Essay on Humans Augmented: Rise of Tech to Improve Human Productivity

The technology has augmented the human capacity while distorting the eons-old human affairs. The cold-driven approaches, such as artificial intelligence (AI), have emerged, turning the humans to become better than before. According to experts, the rise of technology will positively affect the human being to be more advanced. The technology is expected to amplify the human to be more productive. This paper will focus on some of these essentials technologies that will improve the human form of life in the coming decades.

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One of the critical technologies is artificial intelligence (AI). The world is about to unveil the technology that was previously seen as impossible (Zeng et al. 247). The world has already witnessed advanced technologies such as smartphones that have boosted the human mind. Furthermore, there are the pacemakers that are controlling the heartbeats and self-driving vehicles. The RFD chips will be more advanced as they have shown their capabilities of manufacturing strength enhancer exoskeleton, and cyborgs are making the human more resilient. Moreover, the virtual reality will be integrated the manual work, making the workers more effective and efficient (Gilligan 1057). The workers will utilize VR and AR rather than attending a classroom when in need to acquire new skills. Beyond AI, there is the Biological Engineering that has already made the human be able to solve complex biological problems (Gill et al. 7). People are now confuting gene editing that can distort the unwanted gene in the human being and replacing them with the desired gene. This promising technology has given hope where, in the future, scientists will be able to create and design the desired type of a species or cells. The human being will be able to eliminate the undesired deceases, causing genes and replacing them with the desired and most effective genes.

The interest of human beings in the learning of the unknown is promising to pay off in the near future. The technology has already shown its capability of improving the social forms of living, and it will be better in the coming decades (Goonatilake 52). The technologies such as Virtual Reality, augmented reality, AI, and biotic engendering will positively shape the human sustainability in the future. Emerging artificial intelligence and biotechnology have both negative and positive implications on human society. Artificial intelligence will promote significant automation of most social services and activities and will further contribute to human exploration efforts. Artificial intelligence will improve human-based operations, mainly mechanized functions, enhance human convenience. Artificial intelligence has a significant capacity to improve human society's standard of living and safety, especially in the transport sector and healthcare (Goonatilake 62).

Super intelligence from AI will help humans to resolve many challenges that require high intelligence and cognitive computation. At the same time, artificial intelligence will have adverse outcomes for society, such as the creation of autonomous weapons. Besides, the capacity of AI programs to make their own decisions poses a threat of potential AI takeover and misalignment from human society's needs and preferences. On the other hand, biotechnology tech applications will improve the human potential to create solutions to the prevailing challenges such as the creation of superior food crop varieties and medicine solutions. In contrast, risks such as the manipulation of biology could result in risks such as cancer-causing food and the production of biological weapons (Goonatilake 42).

Works Cited

Goonatilake, Susantha. Merged Evolution: Long-term Complications of Biotechnology and Information Technology. Routledge, 2013.

Gilligan, Michael. "Computer-aided design using virtual and augmented reality as a practical solution to design, with regards to wayfinding." (2018).

Gill, Ryan T., et al. "Synthesis aided design: The biological designbuildtest engineering paradigm?." Biotechnology and bioengineering 113.1 (2016): 7-10.

Zeng, Yiming, et al. "An artificial intelligent single cell is part of the cell dream world." (2018): 247-249.