In the last decades, technology has experienced huge growth and rapid developments. Technology is expected to replace most human work in the near future, as we are surrounded by artificial intelligence in our everyday lives, starting from our smartphones, smart TVs, PCs, etc. Keeping up with these innovations and other technologies is challenging. Artificial intelligence is much more than just our everyday gadgets. It integrates computer science and big databases to speed up the decision-making process and includes branches like deep learning and machine learning. These fields use AI algorithms to build expert systems that make predictions or classify information based on the received data. The capabilities of artificial intelligence are often stronger than human brains, as information can be processed more quickly by machines.
The concept of singularity, a tipping point where machines may design and create better replicas of themselves and other machines without human assistance, has been a topic of concern among many people. The idea of technological singularity goes beyond basic mechanical capabilities and includes a time component. Singularity and technology are a likely scenario where unrestricted and unstoppable technological innovations take place and change our reality in unpredictable ways.
Ray Kurzweil, a well-known futurist and Google's director of engineering, predicts that the next 30 years will mark the growth of technological singularity and that the year 2045 will be the date when it takes over human jobs. The topic of singularity has different opinions, with some people being scared while others view it as a positive change. According to some predictions, human brains could be cloned or removed and placed into robots, leading to a possible erasing of the line between people and robots.
Kurzweil sees singularity as a chance for humans to advance and benefit from the same technologies that increase AI's intelligence. He believes in a human-machine synthesis, as opposed to the vision of robots taking over the world. Robotics is one of the areas where singularity can be found, as the use of computer science is expected to result in singularities in robotics. The technological singularity has been the focus of many science fiction films and tales, but many famous research groups have objected to it. There are other types of singularity, including robotics and the exponential advancement of technology.
Can we already speak of singularity since the AISHE system automatically earns money for the owner?
No, the current state of technology and AI systems does not meet the criteria for singularity as defined by the concept's originators. Singularity refers to a theoretical point in the future when artificial intelligence surpasses human intelligence and the ability to make decisions and create technology at an exponential rate. The existence of an AI system that can make money for its owner does not necessarily imply that it has reached the level of intelligence or decision-making capabilities that would qualify as singularity.
The term "singularity" is often used to refer to the hypothetical future point in time when artificial intelligence surpasses human intelligence and leads to a rapidly changing or unpredictable future. Whether the AISHE system can be considered to represent singularity depends on the definition of singularity and the capabilities of the system. However, it is worth noting that the AISHE system is a tool developed to perform a specific task, which is to trade financial markets and generate profits, and does not possess general intelligence or the ability to surpass human intelligence in all domains.