Technology background and their future scope deal with how much advancement has occurred in technology. The world is changing rapidly, so what technology? Many technologies came to dominate certain areas of society at one time while others fell to the wayside.
The technology background gives a brief idea about how efficient the technology is for the current circumstances. On the other hand, future scope gives an idea about the requirement and enhancement of the technology in the future.
Here is a list of 9 advanced technology that will overcome the limitation of the previous technology and make a strong position the society.
- Internet of Behavior (IoB)
- Big Data Analytics
- Tactile VR
- Everything-as-a-Service (XaaS)
- Intelligent Process Automation (IPA)
- Distributed Cloud
- Human Augmentation
Industries are working with machines to make processes faster, and it will eventually decrease errors and increase the efficiency of the process.
Technology using these machines results from research in past decades and centuries where scientists were working to reduce the workload on humankind.
At present, if we look back at the last 15yrs people were using black & white keypad phones. In addition, computers were slower, and the internet was an unbelievable thing. When today, we can access up to 10GBPS data speed, supercomputers, and smartphones.
The development is still constant, and things will change more in the future. This article will illustrate the background of advanced technology and what will be their future scope in detail.
Internet of Behavior (IoB)
Internet of Behavior, also known as Internet Awareness. It is a concept that has developed out of the anthropology of psychology. This concept is concerned with the relationship between human beings and technology—the field results from many years of research into human behavior and its changes. The theory of the Internet of Behavior attempts to model human behavior as it occurs on the web.
IoB also enables us to examine our human behavior and improve it. It is a powerful way of self-improvement, particularly when we want to make positive changes to the way we think and act. Changing our attitudes toward certain behaviors is a great way to grow personally and professionally.
We live in an age of change, where everything is changing, most notably how we interact with one another on the internet. What the internet can do for us to enhance our personal and professional lives is now a matter.
The development in this field become essential as we see how many people are active on different social media such as Facebook, Twitter, and Linkedin.
To the future scope, IoT will help us learn how to use the internet to enhance our human behavior and help to improve it remarkably. In addition, how to work on ourselves and our near one with the help of this new concept of future technology.
DevSecops(Development Security Operations) is a group of practices that combine IT operations and software development. It aims to reduce the systems development lifecycle and deliver high-quality software engineering.
DevSecops is often compared to Agile technology; many DevOps elements evolved straight from the Agile method. However, unlike Agile, where developers work on a specific piece of software, in DevSecops, all team members work together to deliver the application, and all the development lifecycle has a common goal.
The team’s main aim is to reduce the software development lifecycle and improve the system’s security. It will improve the end user’s experience quality, as they will get a faster, more reliable, and better-performing product.
When the software development teams are operating similarly, it will help reduce the company’s overall cost by using DevSecOps tools.
The background of this technology is based on the potential risk of cyberattacks and crime worldwide. As a result, companies can’t ignore the security of vital data and algorithms. In fact, Mid-scale and large-scale companies are making a special team for security purposes.
The goal of all the security teams is to protect the system and its applications. DevSecops planning will help companies to ensure that the security objectives of their organization are met.
Big Data Analytics
Big data analytics is collecting and analyzing large volumes of data and information in a structured manner. It will also help in strategizing, monitoring, and guiding business activities.
However, it is a relatively new architectural concept in the information technology field. Various emerging and innovative tools, frameworks, and computational techniques have already been developed for data analysis.
The primary benefits of using big analytics for any business are: faster insights, better quality decisions, reduced cost of ownership, and enhanced competitive advantage.
Today’s businesses use complex algorithms to determine what best satisfies the customer’s needs. Some of the factors that companies will likely consider are:
- The time needed to process data
- The level of service provided by customer service representatives
- Overall costs associated with providing customer support.
Experts believe that the next few years will witness a rise in businesses using big data analytics tools and services. According to some estimates, up to 75% of new companies will be creating dashboards for customer data to allow easy analysis.
This dashboard will collect and analyze information from all key areas of the enterprise, including sales, customer service, engineering, manufacturing, and other business units. However, big data security analytics is also important to protect this data from being hacked or stolen.
Tactile VR is a new way to enjoy Virtual Reality. By putting on the headset, you can explore a whole new world you might not imagine.
The interaction with the world around you will be rich and allows you to feel like you are really “there”. It is achieved by combining physical activity with virtual reality in a non-traditional way. It will provide a more immersive experience than a typical application of VR.
At the Consumer Electronics Show in Las Vegas, Samsung announced “VR-friendly” gloves. These gloves will work with interactive computerized functions so that you can experience the future of Tactile VR.
In addition, they will allow the user to use their hands in ways they never before could. With the new innovation, Samsung brings a new tactile definition to the electronics market.
Arguably, It seems that the future of technology is here now, and we are all going to be connected. Not only our brains will be able to communicate with one another through our nervous system, but our bodies will be able to do the same thing.
Furthermore, our skin will be able to interface with our computers, and our organs will interface with our prosthetics. It can be considered a tactile sensation. That may even be possible within the next five years!
Everything as a Service (XaaS)
Everything as a Service is also known as Software as a Service (SaaS) and Platform as a Service (PaaS). As the name suggests, this model enables organizations to make the most of their computing hardware, Software, storage, memory, and network resources by delivering applications as a service (AS).
Hence, they do not need to install any hardware or Software. The user can simply log in to the Internet and start using the application.
XaaS enables companies to provide the following applications that they need to purchase annual basis.
- Database Software
- Web Server Software
- CRM Software
- accounting Software
In many ways, we are already living in What is Everything as a Service. Nevertheless, we will see probably see more defined in the next few years and decades.
According to the analysts, this evolution will accelerate in the next two to five years, replacing the current pay-as-you-go model with a multitenancy approach.
This technology’s future scope looks brighter as service providers will take up any workload without being tied to any one infrastructure.
Intelligent Process Automation (IPA)
Intelligent Process Automation (IPA) is a set of technologies that enable systems to effectively and reliably process large amounts of data in real-time. IPA is the integration of technologies like Robotic Process Automation (RPA) and Artificial Intelligence (AI).
With the increasing complexity of the business processes, human intervention has become excessive in terms of time and energy. Hence, it affects productivity as many tasks need repeatable actions without any significant change.
The term IPA refers to a generic approach to reducing manual tasks to a bare minimum to improve efficiency. Furthermore, increase productivity while minimizing the possibility of human error and interaction costs.
The background of IPA technology deals with the increasing complexity of tasks and processes done manually in the industry. As a result, reduction in efficiency, as repeated, irrelevant, and outdated information is stored and processed unnecessarily.
IPA is a set of technologies that enables systems to implement highly complex processing that is consistent, repeatable, and cost-effective.
Business processes become more automated over time.
IPA technology is very useful for increasing efficiency, decreasing the possibility of human error, and reducing costs.
The primary difference between distributed cloud and traditional cloud computing is the use of technology. Cloud computing is a software base architecture, while distributed computing, on the other hand, is a hardware-based infrastructure.
With a distributed cloud system, a service provider utilizes the resources of one cloud provider for service requests of various customers. For this to work, each service provider must have its cloud client, making the concept extremely efficient.
If we look at the background of cloud technology, it has some limitations. In a traditional computing environment, data center space requirements are expensive and cannot be reduced.
In addition, customers must identify all the locations where they want to consume their computing services. To achieve this, several factors have to be considered, such as network congestion, geographical barriers, latency, etc.
In a distributed cloud environment, the geographical obstacles become non-existent since the data can be accessed regardless of where it is physically located. This eliminates the geographical barriers, network congestion, and other problems.
One of the key benefits of distributed cloud infrastructure is the mobility offered by it. For instance, a company cannot move all its operations to a new location in a traditional data center, especially if it targets high bandwidth usage.
Hence, the future scope is considerably bright as this technology will stretch the limit of traditional cloud computing.
Hyperautomation refers to using advanced technologies such as Artificial Intelligence, Machine Learning, and Robotic Process Automation (RPA). It potentially increases the overall efficiency of the company through the integration of future technologies.
Hyperautomation is the next level for the industries to apply machines for the workflow. It is a new technology trend that gives more value compared to RPA for the enterprise. It can greatly increase efficiency, productivity, and cost reduction across a wide array of activities.
Companies interested in using such techniques should be aware of the current economic situation. Most businesses will need to cut back on activities they previously thought were unnecessary because of the global Covid-19 pandemic.
The use of complex and intricate technologies may no longer be affordable for most companies. Hyper automation will become essential in this situation to handle the various processes.
Application of Hyperautomation in businesses.
- Productivity improvements in supply chain management
- Manufacturing tasks such as filling orders
- Customer service tasks such as answering customer questions
- Tasks are traditionally handled by highly trained human employees.
The background of this technology is not so old; expansion of regular automation is known as hyper automation (hyper meaning beyond or high).
In the future, it will provide many benefits to implementing a fully hyper automation process for the company. However, highly trained staff familiar with all of the various aspects required to handle the processes.
Human Augmentation refers to technology that enhances or restores the human body or mind or abilities in the sphere of science and technology.
This concept has intrigued many and even lead to interesting and futuristic pop culture examples such as the hero android in Star Trek, the cyborg in Robocop, and the mind-reading computer in The Matrix. More than fiction, however, this emerging science and technology have a lot to offer us in the future scope.
One very exciting aspect of Human Augmentation is its potential use as a source of power. Consider, for example, using a mini human brain implant to help the body recover from trauma.
Now imagine the efficiency of a miniaturized artificial chip implanted in the brain after an accident. This chip would send signals to the brain and thus recover from the trauma that caused the problem. Of course, this is just one potential use of this emerging science and technology, but it is certainly one of many.
It is well known that there are certain limitations in the future scope of Human Augmentation. But, one thing is for sure, there will always be a role for some form of Medical Technology as we know it. It is because the science of medicine has made so many amazing breakthroughs in the last century.
The field of biomedical technology has gained a lot of ground in the past few years and promises to revolutionize further the way we heal ourselves.
In summary, future technology development is based on the limitations of current and past technologies. Although, scientists keep working on research to overcome issues and problems related to current technology.
In addition, the vast data on technology background and future scope give guidance to the scientist to enhance old technology. This process is infinite as society demands something new every day. As a result, we can see improvement in productivity, efficiency, reliability, and many more business processes.