We exhibited at the 6th Japan IT Week Kansai IoT & 5G Solutions Expo.

A monitoring system specialized for the surveillance of agricultural ponds. Clear images at night. No external power supply required, data collection via AWS cloud. Many municipalities have adopted it.

This is a monitoring system specifically designed for "farm ponds, rivers, etc." developed in-house. It allows for low-cost introduction and operation, such as monitoring disaster prevention priority farm ponds. You can monitor the conditions of remote farm ponds, rivers, etc., using a PC or smartphone. Additionally, when the set danger water level is reached, an alert notification with a still image is sent out simultaneously. This product is an ultrasonic water level gauge that measures the distance to the water surface non-contact. It is suitable for locations where the height from the sensor to the water surface is within 5 meters. 【Features】 ★ No external power supply required; operates with solar panels and batteries ★ Cloud system that allows you to check camera images and water levels every 10 minutes online ★ Email recipients can be set and changed by the customer (up to 8 locations) ★ There is also a water pressure type water level monitoring sensor available. *For more details, please contact us via the IPROS inquiry form or by phone. *It will be smoother if you mention "I saw it on IPROS." Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS ID, please inquire from the link below. External inquiry form: https://www.densin.co.jp/contact/

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Measurement and communication devices specialized for monitoring ponds and rivers. No external power supply is required, they are low-cost, and with comprehensive cloud monitoring, remote monitoring of ponds is easy.

This is a system developed in-house to monitor "farm ponds and rivers." It allows for the monitoring of water level data from remote farm ponds, rivers, etc., and still images captured by cameras via PC, smartphones, etc. When the set danger water level is reached, an alert notification with a still image is sent out simultaneously. 【Features】 ★ No external power supply required; operates on solar panels and batteries ★ Achieves low power consumption through an in-house developed microcontroller board ★ A system that allows you to check camera images and water level measurements every 10 minutes on a cloud-based web platform (Amazon AWS Cloud) ★ Email distribution destinations can be set and changed by the customer (up to 8 locations) ★ There is also a water level monitoring sensor using an "ultrasonic pulse reflection method." * For more details, please contact us via the IPROS inquiry form or by phone. * Mentioning "I saw it on IPROS" will make the explanation smoother. Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS ID, please inquire using the link below. External inquiry form: https://www.densin.co.jp/contact/

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Ideal for monitoring water levels in small rivers, waterways, and ponds. Achieves overwhelming low cost compared to conventional products. Offers a lineup of primary batteries, solar power, etc.

This is an IoT system developed in-house to monitor water levels in "small rivers and waterways." It is also ideal for monitoring disaster prevention priority ponds (with camera and solar power options available). The IoT ultrasonic water level monitoring sensor emits ultrasonic waves and measures the water level based on the time it takes for the reflected waves to return to the transmitter. Data accumulated in the cloud allows for quantitative understanding of water level trends in rivers, ponds, agricultural waterways, etc., contributing to crisis management as well. The device itself is powered by solar panels and batteries, making it possible to install in locations where power supply is difficult, and the remaining battery level can be checked on the dashboard, allowing for advance notice of battery replacement timing. [Applications] - Water level observation and monitoring for rivers, agricultural waterways, ponds, etc. *For more details, please contact us via the IPROS inquiry form or by phone. *Mentioning "I saw it on IPROS" will facilitate a smoother explanation. Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS-ID, please inquire from the link below. External inquiry form: https://www.densin.co.jp/contact/

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It is ideal for rainfall measurement in municipal disaster prevention systems and pinpoint rainfall monitoring for companies. Our engineers will flexibly handle data integration with external systems.

This is our in-house developed "IoT Rain Gauge" system. You can view the data on the cloud. The IoT rain observation system sends the rainfall data counted by the tipping bucket rain gauge to the IoT platform (cloud system) via a dedicated IoT wireless protocol. The transmitted rainfall data can be checked on a dashboard displayed in a web browser. It is also compatible with data integration with our "Pond Monitoring Device." When the rainfall reaches a predetermined hazardous level, an alert notification is sent, allowing for preparations in advance of heavy rainfall and other events. The data accumulated in the cloud can be exported as a CSV file and used for analysis, forecasting, and prediction. The observation device can be powered by solar panels and batteries, making it possible to install in locations where power supply is difficult, and it can operate even during power outages. *For more details, please contact us via the IPROS inquiry form or by phone. *Mentioning "I saw it on IPROS" will facilitate a smoother explanation. Phone: 088-665-6366 (Contact: Onoe) External inquiry form: https://www.densin.co.jp/contact/

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Ideal for monitoring water levels in water supply facilities (such as drinking water reservoirs). Achieves lower costs compared to conventional products (installation costs, running costs).

This is an IoT system that monitors our self-developed "water supply facilities (such as drinking water reservoirs)." We have achieved a significant cost reduction (both initial and running costs) by utilizing high-priced telemetry that was previously installed for monitoring the water levels of water supply facilities (such as drinking water reservoirs). The measured water level data is stored in the cloud, allowing us to understand water level drops due to usage during dinner and baths after the evening. It is also possible to set alerts for abnormal drops (or rises) in water levels that differ from this trend. Water level data can be remotely checked on dashboards accessible via smartphones, tablets, and PCs with internet connectivity. This also helps reduce maintenance labor. *For more details, please contact us through the IPROS inquiry form or by phone. *Mentioning "I saw it on IPROS" will facilitate a smoother explanation. Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS-ID, please inquire using the link below. External inquiry form: https://www.densin.co.jp/contact/

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Realizing the IoT implementation of water level management necessary for rice cultivation. Low cost (initial installation cost, operating cost), no external power supply required, and capable of comprehensive cloud monitoring and data integration.

This is an IoT system developed in-house to monitor "field water levels." Currently, the aging of agricultural workers and the shortage of successors are leading to a decline in the efficiency of agricultural work. In rice cultivation, it is necessary to manage water carefully, such as lowering the water level in rice fields to raise soil temperature or raising the water level to protect crops during low temperatures. By reducing the burden of water level management through IoT solutions, the water level data measured daily is accumulated in an IoT platform (cloud). This allows for the analysis of accumulated quantitative data from past and current field environment data and weather information, contributing to accurate field management by understanding the status of crops and responding to abnormal weather. *For more details, please contact us through the IPROS inquiry form or by phone. *If you mention "I saw it on IPROS," it will facilitate the explanation. Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS-ID, please inquire from the link below. External inquiry form: https://www.densin.co.jp/contact/

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Realizing the IoT integration of pest capture. AI determines wild boars, deer, and other animals from camera images. The cloud system also makes it easy to view history.

Set the shooting time from your smartphone or PC (5 times a day). When the set time arrives, it will capture images of wild birds and animals caught in traps such as snares, box traps, and enclosures. The captured still images are sent to the cloud, where AI automatically analyzes the species and notifies you of the species identification results via email along with the still images. Since the identification can be made from still images, you can confirm the identity of the wild birds and animals, allowing for more efficient capture operations. Additionally, in daily use, you can check the feeding status, further enhancing the efficiency of patrol inspections. 【Features】 ■ Camera installed at the bottom of the main unit ⇒ Allows for adjustment of the shooting angle, and you can check the angle during installation using the built-in small monitor. ■ At night, infrared LEDs illuminate the wild birds and animals for shooting. * For more details, please contact us through the IPROS inquiry form or by phone. * Mentioning "I saw it on IPROS" will facilitate a smoother explanation. Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS-ID, please inquire from the link below. External inquiry form: https://www.densin.co.jp/contact/

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Realizing the IoT integration of pest capture, it notifies via email when boars and deer are captured in snares, box traps, or enclosures, reducing the burden of patrols.

This is our self-developed "Pest Capture IoT System." 【Renewal Points】 1) Equipped with our self-developed microcontroller communication module board. 2) Comparison with conventional pest capture and notification sensors (compared to our previous model) 1. Achieved miniaturization (41% smaller) 2. Achieved weight reduction (800g → 500g) 3. Compatible with communication SIMs from both NTT Docomo and Softbank, making it SIM-free Like the previous model, the sensor can operate for one year using four AA alkaline batteries. Additionally, it adopts Michibiki A-GPS to accurately transmit the sensor's location information to the dashboard system. *For more details, please contact us via the IPROS inquiry form or by phone. *Mentioning "I saw it on IPROS" will facilitate a smoother explanation. Phone: 088-665-6366 (Contact: Onoe) If you do not have an IPROS ID, please inquire from the link below. External inquiry form: https://www.densin.co.jp/contact/

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We are pleased to announce the archive distribution of our seminar titled "New Plan 'Mojitori Plus' Debuts! From Paper to Data! The First Step Towards In-House DX with Mojitori." 'Mojitori' allows you to convert text from photos, images, PDF files, and more into data, automatically inputting it into various fields in kintone. In this seminar, we will clearly explain the basic functions and usage of Mojitori. Additionally, we will provide detailed explanations about the Plus plan and the document-focused Mojitori, which were added in the major update in November. 【Recommended for】 - Those who are struggling with frequent transcription errors due to manual data entry. - Those who wish to digitize items currently stored on paper. 【Timetable】 - Overview of Mojitori's functions - Overview of Mojitori Plus's functions - Details and pricing of each plan - Q&A session We look forward to your registration.

Is the performance report you are currently creating, which takes a tremendous amount of time and effort, appreciated by the management? Are you facing complaints from management such as: - The reports are coming out late (results from the previous month are reported around the 20th of the current month) - The reports are difficult to understand and hard to read - There is missing necessary information In this seminar, we will introduce a new system for managing performance information that addresses these issues, along with specific methods. The cost is free. We encourage you to participate. □ Seminar Content 1. What is performance improvement? 2. What information is useful for performance improvement? 3. How to view performance information 4. A system for automatically generating performance information and accessing necessary information when needed (Using our company's developed performance information management tool as a model)

Holding a management strategy seminar to "embed" generative AI and connect it to organizational outcomes! Are you facing challenges such as "not knowing how to use it," "lack of progress in utilization," or "not being embedded due to organizational rules and management" while advancing AI implementation? In this seminar, we will thoroughly explain the secrets to realizing an organization where AI operates autonomously, drawing from the generative AI training of Panhouse Co., Ltd. and the management methods of Shikigaku Co., Ltd. In particular, we will share specific case studies of the "Agent Model AI," which is gaining attention as a next-generation AI application, along with organizational design know-how for integrating generative AI into business, management pitfalls that hinder embedding, and their solutions, all accompanied by concrete examples. What you can learn in this seminar: - Experiences and case studies of Agent Model AI (exabase generative AI demo) - Initial preparations and design know-how to accelerate AI utilization - Key management points to break down organizational barriers that hinder AI embedding If you are in management or responsible for ensuring that generative AI becomes a "truly usable" system rather than just "trying it out," we encourage you to participate in this opportunity.

We are pleased to announce that Pan House Co., Ltd. will be participating in the online marketing conference "Data Driven Marketing 2026," which will be held from January 14 (Wednesday) to 16 (Friday), 2026. At this event, where professionals achieving results at the forefront will gather, our Chief Integration Officer, Tsubasa Kimura, will explain the new organizational approaches utilizing AI. Organizational Theory for "Maximum Effect with Minimal Effort" in the AI Era As AI technology rapidly evolves and the marketing environment changes significantly due to cookie regulations, relying on "past success experiences" and "intuition and experience" is reaching its limits. In this session, we will focus on how to utilize AI not just as a tool, but as a strategic infrastructure to build competitive advantages for organizations. We will discuss specific examples and methods on how to maximize the efficiency of marketing operations and establish an organizational structure that leads to results with minimal effort.

"Where should we start with AI implementation, and how can we expand it company-wide?" The reason for the slow progress in AI implementation is not the tools themselves. The key lies in project design that encompasses everything from creating guidelines to establishing a promotion system and turning success stories into models. In this webinar, we will systematically explain the types of AI implementation projects that successful companies practice to overcome the "zero-to-one barrier" and the "utilization promotion barrier." Both companies that have not yet implemented AI and those that are stagnating in their utilization will gain clarity on their respective starting points and take home actionable "answers at the action level" that can be executed starting tomorrow in just 60 minutes. Recommended for those facing the following challenges: This webinar is ideal for individuals in departments at the level of section chief or higher who want to promote AI implementation as a project. Companies that do not know how to "start" AI implementation (zero-to-one stage) Companies that have implemented generative AI but are experiencing stagnation in its utilization Companies lacking a driving force or where the initiative is not moving forward, struggling with individualization and the lack of established training Companies that are looking to expand company-wide but are unclear on how to horizontally deploy Companies considering the introduction of AI training (especially in the pre-approval stage)