AIoT Wright is a smart integranted survellance system that enables intelligent decision-making in various sites. It is a radar sensor-based solution that complements the limitations of existing CCTV security systems in their blind spots and inability to recognize motion due to the environment, enabling real-time control based on 3D/4D maps similar to actual sites.

Clients need a smart control security system that can improve the limitations of
the current security system in terms of technology and price

RAIID AIoT Control Solution provides a distinctive service 

RAIID AIoT Wright has the advantage of
privacy protection, security blind spot monitoring, etc. compared to CCTV Cameras.

By adopting the RAIID AIoT Wright,

you can quickly respond to serious accidents

1.     Technical Overview

IoT control platform, AIoT Wright, is linkable to various sensors. Particularly, by using Radar sensor, the platform can measures the image more precisely. AIoT Control Solution, AIOT Wright, provides a distinctive service in the following 3 service areas:

Ø  Radar image sensor-based 3D/4D object recognition

It gives more improved image recognition where visibility is not clear.

Can be installed in security blind spots for privacy protection, i.e. toilet.

Ø  Digital Twin (3D/4D) based integrated control system

3D/4D Map-based control service similar to the real site

Integrated control dashboard that provides multiple sites in one-view

Ø  Accident prevention and Prevention in industrial sites such as building/factories

Material recognition: Vacancy, occupancy, breakdown, etc.

Gesture recognition: Standing, lying, sitting, etc.

1)      FEATURES FOR Radar Sensor AIoT Control Solution

Ø  Supporting MQTT (standard protocol)

Ø  Providing IoT messaging standards

Ø  Providing its DB

Ø  Data analysis and data integration nodes

Ø  Intuitive Alarm Setting

Ø  Intuitive alarm setting with message/TTS/icon

Ø  Checking/Tracking sensor history through a dashboard

Ø  Providing a custom setting function

Ø  Custom setting in zones, sensors, icons, etc.

2)      Hardware specification of mmWave Radar Sensor

A.      Sensor Model: RAIID BHS-1
Sensor function
Radar technology can be used to detect contractions and dilation of the user's chest cavity to measure breathing and heart rate in real time.
It can detect the user's location or departure in the range of space and measure the time of departure.

B.      Sensor Model: FDS-1
Sensor function
It utilizes radar technology to detect people in range.
When the user is in range, the sensor detects a fall.