Essay on Digital Technology

According to (Shiozawa, 2020), technology evolution is globally meant to be a simple process to bring health and economic growth. The discourse over advanced technology affects almost everyone in the present society who lives globally; people in different nations have interacted with an example of modern technology at some point. Technology has accelerated in the last two decades, transforming the way almost an entire generation views things and interacts with the world around them. Things like virtual reality became a reality after only a mere illusion only 30 years ago; metadata is now just a click away.

In our recurring quest to build wealthier, smoother, and wholesome societies, a new wave of a foundation upon which to build around cloud computing offers us enormous potential. The most powerful of these, artificial intelligence(AI), can transform the output of individuals and organizations in every industry. AI will enhance inherent human attributes like inventiveness and selectivity in ways that will allow us to fix, heretofore daunting tasks, potentially increasing our economies’ productivity by up to 40%. (Joliat et al., 2018) in hospital-based issues, surgeons are primarily concerned with systems and approaches; new strategies that influence system performance have numerous advantages for patients, care providers, and health systems. Enhanced Recovery After (ERAS) surgery is a substantiated and institutionalized postsurgical conceptual framework based on the available proof. Seemingly, the changing social order created due to the technological revolution began with the advancement and interconnection of digitalization and now affects all facets of society. Although technology is of use, health-wise, what are the effects on the planet and people? Does it harm or preserve? Does it break the bond between humans and nature.?

Health technologies

The Global Commissioner’s office is responsible for overseeing and boosting the nationwide mobilization of integrated electronic health record systems and other digital health initiatives. The office’s provisional goal is to have widely available, secure, and standardized remedies for obtaining present and prospective research findings and perceptions deployed for patient care by authorized parties within one year. The American Healthcare Society, a federal advisory body chartered to offer the Secretary of HHS suggestions on boosting the advancement of health information systems, was founded as part of this approach. According to scholars (Kruse et al., 2017), as telehealth has proven to be a viable patient care model, its use is constantly increasing. Pioneers are using telehealth to provide a high degree of self. Patient satisfaction is a crucial indicator of how well the telemedicine methodology met the preconceptions of the patients.

Technology has brought about the issue of robotic surgery. There are many conditions where the use of robots in surgery is necessary, for instance, heart servery, urological surgery, thoracic surgery, head, and neck surgery. Robotic surgery is one of the most significant surgical advancements in the last dozen years. Although there is a shred of slight evidence supporting the use of robotic surgery over traditional microsurgery, it has been recommended that robotic surgery has a faster learning curve. (Marcus et al., 2017) the diagnostic implication is that robotic surgery allows many surgeons to perform microsurgical approaches to advanced processes that would otherwise require invasive procedures.

Many advocacy organizations are conscious of the environmental and health impacts of genetically modified crops. Is organic food truly superior to food that has been genetically altered? Regrettably, there is increased support for genetically modified foods among those who believe they can provide environmental benefits while also helping to alleviate food shortages. Despite the higher initial costs of genetically modified seeds, genetically modified crops are less expensive to grow. Modified crops appear to be more durable, withstanding more climate variability, and necessitate less expensive pesticides and herbicides (which is a good thing). Plus, they need less day-to-day Tender loving care. Fewer individuals regularly inclined the crops is a significant chase. (Bawa & Anilakumar, 2012) Human and ecological safety, labeling, particular implications, copyrights, ethics, food security, alleviating poverty, and nature stewardship are common topics of debate and serious interest in nagging foods and crops.

Although there can be a lengthy debate about the advantages and drawbacks of healthcare technology, nobody can ever refute that google glass for public health is revolutionizing the medical field. (Jiang et al., 2019) augmented reality(AR) can aid doctors in clinical evaluation, intraoperative guidance, postoperative assessment, and medical training. Modern medicine includes oral medicine as a major branch. AR can improve a doctor’s visual cortex, creating the inner core of the oral cavity more visible and reducing the complexity of oral surgery. AR will play a vital role in oral contraceptives, with real-time monitoring, licensing, showcase, and interactive technologies. Among them, registration technology has emerged as a critical criterion for assessing AR systems and the primary backlog limiting the current AR system’s stability and applicability.

Vaccine invention has resulted in the near extirpation of several significant diseases and has had a considerable impact on public health at a minimal price. Most monoclonal antibodies in use currently, on the other hand, were developed using methods that were evolved more than a century ago yet do not portray the field’s complete capacity. The incorporation of genetic engineering has bolstered significant progress in vaccine new tech, resulting in the launch of innovative products to the market. Due to the obvious traditionally simple method of immunizations, choices for using vaccines in care delivery were limited in history. (Zhang et al., 2020) In December 2019, a pneumonia eruption exacerbated by a memoir coronavirus, acute respiratory syndrome (sars syndrome coronavirus 2 (SARS-CoV-2), erupted in China and many other countries around the globe, resulting in a severe pandemic. More than 460,000 reported cases have been assessed in nearly 190 countries, resulting in over 20,000 mortalities globally. The pandemic is still extending, and there are no ways of preventing infection at this time. Vaccines are the most efficacious and cost-effective way of preventing and controlling viral infections.

According to the world health organization (WHO), digital technology has played a significant role in responding to coronavirus (COVID-19) (Khan et al., 2021). The memoir coronavirus (COVID-19) is a solitary ribonucleic acid (RNA) virus exacerbated by the acute respiratory syndrome ( sars syndrome coronavirus 2 (SARS-CoV-2). 1 People transmission of RNA viruses has been demonstrated via respiratory secretions, both airborne and on fomites, according to established evidence. New technology has fought the virus through AI to identify, track and forecast outbreaks, the role of big data to the profound database that aid in decision making, the Internet of Things for intelligent patient care management.

As technology advances, fertility changes, and technological improvements let people have more children and choose how and when they want them. We have viewed sociocultural trends shift dramatically over the last few decades, with couples marrying back and having kids later. (Nayan et al., 2018) Urologists scrutinize men’s criterion fertility issues, offer management approaches, and advise couples experiencing fertility issues. Assisted reproductive technologies (ARTs) like intrauterine insemination (IUI) and in-vitro fertilization (IVF) are used to treat recognized sexual dysfunction factors (IVF). This universal rule and other factors are exacerbating the global downturn in fertility rates. Organizations have identified an immense potential to provide techniques and products to aid them in thinking about the future as science progresses. Technology has eliminated the main factors that lead to infertility; improved the level of education on infertility.

New technologies have come forth with an answer to infertility; penile transplant, sperms production, squishing embryos to test their strength, transporting wombs to make pregnancy possible. Scholars (Akpandjar et al., 2018) states a positive correlation between electrification and fertility. By extracting exogenous differences in the entry frequency to electricity at the provincial level, we recognize the commitment of electrification to the rural-rural fluctuation infertility using the structure and dynamics regressions. According to our findings, electrification adds to a three-child reduction in exurban females’ libido.

War technologies

The effects of digital advancements on the behavior of warfare can be divided into several major trends, including the desire to extend the range of weapons, increase the volume and accuracy of fire, integrate systems, concentrate the highest firepower in small parts, and increase the field of battle disclosure. It was also a period of rapid technological advancement. Innovative types of weapons, such as the recurring gun and the submarine, were invented by pioneers and military people, and they forever altered the way battles were started. Discoveries like these altered not only the way people fought wars but also the manner they resided. (Chin, 2019) It is proposed that the solid strategic constraints formed by the atomic age prompted states to engage in a ceremonial style of warfare, in which presentation instead of the actual assault became highly relevant while exemplifying its military dominance, the state pushed the workflow of technological advancement in defense to its limits. This significant investment in technological improvement during peacetime had a significant effect on the nature of war, resulting in the development of new strategic forms. Most relevantly, the spread of military tech impacted the broader economic structure, resulting in a type of internal transitional period within states.

Due to the continuous increase in insecurity, technology has come up with a solution to succumb the issue as a comprehensive approach to minimize insecurity. Most developed countries like the USA are toned to nuclear weapons (atomic booms or nuclear warheads). The weapons have been used twice by the united stated and japans. The use of the weapon hurts the environment; the weapon produces ion radiation which hinders the life of human beings. (Roberts, 2020) since the Cold War, they have been taken to reduce the reliance on nuclear weapons by using arms control, cooperative threat reduction, technology control, and threats reduction.

Counterinsurgency is usually carried out using an amalgamation of regular combat activities and other methods, such as persuasion, psy-ops, and assassinations. Military, heavily armed, ideological, financial, mental, and civic intentions are part of counterinsurgency activities. There are many risks today, not just those associated with the army. The real danger of guerilla warfare activity must be given special consideration. (Dionysius, 2020) contemporary crisis intervention processes, particularly COIN (counterinsurgency), were also presumed to be a holistic approach to counter guerilla warfare activity.

According to (Hazelton, 2017) Discussions about how government agencies can destroy insurgent groups’ ebb and flow with global affairs have become especially heated when the US runs into difficulties supporting a counterinsurgent governing party. Frequently, the US approaches these issues as a zero-sum tournament in which the congress and insurgents contend for public help and commitment. Supporting liberalizing, democratizing reforms to alleviate famous grievances and pursuing a strategic plan that cautiously identifies insurgents while avoiding harming civilians has become the US remedy for achievement.

Conclusion

Conclusively, digital health presents vast potential for improving health and achieving the Sustainable Development Goals, including Universal Health Coverage in Africa; the advantages must be realized through the transition from donor-driven pilot projects to more self-sustaining and long-term national-owned initiatives. In order to prevent fracturing and waste of healthcare resources, this would necessitate the use of demand-driven rather than supply-driven people-centered approaches. The governmental system is also essential in ensuring the accessibility of an incentive, which includes national eHealth strategies, compliance, synchronization, and long-term funding mechanisms. Seemingly, technology has primarily impacted the global world in health, education, security, and people’s social well-being, either negative or positive ways. While reflecting on the new technology, Our society has become so reliant on technology that they are oblivious to the possibility that it will stop working one day, and they will be unable to continue living without it. We have grown accustomed to relying on technologies to create our lives simpler. Our lifestyles would be complicated afterward if our innovation disappeared, till everyone learned how to deal without it. My recommendation is that we begin the transformation as soon as possible. You can use a road map to get to your desired location if you have basic planet skills.

In the foreseeable future, addressing the nature of knowledge and society is an excellent priority for the sound modernization of the world, one that must be addressed based on previous and civilized viewpoints while also sustaining a deep insight into the needs of the moment. The biggest question remains; what would the world be without technology?

 References

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Bawa, A. S., & Anilakumar, K. R. (2012). Genetically modified foods: safety, risks and public concerns—a review. Journal of Food Science and Technology, 50(6), 1035–1046. https://doi.org/10.1007/s13197-012-0899-1

Chin, W. (2019). Technology, war, and the state: past, present, and future. International Affairs, 95(4), 765–783. https://doi.org/10.1093/ia/iiz106

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