Ondroid Temperature and Humidity Measurement System [NETIS Registered]

We have published the product page for the "Ondroid Condensation Monitoring Package." The "Ondroid Condensation Monitoring Package" is a system that compares the "temperature at which condensation occurs," derived from the on-site temperature and humidity, with the "surface temperature" of materials such as steel in real-time. It provides immediate alerts via warning lights or emails based on the difference. Not only does it monitor risks, but it can also automatically link with external devices such as jet heaters and furnaces, preventing the occurrence of condensation while improving efficiency and reducing manpower in on-site operations. For more details, please check the link.

Starting from January 2026, we are pleased to announce that by linking the measurement data collected on the "Fieldroid Cloud" with the BIM/CIM cloud "KOLC+" provided by Cork Inc., it has become possible to centrally display measurement data summaries on the digital twin. (Examples) Measurement of various environmental data using Cloud Logger LTE Forecasting wind speed, rainfall, and heat index using Signroid 2 Temperature and humidity measurement during concrete curing using Ondroid Slope monitoring using Guraloid Displacement measurement using the shape displacement measurement system "G-Gauge" The data measured by the above services is sent to the cloud, enabling graph displays and alert email notifications. With the implementation of the data linkage function, it is now possible to visualize the latest measurement data from the Fieldroid Cloud on the digital twin constructed in "KOLC+". For more details, please check the content on the linked page.

The NETIS registration number for "Ondoroid" has been changed as follows: New NETIS registration number: KT-230101-VE Old NETIS registration number: KT-230101-A "Ondoroid" is a system that remotely manages temperature data from the surface and interior of concrete, as well as humidity data within curing sheets, allowing for effective curing management based on this data. Recently, the Ministry of Land, Infrastructure, Transport and Tourism conducted an evaluation of its effectiveness and assessed it as a technology superior to conventional methods in terms of "quality and workmanship" and "constructability." Please make use of it to improve quality management during concrete curing.

GRIFFY Co., Ltd. will be exhibiting at the "Hokkaido Civil Engineering and Architecture Future Technology Exhibition 2025" held at Access Sapporo. We plan to showcase our rebar inspection AR system "BAIAS," outdoor wireless transmission device "G-Wave," and virtual signage display system "Virtual Sign," among others. On the day of the event, you will be able to see actual products, as well as services and demonstrations, so please take this opportunity to visit the venue. We sincerely look forward to your attendance.