IoT gateway equipped with LTE-M and supporting cloud communication with low power consumption.
The Armadillo-IoT Gateway A6E is an IoT gateway that operates with lower power consumption than conventional models. It is equipped with a cellular LPWA (LTE-M) module that enables communication with the cloud at ultra-low power consumption. When building a standalone system, smaller capacity solar panels and batteries can be selected, significantly reducing the overall cost of the system. ▼ Equipped with NXP's i.MX 6ULL It adopts the Arm Cortex-A7 (528MHz) SoC "i.MX 6ULL" (manufactured by NXP Semiconductors). ▼ Equipped with RS485 and contact I/O In addition to standard interfaces such as USB and LAN, it includes RS485, contact input (DI), and contact output (DO), allowing for immediate connection to sensors and devices. Various solutions can be realized without the need for hardware expansion development.
Equipped with an LTE ubiquitous module! We quickly deliver the status of equipment and devices in remote locations.
The "DMA-ESL" is an IoT gateway capable of simultaneous operation with RS-232C and Ethernet input/output. In "Internet Mail Mode," by inputting data from RS-232C or Ethernet, it can automatically send the data as the body or as an attachment to registered email addresses (up to 10). In "Access Premium LTE Mode," by inputting data from RS-232C or Ethernet, it can communicate with a central server via TCP/IP or UDP/IP. 【Features】 ■ Equipped with an LTE ubiquitous module ■ Two interface functions ■ Easy and cost-effective serial data communication ■ Capable of receiving area mail and SMS ■ Directly operate the module with AT commands (PPP communication) *For more details, please refer to the PDF document or feel free to contact us.
Connect with major cloud services and no-code! Hardware with high reliability and flexible scalability.
The "OpenBlocks IoT FX1" is an IoT gateway that achieves faster speeds and lower power consumption. It evolves in various aspects while maintaining its rich features, such as the IoT gateway software FW5, which allows no-code connections to major IoT devices and the cloud. Additionally, its compact design, which is palm-sized, makes it easy to place even when adding to existing networks. 【Features】 ■ Adopts i.MX 8M Plus for over twice the speed and low power consumption ■ Robust and compact chassis design with a high MTBF value ■ Diverse interfaces and expansion options ■ Convenient PoE support for environments with wiring constraints ■ Comes with maintenance services to support long-term operation (available for purchase for one year, with the option to continue for a fee) *For more details, please refer to the PDF materials or feel free to contact us.
![IoT Gateway "SmartFitPRO" [No Coding Required]](https://image.mono.ipros.com/public/product/image/702/2000804772/IPROS06917533267422803656.png?w=280&h=280)
No coding required with the dedicated setup tool! Easily install on equipment for a smart IoT transformation!
We would like to introduce the 'SmartFitPRO Basic/Standard' that we handle. It can be directly mounted and is compatible with DIN rails. Additionally, it requires no coding thanks to a dedicated configuration tool. It smartly fits various new and existing equipment, regardless of the scene. 【Features】 ■ The standard module achieves data sampling and cloud transmission with just parameter settings. ■ Construction of a remote monitoring system for sensors. ■ Remote control of relay outputs. ■ Easy connection of sensors. ■ Semi-custom software is also supported. *For more details, please refer to the PDF document or feel free to contact us.
IoT Gateway "KES IoT Logic" Solution Azure Stream Analytics On Edge
The IoT gateway series "KES IoT Logic" can build the solution "Azure Stream Analytics On Edge" in collaboration with Microsoft Azure. By building "Azure Stream Analytics On Edge," it is possible to deploy (download and execute) programs created in the cloud to the IoT gateway. Primarily, it enables real-time processing on-site and the preprocessing of collected data for transmission to the cloud. At an advanced level, it is also possible to deploy the entire machine learning engine to the IoT gateway.
![[Case Study] Adoption of Remote Monitoring Autonomous Driving Demonstration Experiment](https://image.mono.ipros.com/public/product/image/9b9/2000793269/IPROS13489911362296230892.png?w=280&h=280)
"KES IoT Logic" has been adopted for a remote monitoring type autonomous driving demonstration experiment utilizing video transmission in the autonomous driving demonstration project in Kakegawa City, Shizuoka Prefecture.
The recent autonomous driving demonstration required "video streaming functionality" and "real-time device control." Based on our IoT gateway "KES IoT Logic," we have customized and added these features to achieve autonomous driving. ■ Video Streaming Functionality The "1. Uploading data for face recognition/person flow analysis" feature has been enhanced with the addition of video streaming functionality through customization. This allows for real-time uploading of footage captured by AI cameras to the cloud in a streaming format. ■ Real-time Device Control The "2. Remote control of LED lights at bus stops" feature has been enhanced with real-time device control functionality. This synchronizes the control of LED lights that notify about the approaching bus at the bus stop. In the "3. Uploading heat stroke index data" feature, we have implemented customizations for the specific protocol of the WBGT sensor. Our company offers tailor-made customizations to meet our customers' needs. Our experienced engineers are here to support you, so we would appreciate it if you could consult with us first.
![[Information] What is a secure IoT gateway architecture?](https://image.mono.ipros.com/public/product/image/ca9/2000606651/IPROS88839068206574227635.png?w=280&h=280)
We will introduce the architecture of IoT gateways and an architecture with enhanced security.
With the advent of Industry 4.0 and industrial IoT, there is a growing interest in connecting plant control systems to the cloud. One method for linking devices to the cloud is to collect data using OPC UA and send it to the cloud via an MQTT gateway. While this combination is desirable from a security standpoint, it does not necessarily meet the needs of all users. This document explains the structure of a typical industrial IoT gateway and introduces methods to enhance security. [Contents] ■ Typical IoT Gateway ■ DMZ and Daisy Chain Connection ■ IoT Gateway with Enhanced Security via DHTP ■ Introduction to IoT Solutions *For more details, please refer to the PDF document or feel free to contact us.
Despite its small size, it is equipped with a rich variety of I/O ports! - Supports a wide temperature range of -5℃ to 55℃.
The "NISE 52" is a multi-function IoT gateway that can handle complex devices requiring separate control and gateways all in one unit. In addition to the wide range input of 9-30V DC, which is the first for the "NISE 50 series," it also features remote switch terminals that were previously only available in higher-end models, allowing for power ON/OFF from a distance. With three LAN ports, it functions as a network device, and with three HDMI ports, it serves as a player for digital signage and more. It also includes eight USB ports and four COM ports, making it a versatile fanless computer that can be used across a wide range of applications. 【Features】 - Equipped with a Quad Core Intel Celeron J3455 CPU - Achieves sufficient CPU power with low power consumption - Includes remote switch terminals - Allows for power ON/OFF from a distance - Usable across a wide range of applications, including control devices *For more details, please refer to the PDF document or feel free to contact us.
4-screen display powerful gateway! Equipped with Intel Celeron 6305E processor.
Introducing the high computing IoT gateway "NISE70-T01." Equipped with an Intel Celeron 6305E processor, it is a powerful gateway with support for four-screen displays. We also offer the "NISE70-T04," which is equipped with an Intel Core i5 1145G7E processor. Please feel free to contact us if you need assistance. 【Seven Values】 ■ Additional model without OS for Linux, etc. ■ Pre-installed Windows 10 IoT ■ Windows setup and customization ■ 18-month warranty + cost-effective extended warranty ■ Application installation ■ Recycling service ■ A wide range of customizable options *For more details, please refer to the PDF document or feel free to contact us.
It makes it easy to support a wide range of sensors in your system.
The "IoTGW335" is an IoT Gateway itself, based on CortexA8-Max1GHz, standardly supporting G-LANx2, eMMC (4GB/8GB), SD, and RS485, and equipped with two slots for IoT wireless modules. It also supports Wi-Sun and Wi-Fi, and by combining the two slots, it can accommodate a very wide range of Gateway applications. 【Features】 ■ Planned network support includes an OpenVPN-based SSL-VPN system and ModbusTCP/ModbusRTU. ■ Support for IO-Link and various PLC protocols is also planned. ■ As a data logger, it has 4/8GB of eMMC and a μMMC slot, with plans for an SQL database. ■ OS: Debian Linux 8 (Kernel 4.4) *For more details, please download the PDF or feel free to contact us.
By combining standard sensor modules, it can also function as a data logger!
This product is an IoT Gateway and data logger based on the customizable AP-Router IoTAP7688. The basic AP-Router functions are built in by default, allowing it to be used as a gateway for Wi-Fi devices and wired LAN devices. Additionally, by combining it with a standard sensor module that incorporates various sensors into a USB-Slave microcontroller, it can also serve as a real-time data logging system. 【Features】 ■ Planned to incorporate sensors for atmospheric pressure, temperature, humidity, illumination, and audio input ■ It is also possible to incorporate any desired sensors based on user requests, with standard support including sample drivers ■ The sensor section, including both the circuit and firmware, is expected to be disclosed free of charge to OEM users *For more details, please download the PDF or feel free to contact us.
![[IoT Case Study] Remote Monitoring of Solar Panels Achieves High Performance and Low Cost](https://image.mono.ipros.com/public/product/image/500/2000874359/IPROS55212732419457267701.jpeg?w=280&h=280)
Remote monitoring of solar panels, Sanix Inc.
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.
![[IoT Case Study] Local Government Disaster Prevention Measures: Visualization of Water Level Information with IoT Water Level Gauges](https://image.mono.ipros.com/public/product/image/182/2000874363/IPROS10886006507386664199.png?w=280&h=280)
Visualization of basic information on disaster prevention measures, YDK Technologies Inc.
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
![[IoT Case Study] General Contractor: Toda Corporation](https://image.mono.ipros.com/public/product/image/b54/2000874366/IPROS67905818772061437011.png?w=280&h=280)
Joint development of a system for visualizing CO₂ emissions from buildings. Accelerating support for carbon neutrality.
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
![[IoT Case Study] Manufacturing Industry: Improving Productivity through Fault Prediction Monitoring](https://image.mono.ipros.com/public/product/image/cb8/2000874374/IPROS32793328537075303262.jpeg?w=280&h=280)
Mipox Corporation, Manufacturing Industry
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.
![[IoT Case] Remote Monitoring of Charging Vehicles with CONEXIO BlackBear](https://image.mono.ipros.com/public/product/image/d6a/2001045422/IPROS04601093841679147622.jpeg?w=280&h=280)
Electric Vehicle Charging Service, Company U
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.
![[Security Measures] Explaining the Importance of IoT Gateways](https://image.mono.ipros.com/public/product/image/5eb/2001114466/IPROS46764396203142125919.png?w=280&h=280)
Explaining the risks of cyber attacks and the importance of security measures for IoT gateways.
In recent years, the introduction of IoT devices has been advancing in various industrial sectors, with expectations for improved operational efficiency and the creation of new services. Among these, IoT gateways play a crucial role in connecting systems and networks with different specifications. On the other hand, cyberattacks targeting IoT devices have been increasing and becoming more sophisticated year by year, raising the importance of security measures in companies. This article will explain security measures in the construction of IoT environments, the risks posed by cyberattacks, and the importance of security measures for IoT gateways. *For more details about the blog, please refer to the related links. Feel free to contact us for more information.*
Explaining the impact of 5G on businesses, as well as the features and differences between 4G and 5G.
5G, which emerged as the next communication standard after 4G. Once 5G becomes widely adopted, various objects around us will be connected to the internet, and it is expected to serve as the foundation for promoting IoT and DX (Digital Transformation). On the other hand, in various industries such as manufacturing, healthcare, and construction, what is currently mainly deployed are IoT devices and solutions utilizing 4G. This article will explain how 5G will impact businesses, as well as the features and differences between 4G and 5G. *You can view the detailed content of the blog through the related links. For more information, please feel free to contact us.*
Introducing use cases that combine 5G and IoT for companies promoting IoT implementation.
In March 2020, various carriers began to gradually launch commercial 5G services. 5G is a mobile communication system that has evolved in communication speed compared to the currently widespread 4G, featuring three characteristics: high-speed large-capacity communication, ultra-low latency communication, and the ability to connect many devices simultaneously. With the utilization of 5G, it is expected that the application of the Internet of Things (IoT), where various objects connect to the internet, will expand more than ever before. In this article, we will introduce six case studies that combine 5G and IoT for companies aiming to promote IoT implementation. *For more details on the blog, please refer to the related links. For further inquiries, feel free to contact us.*
IoT gateway equipped with two Bluetooth units, supporting BLE/Beacon and BT Classic.
The "UM-125" is an IoT gateway that collects location information and sensor node data within a facility and connects to the cloud. For the backbone connecting this product to the server, it uses IEEE802.11b/g/n (2.4GHz), IEEE802.11a/n/ac (5GHz), and 1000BASE-T to facilitate communication with the management server. It can receive signals transmitted by Beacon devices and supports bidirectional communication with general BLE devices. 【Features】 ■ Equipped with two Bluetooth modules (supports BLE/Beacon and BT Classic) ■ Simple design that can be directly installed into a power outlet ■ Can also be used as a Wi-Fi router/access point ■ Obtained TELEC, CE, and FCC certifications *For more details, please download the PDF or contact us.
The "EDL-100" is an IoT gateway for monitoring power equipment.
The "EDL-100" is an IoT gateway for monitoring power equipment. It can be connected to our RS485-type contact input device "OP485in" and RS485-type analog input device "OP485ai" to monitor abnormal contact opening and closing, as well as analog quantities such as solar radiation and temperature. The aggregated data is transmitted to the center in real-time via HTTP communication, enabling centralized management by the center server. The monitoring software for the center server can be built by our company.
