IoT camera solution that does not require wiring work -human style analysis and monitoring

NTT DOCOMO (DoCoMo), Ito Tadata Techno Solutions (CTC), and MOYAI companies are aimed at marketing, human -analysis, and monitoring on November 22, and provides an IoT camera solution that can be introduced in a short period of time without wiring work.It was announced that we will start collaboration.It is scheduled to start offering in the spring of 2022.

The solution is a MOYAI LED -integrated high -performance network sensor "IoTube" incorporates a SIM card with a 4G network line of DoCoMo.Video analysis by artificial intelligence is realized in a short period of time.CTC is responsible for the operation of the platform in addition to data storage, device management, and the development of browsing interfaces.

"IoTube" is an IoT network sensor that integrates LED fluorescent lights and high -performance cameras.It is possible to shoot the inside of the store or the inside of the vehicle just by replacing it with an existing fluorescent light.The platform developed through this collaboration can be used to check and download video data using mobile devices such as smartphones and tablets, and use the microphone speaker function to make two directions in an emergency.

By performing attribute analysis of customers who visited retail stores, and flow of flow line, it can be used for marketing such as product purchase, display, and store design.In addition, by grasping the degree of congestion in each vehicle and distributing congestion on passenger's mobile terminals in real time, it can also be avoided.

The new version of the "IoTube", which will be offered in the spring of 2022, is planned for standard equipment such as edge AI that enables real -time processing and analysis on edge terminals, temperature, humidity, infrared thermography, and various sensors of smoke detection.In addition, MOYAI is also considering responding to the 6th generation Wi-Fi and the 5th generation mobile communication method (5G) that realizes ultra-high-speed communication.