New Technologies

Today, most businesses use emerging technologies to ensure that they keep up to date and improve how they complete different tasks. The emerging technologies are biometrics, 5G, and quantum computing. Biometric mainly allows the system to recognize the user through biological markers like fingerprints, faces, or voices. Most people have these on their phones and laptops, but they may end as the technology improves the password paradigm. People nowadays have insufficient passwords, and they use them in each of their accounts and never change. As a result, hackers would easily be able to get important professional and personal data. For this reason, thro8h the use of biometrics promises the need to secure sensitive data. The use of fingerprints is tough to hack; thus, using biometric, both professional data in the business and person will be secure. Using more advanced technology like 5G is very beneficial mainly to businesses.

Most people may see that the presence of 4G, 5G is not that is not true because the use of 5G will be more advanced.5G will be mote faster compared to 4G, and it will allow more devices to connect, provide more reliable signals and reduce the latency to practically zero. Through 5G, it will expand the internet’s power, which will be beyond computers. Lately, quantum computing is an emerging technology that will bring many changes, mainly in business, as they will be able to manage big data more efficiently. The adaptation of quantum computing will reduce the complex development time and cost by easing multivariable and speedy simulations problems. In addition, quantum computing will also illustrate why businesses need to use emerging technologies to make progress. Impact of the emerging /New technologies on the

In 2019 biometrics, 5G and quantum computing were considered to be on the top ist which will make changes to bot people and the business.

Biometrics positive impacts

Biometrics was not recognized, and most businesses did not use it. Still, through advanced technology, biometric use is one of the most recognized emerging technologies that most companies are operating in different ways. Cyber security is considered to be one of the top measures that are taken to protectthe data of the company. Today biometrics is one of the fastest and growing technologies as it recognizes physical characteristics like faces and fingerprints intending to grant authentication (Yang, et.al,2019).Biometrics is highly beneficial in terms of decision-making, sales, and operations. Biometrics protects the data of the company, which makes it impossible to copy steal lost data. When implemented, the business does not need to worry about changing passwords every month or pin numbers. Biometrics restricts access, and only people with permission will enter certain levels, rooms, and places in the organization.

The business which keeps confidential information does not have to worry about data being breached as it will be protected. Another advantage of biometric is automation where employees’ attendance can be tracked and always be on time. Biometrics can be integrated with attendance and time software to increase efficiency. Biometrics improves the company’s accountability, which is done by enabling the company to track down all their activities and transactions, which will reduce the risk of security breaches. In addition performance of employees can also be monitored and tracked, and at the same time, the audits will also be more efficient. Another advantage is that biometric complete t-data accuracy where the data provided to the organization is considered to be 100% authentic and reliable, which can be used in making different organization decisions. Lastly is cost-efficient, where the organization will be able to save a lot through biometrics. At first, implementing biometrics can be costly but once implemented, the cost will reduce

Negative impact

The use of biometric has a positive impact on the organization, but at the same time, there’re some negative impacts. The first impact is fake positives done by the hackers and can cause damage to the company where customers will be lost, the operation will have interfered, and sales will also be affected. Hackers can manipulate biometric, which has been stolen, and they end up creating fake positives. Fake positives means are known to be fingers impression, which is made up of silicon. Through them, one will make biometric security vulnerable, and sensitive data can be accessed, causing damage to the business (Waluś,Bernacki, & Konopacki,2017).Secondly ,biometric system mainly depends on the run of electricity, and if there is a power shortage in the organization, then no one will be able to exit or enter and as a result, employees can start panicking as well as the customers who are inside, and as a result, the reputation of the company can be affected impacting the sale and operation of the company. Lastly is a security breach, and in case the hackers steal data from the organization, nothing can be done because once the data is stolen, it cannot be altered. The hackers can also give important information of other competitors making the company go at a loss.

5G Positive Impacts.

As mobility and data become more critical to business operation, the IT team is getting ready to embrace the network of the next generation. Based on the report given last year, 77% are getting ready to implement a 5G network in their business. Positive impacts of 5G include faster connection speeds .5G is considered faster than 4G in terms of speed. Theoretically, the maximum speed that 4G can use is 100 megabits per second .n the other side is for 5G, it can reach 10 gigabits per minute. In most businesses, the number of data transferred every hour and minute is growing rapidly. Through the use of 5G, a substantial amount of data will be transferred without any issues of network benefiting the company in terms of operation ad sales.  Secondly is lower latency will be experienced in businesses. Latency is described as the time gap mainly between when the information packet is sent and acknowledged and received. Latency is essential in metric mainly in the businesses that want to be engaged in  high p[marketplace and as a result through 5G  lower latency is offered, and it can improve the organization’s functionality.5G latency will be more efficient and faster than human visual processing, making it possible for businesses to control devices remotely (Rao, & Prasad, 2018).There is increased bandwidth which involve the increase  of network and speed capacity through the use of 5G that will create a more significant amount of information to be transferred.5G is more excellent than 4G, and as a result, businesses can optimize better be=network traffic.

In addition, 5G will also increase bandwidth, including echoes across many divisions and departments in big data. Companies receive more information from suppliers, teams, and customers, and they will be able to analyze and process them for its-rights. Through the use of 5Gin, companies’ big data analytics and 5G connectivity will turn a massive volume of information into acknowledgeable actionable information. Lastly, most business will rethink their network and choose the best option that suits them. Besides, 5g will be able to Impetus Most Leading Companies to reimagine the different network hey are Using to Benefits their Customers. In different branches, the organization’s offices can implement 5G and use it as a main connectivity medium where they will rely on other carriers for internet services through SIM cards. Various offices which are remote and centralized can take advantage of the additional security and automation capabilities. By using 5 G-compatible components, edge computing will be used and become more predominant, which will be used to respond rapidly and process to request the needed data.

Negative impact

Despite 5G having positive impacts, it also has adverse effects like the hype factor, where most businesses are at risk of being overwhelmed by different claim from the vendors and carriers on how 5GG will affect their operations. Companies will have to take their time and fully understand how to exploit the 5G network.5G is not like other networks driven by enterprises and adopted by consumers. Still, it is different the adaptation in the enterprises will be delayed. It will not be incremented until there is a standard in ubiquitous in the supported dev0ces, coverage, and prices (Elayoubi, et.al,2017). Secondly are the penetration issues where 5G is known to be high frequency, making it easily blocked by common objects. Thus there could be an issue in ensuring consistent coverage throughout the setting of the business, and as a result, a company will be forced to redesign some facilities to give an assurance of adequate services to the customers.

Quantum computing

The technology of quantum is getting ready mainly to be in the spotlight in ost business as it will help to facilitate different innovations. Positive impacts include used in retail most retail companies will be able to use quantum computing to shape their operation in the future. Using Quantum computers, they will be able to handle different complicated tasks quicker than conventional computers. Most business in the retail sector makes the quality of data which is mainly examined to manage better and preference supply chains and understand the customers’ demographics. Processing data will be faster and more accessible through the use of quantum computers. As a result, the company will be able to provide a highly customized customer experience. Secondly is used in data analytics which is standard in most  businesses. Quantum computing and mechanism have the potential to address a massive amount of different problems.

The utilization of quantum computing will enable the company to analyze a vast amount of data. As a result, there will be the development of safer and better space for the consumers. Lastly, improve operations in the business. The use of quantum computing can handle extensive data set within seconds, which is better than traditional computing, which takes weeks or days. With the fast process of data, clients will be served on time, and the operation will run smoothly without any distractions or limitations (Fernández-Carames, & Fraga-Lamas,2020). Besides, quantum computing can access almost any type of risk the company can face and help find the right solution. For instance, the insurance company sector uses AL to stream many of their procedures, but at the same time, they are limited by the limitation of binary computing. Furthermore, quantum computing is known to potentially transform the way companies do complication calculations and help implement a strategy that will help do complicated calculations.

Negative impacts

Quantum computing is an emerging technology. Many companies claim that they have already created quantum computers, and even ifthey have built them, and they don’t have enough experience to work with them. In addition, the technology needed for the implementation is not available, making it hard for the companies to use the computers. The second problem is that quantum computers are known t be exceedingly difficult for engineers to program and nu=build. As a result, different errors are made when creating them, making it difficult for the business to implement these computers (Möller, & Vuik, 2017).When there is a loss of quantum coherence, it will cause electromagnet waves and temperature fluctuations, which will destroy quantum computers’ properties. With such problems, it will be difficult for companies to implement quantum computing due to the fear of experiencing loss in theirs operation.

In conclusion, biometrics, 5G, and quantum computing. Businesses are being used as an emerging technology that will bring changes and improve different operations of the business. Today biometrics is one of the fastest and growing technologies as it recognizes physical characteristics like faces and fingerprints intending to grant authentication. Biometrics is highly beneficial in terms of decision-making, sales, and operations. Biometrics protects the data of the company, which makes it impossible to copy steal lost data. When implemented, the business does not need to worry about changing passwords every month or pin numbers. Theoretically, the maximum speed that 4G can use is 100 megabits per second .n the other side is for 5G, it can reach 10 gigabits per minute. In most businesses, the number of data transferred every hour and minute is growing rapidly. Through the use of 5G, a substantial amount of data will be transferred without any issues of network benefiting the company in terms  of operation ad sales.  Lower latency will be experienced in businesses. Latency is described as the time gap mainly between when the information packet is sent and acknowledged and received. The utilization of quantum computing will enable the company to analyze a vast amount of data. As a result, there will be the development of safer and better space for the consumers. Lastly, improve operations in the business. The use of quantum computing can handle extensive data set within seconds, which is better than traditional computing, which takes weeks or days. With the fast process of data, clients will be served on time, and the operation will run smoothly without any distractions or limitations.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

References

Elayoubi, S. E., Bedo, J. S., Filippou, M., Gavras, A., Giustiniano, D., Iovanna, P., … & Tjelta, T. (2017, February). 5G innovations for new business opportunities. In Mobile world congress. 5G Infrastructure association.

Fernández-Carames, T. M., & Fraga-Lamas, P. (2020). Towards post-quantum blockchain: A review on blockchain cryptography resistant to quantum computing attacks. IEEE access8, 21091-21116.

Möller, M., & Vuik, C. (2017). On the impact of quantum computing technology on future developments in high-performance scientific computing. Ethics and Information Technology19(4), 253-269.

Rao, S. K., & Prasad, R. (2018). Impact of 5G technologies on industry 4.0. Wireless personal communications100(1), 145-159.

Waluś, M., Bernacki, K., & Konopacki, J. (2017). Impact of NIR wavelength lighting in image acquisition on finger vein biometric system effectiveness. Opto-Electronics Review25(4), 263-268.

Yang, W., Wang, S., Zheng, G., & Valli, C. (2019). Impact of feature proportion on matching performance of multi-biometric systems. ICT Express5(1), 37-40.

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