The field of robotics is full of complexities that are often beyond human comprehension. As technology advances, robotics has moved from being a mere tool for the development of humanity to becoming an identity in its own right. The drive to see how far the human mind can go in creating new and innovative robots has led to a wonderland of inventions, but also to a world of tremulous obscurities. The intricacies involved in developing robots are vast, it takes a tremendous amount of skill and knowledge to create robots that are not only functional but also safe. From the programming of robotic limbs to the construction of autonomous drones, the world of robotics is ever-evolving and presents an endless array of possibilities for the future. Advancements in robotics prostheses have brought about groundbreaking changes in the way we perceive the possibilities of human anatomy. These developments have opened up a new world of opportunities for people who previously thought they had no hope of regaining control over their limbs. With the integration of sensors, data signals can now be calibrated with sensory feedback, allowing for programmable functions that can be controlled via biological feedback. This means that users have greater control over the functions of their robotic prostheses, enabling them to exercise greater autonomy and independence. This level of control is unprecedented, as it allows the user to operate the prosthesis without the need for a computer system, ensuring that the control remains in their hands alone. This technology is nothing short of revolutionary and will continue to transform the lives of those who have lost limbs. The advent of new technologies has brought about a renewed sense of hope in the world, but it has also raised concerns and criticisms. One of the most significant concerns is the integration of devices with the human system. There is a fear that humans may cease to be human and become machines at some point in the future, which is a common theme in science fiction. People worry about the risk of cyberattacks on neurorobotic implants or other systems that may be exposed to hacking. The introduction of AI systems and their integration into our current environment is another area of concern. It has the potential to change the way humans interact and interpret information, which could have far-reaching consequences for our future. The same hope that technology gives to people in terms of improving their body anatomy is now being executed in reverse, which is causing unease among the general public. The field of robotics has been around for a while now, but it still faces significant challenges in terms of public perception and safety concerns. While there is great potential for new robotic systems to revolutionize various fields, including healthcare, manufacturing, and transportation, there is always an inherent risk associated with progress. As such, it is crucial to establish guidelines for the development and implementation of these systems to ensure that any unknown risks are minimized. Despite the many promises that robotics holds, it has been slowed down by propaganda and a lack of relative dismissal of public concerns. There is a need for greater transparency and communication between developers, regulators, and the public to build trust. The potential within robotics to reshape our current environments is a promising channel of discovery, but it needs to be aided by an open-source world. This will allow for greater collaboration and innovation as well as ensure that the technology is accessible to all, not just a privileged few.