HUMANOID MONITORING ROBOT 

Technology is ever evolving regardless of modern-day conditions. Emerging technology have functionality to alternate the world. We find innovation everywhere we look. One of the technologies rising is Humanoid Robotics. Humanoid robotics is a rising study field that has obtained widespread interest for the duration of the past years and will maintain to play a crucial role in robotics research and many applications of twenty first century and past. The humanoid research is a technique to recognize and realize the complicated actual international interactions between a robot, an environment and a human. Humanoid robotic era is considered one of the fastest growing generation in military, health, safety, automobile industries. These robots are playing important position in lowering manual threat and helping doctors to carry out risky operations with easy robotic mechanism. Humanoid robotic is beneficial for human beings. In this paper we present a prototype that uses Arduino Uno and servo motors. This robot can be controlled by using technology such as WIFI, Bluetooth etc. Our goal is to build a robot that can be used for the monitoring of warehouses, employee monitoring in the offices and monitoring of COVID patients.

Humanoid robotics is a rising and difficult research subject which has received tremendous interest at some point of the past years and will keep to play a relevant position in robotics research and in many applications of the 21st century. Ambitious goals had been set for destiny humanoid robotics. They are predicted to function partners and assistants for people in day by day lifestyles and as closing helpers in man-made and natural disasters. Considerable progress has been made in humanoid research ensuring in a number of humanoid robots capable of pass and perform nicely-designed duties. Over the past decade in humanoid studies an encouraging spectrum of technology and era has emerged that resulted in the development of quite superior humanoid mechatronic systems endowed with wealthy and complicated sensorimotor abilities. Of primary significance for advances of the sphere is surely the supply of reproducible humanoid robots structures, which have been used in the remaining years as not unusual hardware and software structures to assist humanoids research.

We would like to continue our work in a way that our robot can be beneficial in few fields. Like it can be used for monitoring of a warehouse. A static camera can only show you a picture or a view of room or office but a humanoid robot can be helpful to show the working of each object. It can be used for employee monitoring as it can move in employees room and show the employer how the employees are working. It can be helpful in medical field like recently our world faced a sever pandemic in which doctors can not physically check their patients out, the humanoid robot can help the doctor to examine their patients.

There is an excellent scope of humanoids in the future as technology gets better every day.

 

Medical Industry:

Recent scenarios like the COVID-19 pandemic have shaken the industry in ways we never imagined. Technology experts have said that we will have humanoids in hospitals as nurses and doctors, who will take care of patients in hazardous situations in the future. Also, due to higher efficiency, it will ensure to check more patients at one time.

Agriculture:

With the increase in population, agriculture needs to be robust and efficient. It is said that soon, humanoids will help in milking, farming, etc.

Military sector:

Humanoids will soon be deployed to work in harsh places that are difficult to be accessed by human soldiers. Also, these humanoids will help in accessing challenging situations accurately, which will help to strategies plans accordingly.

Humanoid robots have a great future. Currently, humanoids have constraints. Although some humanoid robots learn and work in real-time according to certain situations.

The main purpose for purposing the idea of humanoid robot for monitoring of warehouses.

Monitoring of warehouses:

Humanoid robot also have face recognition feature By capturing and analyzing the faces of employees or authorized personnel, this helps enhance security by preventing unauthorized individuals from entering restricted areas.

It also help in monitoring the warehouse floor, a face recognition robot can ensure compliance with safety regulations and company policies. It can identify specific employees and track their activities, enabling supervisors to monitor productivity, and optimize workflow. The light feature on the ESP32 camera module can enhance visibility in low-light conditions or during night-time. The camera module allows you to capture images or video footage of the warehouse environment. This enables real-time visual monitoring of the warehouse, allowing you to keep an eye on activities and identify potential security risks.