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How AI, low code, the cloud, and AR are reshaping the digital landscape


Artificial intelligence

There are a lot of advancements in technology that are revolutionizing the daily lives of users all over the globe. From artificial intelligence (AI) to augmented reality, the digital landscape looks very different than it did just a few years ago. The use of apps for almost everything from shopping to troubleshooting a variety of problems is standard in the modern world.


Here are a few of the advancements that are taking the digital landscape by storm — there is no doubt society will be using and seeing more of these technologies in the future:


Artificial intelligence

The use of AI is a bit controversial for many, but it is impossible to deny how useful AI can be for some tasks. While there is a fear that AI will eliminate some jobs, still others think that AI will free up time for human workers to dedicate to more complex tasks while leaving the more mundane and unfulfilling tasks to artificial intelligence, or robots. For example, a lot of customer service tasks such as returns or issues with products are now being handled by artificial intelligence.


Amazon is a great example of a company that relies on AI for troubleshooting orders and answering simple questions. Refunds, returns, and many other basic customer service issues can be handled via AI, meaning that customers do not have to wait for a live associate during high-demand times or for simple issues. This frees up agents to handle the harder tasks. Customers are of course always given the option of talking to a live person if they are willing to wait, or if their issue cannot be resolved by an AI chatbot.


Cloud computing

The use of cloud computing allows for business to be conducted faster and with fewer mistakes. Collaboration is much easier thanks to cloud computing’s ability to offer features such as real-time updates, instant messaging, and conferencing. Saving data to the cloud offers an instant offsite backup of valuable information and eliminates the need for a company to worry about constantly running backups of all files and databases.


Cloud computing is also less expensive than using out-of-the-box software that requires a lot of installations or tinkering on each machine. Cloud-based software is typically designed where it will run on any computer, tablet, or smartphone that has access to the internet. When the internet goes down or is not available, information may be uploaded after a connection is restored.


The cloud allows teams, friends, family, and more to share information all the time for easy access. Many people use the cloud to share photos and other files. The cloud also allows an excellent backup for information stored on devices' hard drives.


Low-code development

More minds are better than just a single one, and when it comes to developing code, low-code development enables more people to contribute to software design. The drag-and-drop features allow for apps to be developed faster and with fewer errors.


Low-code development largely came about due to the demand for apps and not enough developers to work on them on a tight timeline. Using low-code technology makes it easier and more affordable for companies to have apps that can help their business extend its reach and level of success.


AR technology

Augmented reality (AR) technology has many uses, from entertainment to training and education. AR takes from computer-simulated components as well as the sensory experience of real life. These combined components allow users to get different experiences than would typically be available to them.


For example, they could use AR to virtually tour a building or foreign location. One can have a virtual tour of an apartment they are considering renting that allows them to be in total control of the experience. They could see what it is like to sit on a couch and see the view they are getting without having to leave their current home.


The Metaverse makes use of AR technology and is being explored by many people. Of course, with any technology, there are issues that must be addressed, especially when you get many strangers meeting in a simulated environment. People do not always act the same way virtually as they do in real life. This can be positive or negative depending on the situation and the individuals involved.


Training and education using AR technology can help simulate a variety of situations so trainees can be better prepared to do their jobs in real life. Simulations can help everyone, from medical and healthcare workers to computer scientists.


Technological advances in computing and software demand more professionals.

Software developers and engineers are in demand. Those who are considering a career in computer science may weigh the benefits of becoming a software developer vs software engineer. Both jobs play a pivotal role in the future of computer science, but there are some differences that are important if one wants to be involved in specific areas of software and computer science advances.


Baylor University offers an online Master of Computer Science degree designed to set you on a career path to software engineering as it is necessary to gain further education if you want to become a software engineer. Students will learn the skills they need to advance in engineering to qualify for many different positions. They must be versed in advanced algorithms and common data structures, as well as system software lifecycles and coding standards.


Digital developments

The advancement of AI, AR, cloud computing, and more, helps people get more done and have more entertainment options as well. Software developers and engineers help businesses meet the growing technological needs of their industries.

Demand for software development will continue to rise as people increasingly do business online and through virtual interactions.

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