
There are two categories of people. One who doesn’t support the above statement as robots are only benefiting them for performing their domestic, industrial, and other tasks.
Conversely, another category of people doesn’t support introducing mobile robots for our daily tasks because they know the cost of human replacement from the workplace.
This blog will excel your knowledge with a detailed briefing about autonomous robots and their pros and cons in our everyday life. At the end of the blog, you will find your category and will be able to rethink what will happen if faster and more powerful robots become a part of our daily life.
Mobile Robots for Daily Life
The distinctive feature of Mobile robots is their ability to move autonomously without any human assistance and have enough intelligence to make a decision and react based on the algorithms and perception of the environment.
Another standout feature is to dictate the actions it has to perform to complete the task using a perception system and a control system to coordinate with all the components that make up the robot.
Autonomous robots combine Artificial intelligence (AI) and physical robotic components like legs, tracks, etc. Humanoid robots, rovers, drones, and entertainment pets are great examples of mobile robots.
Features of Mobile Robot
Following essential features necessary to exist in autonomous robots are as follows:
- Integrated safety system
- Wireless transmission
- Fleet management and Fleet simulation software
- Integrating with supervisor software

Classification of Mobile Robots
Depending on the robot locomotion system and the environment they work in, they are classified into the following four major categories.
Land-Based Robots
The name indicates that these robots can move on dry lands and buildings. Therefore, they are also named Unmanned Ground Vehicles (UGVs), and mainly these robots are mainly used primarily to supply equipment like the Dirtdog robot. Common types of land-based robots are:
Wheeled Robots
Tracked/ Robots
Legged/Walking Robots
Hybrid robots (whose structure is a combination of the above-described types)

Air-Based Robots
The robots are inspired by aircraft functioning, also called unmanned Aerial Vehicles (UAVs). At first, these were used for military applications, but now applications are expanded to other fields like agriculture, surveillance, aerial photography, etc.
Underwater-Based Robots
Underwater robots are also known as autonomous underwater vehicles (AUVs). These robots can navigate through water, and OceanOne is an example of a human-like marine robot.
Arm/Manipulator Robots
Industrial robots come in this category, primarily handling hazardous and radioactive materials using arms.

Why Integrating Mobile Robots in Daily Life is a Bad Move?
Robots are being Utilized for our daily chores to speed up the work processes and to complete risky or impossible jobs for people. Yet involving them is a danger to life. The downsides or drawbacks of robotics are listed below.
Make People Lose Their Jobs
Businesses want to maximize their profits, and robots are the perfect fit for this goal as they’re capable of working 24/7 with more efficiency. Therefore, People may be forced to leave their jobs.
Require Constant Power
Robots making to functioning requires massive amounts of electricity, which makes them costly and damages the environment unless we switch to greener energy sources.
Restricted Performance by Programming
Robots can only perform the tasks they have programmed. They can’t adopt new skills or think creatively independently. Even rapid development of AI and machine learning constrains what robots can perform.
Effects Human Interaction
The most significant negative impact will be created on humans’ interaction with each other when robots become an integral part of their life. Just observe the emergence of smartphones that have already begun this situation.
We are providing robots with more significant responsibilities to fulfill daily, and there is every reason to expect that the situation will only worsen.

Retraining of Staff
The transition of power from humans to robots only cut off human employment partially, as it is necessary for humans to operate the robots means only a shift in responsibilities occurs.
But as not all are experts in doing so, the power remains in the world’s limited number of skilled people. And To fill that big gap, it is necessary to retrain all the workers for their extensive upskilling.
Causes Values-Based Division
Ordinary people can only enjoy robot services if they’re affordable and limited. However, those who can pay for costly goods and services can purchase them.
Therefore, society’s wealthiest groups will gain another advantage over the working class. The gap between the rich and the poor will widen if robots are utilized for everyday life.
Cybersecurity Problems
Imagine robots are part of our everyday life doing household chores, taking care of people’s health, and managing a variety of essential duties. And someone hacked them and gained access to their control system. What do you think about how severe the consequences can be? It will be enough to ruin everything.
Potential Danger from Malfunctions
Humans will always be expected to work with robots in the same space. And the robot can be dangerous if it fails to operate normally. Hence, the powerful and massive metal body is capable of causing significant harm to the human standing next to the malfunctioning robot.
Make Humans Dependent on Robotic Assistance
We’re so much addicted to smartphones that they always are with us in our pockets, and we use them so frequently to solve our queries, save memories, and entertainment. We can expect the same outcome with robots. We will depend on them increasingly as they are made available, used frequently, and accepted in society.
Robots are undoubtedly essential to society. They will also continue to play a significant role in the future by speeding up the work process, completing tasks effectively, performing risky and impossible jobs to achieve for people, and many more.
But always remember that the benefits will be the more drawbacks of robots. So, we need to think about how these are coded, how we interact (or don’t) with them, and what they might do for us or will do to us.