Contributing to the resolution of issues caused by labor shortages by IoT-enabling factory equipment and in-house products. Can be implemented at low cost. Compatible with older equipment as well.
"Argoculus" is an IoT platform that allows for easy and low-cost visualization of equipment operational status and production conditions, as well as checks on equipment health. In addition to a customizable dashboard for customers, it features functions such as threshold determination and complex rule-based anomaly detection, enabling immediate initiation of IoT. For customers who wish to "digitize analog equipment!", "IoT-enable their products!", or "understand customer operational conditions to inform product development!", we provide one-stop support from sensor selection to installation, planning, design, production, and operation of IoT, leveraging our extensive knowledge in IoT and engineering. ★ In addition to the catalog, we are offering materials that introduce two case studies: a small-scale IoT system currently in operation within our company, "Indoor CO2 Concentration," and the IoT-enabled "Operational Status of Heat Treatment Furnaces." You can view them via the download button below.
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basic information
【Features】 ■ Capable of supporting systems ranging from small-scale (starting at 30,000 yen per month excluding tax) to large-scale systems ■ Compatible with both cloud and on-premises solutions ■ Provides one-stop support from planning to production, operation, and maintenance for IoT implementation 【Application Sites】 <Manufacturing Sites> Enables real-time monitoring and maintenance of products and equipment from remote locations.
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Applications/Examples of results
In addition to the catalog, we are offering materials that introduce two case studies: a small-scale IoT system currently in operation within the company, "Indoor CO2 Concentration," and the IoT-enabled "Operating Status of the Heat Treatment Furnace" at customer facilities. You can view them by clicking the download button below.
Detailed information
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■IoT can be implemented at a low cost, starting operations in as little as half a day. Various sensors can be retrofitted to existing equipment. For example, a motor operation monitoring system that combines a clamp-type current sensor and a BLE acceleration sensor can be started in as little as half a day for a monthly cost of several tens of thousands of yen.
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We can also accommodate customers who want to build a closed system that operates only within the factory without connecting to the internet. We can assist you from the consideration of the system configuration, so please feel free to consult with us.
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■Customization according to needs and integration with existing systems is possible. Since it is a self-developed product, customization according to the customer's objectives is possible. Additionally, integration with existing systems is also easy through the use of APIs. It can also be useful for the IoT transformation of our products (devices). Please feel free to consult us about your requests or any issues you may have.
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Our staff, who have extensive experience in developing anomaly detection algorithms using AI and other technologies, will assist you. We have experience in system development for various scales, ranging from small equipment for demonstration experiments to large plants. Additionally, we have been involved in the development of anomaly detection algorithms using AI for many years. SSIL solves various customer challenges through "IT + Engineering."
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Our company has been an expert in both the I and T worlds of IoT, having handled large-scale data collection, management, analysis, and visualization in system development related to engineering sciences. Our IoT platform "Argoculus" allows you to start IoT operations on-site in as little as one hour by simply connecting remote products and devices. IoT requires mechanisms such as gateways that extract information from end "things" and transmit it over the network, databases that collect and store information, and dashboards that analyze, process, visualize, and control the accumulated information. Argoculus is equipped with these mechanisms, making it a platform that can quickly adapt to new devices from the prototyping stage.