What will replace “cloud computing” in the future?

Cloud Computing” in the Future: By Steven M. Brown, President & CEO of Sun Tzu (a leading international business philosophy and strategy consulting firm), and David A. Oberg, Chief Information Officer at the U.S. Defense Research Institute

Our world has entered a new era of digital-enabled information exchange and shared services. This is one where we will rely more on distributed technologies to get by — for better or worse. And while cloud computing has been around for some time, it’s only just now it has become fully integrated into everything from day-to-day activities to our military operations. It used to be an isolated concept. That was until last year when Google announced that they would implement their own version called Compute Engine Deep Learning Platform for enterprise workloads that can also support Amazon Web Service.

We’ve put this question of what future technology might replace traditional, centralized IT infrastructure into a much wider view of things. Our answer largely follows the model of “everything must go” in how we think about these changes. There are no simple solutions. If you don’t like it, then you have to find another way to do your work and perhaps try somewhere else. We also suggest using other terms such as Cloud, Digital Transformation, Internet of Everything, Industry 4.0, and Next-Generation Technology.

It sounds so far out there. But if technology doesn’t change the nature of work, it will not improve productivity and quality of life. So let’s explore further

Cloud Continuum

Let’s go back a bit, maybe to 2010 when the term first became popular. When people were referring to the internet, it had already evolved dramatically from its original form. Back then, it was often thought of as something like a group project. You could not control any part of it, but you could see what was going on. Today, it’s still considered to be connected. No single company or person owns all the data on it and if you want to operate on it you need to choose between various vendors. Just like Apple-owned Mac OS X, there are multiple providers to run Windows, Linux, OS X, etc.

Read Also: What Are 3 Main Types of Technology? | Update 2022

You can even buy your own hardware for it from manufacturers who make them for other purposes. While companies like IBM, Microsoft, and Dell run their servers on VMware and other multi-tenant server platforms, many others offer public cloud computing with VMWare. On the front end, most modern web browsers require a subscription to access paid plans. There are three major providers that dominate the market: Google Chrome, Mozilla Firefox and Safari. These have built huge businesses based on providing free and open-source software as well as hosting thousands of websites.

Some are hosted in China, whilst others offer unlimited bandwidth at extremely cheap costs. As for storage, the majority of the market is dominated by companies like Dropbox and ShareFile. We all know how hard it has been to keep large amounts of data over the years without being able to save anything. Nowadays the cloud service comes with massive data storage arrays. For example, Google Drive, which I recently used, came with 500GB of space and an additional 1TB of incremental storage.

This wasn’t needed because my files are small, but it could really add up. As for pricing, Azure charges $0.30 per TB of storage, Microsoft sells itself at $300/month and the rest go out of reach for under $50. For smaller organizations that can afford it, it is very expensive. My organization just ran out of storage space and it was more than enough.

The industry has grown a lot since 2010, especially in the US. Every company, big or small, wants to be included and eventually become part of the industry’s ecosystem. And with this kind of movement, we are seeing an increasing number of startups trying to build products that fit into it and grow it. Many in the past were forced out of it by government pressure or simply chose it instead.

At Google, Jigsaw, and other tech giants, we’re seeing an entirely different picture thanks to the rise of new players such as Pivotal Ventures, Scale Foundation, Redpoint Labs, and Cloudera. They are putting new bets against established ones and looking for unique ways to solve problems. The growing list of entrants doesn’t stop here. Buggy has joined hands with Appengine to provide scalable, hybrid infrastructures for developers and their customers, including MySQL and PostgreSQL. Similarly, MongoDB acquired SQL Server.

Read Also: What Meaning Is Technology?

Each of these players is pushing the boundaries and trying to compete with the old players for attention and money. And although it seems like the whole industry is moving quickly, we still can see that the traditional power structure is intact. Even though Google and Microsoft made moves to break away from it, there are still a few big corporations keeping tabs. Facebook has acquired Mapbox, Slack keeps adding new features to it, and Netflix continues with movies, TV shows, books and gaming. All those companies that make billions in revenue each year can still survive.

The future of AI is coming together, too! Uber has already shown great interest in developing self-driving systems. Tesla started building autonomous vehicles but now they are working on making some affordable models available to everyone. According to Elon Musk, the goal is to be on par with cars in 20 or 30 years. He says he will start building Teslas in cities within the next decade. More importantly, Tesla wants to move onto public roads, which means the competition could accelerate. Here’s an interesting fact… the average car insurance rates in California are 2x the national average.

Uber and Tesla are two examples that show us the potential for disruption in transportation. Imagine a scenario where self-driving cars can actually work with humans to help solve traffic problems and even help pedestrians cross the streets safely. How exciting! So in the near future, a driverless car will be able to pick up someone and avoid accidents. Thanks to technological innovation, human intervention, and algorithms that monitor the surrounding environment, all cars will soon share a common platform to enhance safety. Not only that… self-driving vehicles will also find themselves competing for parking space, and will likely develop algorithms to help optimize the area they are parking in while sharing a common road with people and avoiding accidents.

That may sound crazy and utopian, but those things are already happening. The taxi business alone generates billions of dollars worldwide. Think of it this way… you have tens of millions of people who are willing to use taxis instead of having to take their own cars everywhere they go. To make that happen they have to constantly innovate while maintaining their marketability. With an automated system, they wouldn’t have to worry about the drivers. After all, Uber already provides great car and driver experiences. Most importantly, drivers should not get sick and lose income. Self-driving vehicles are safer for everyone involved.

Read Also: What Meaning Is Technology?

When people talk about artificial intelligence in general they often miss the point about robotics, especially those involving automation. Robots do all kinds of jobs, whether it’s cleaning the house, carrying heavy loads, picking up packages, and playing games. Robotics is a powerful tool. Machines can be trained to perform tasks faster and learn human behavior. Robots can be programmed to perform different roles that humans used to do. But robots also can adapt to their environments. An industrial robot called KUKA, developed by Hyundai Motors in 2017, can now lift a load and switch between several functions.

Its ability to perform this is limited because it needs regular maintenance and adjustments. However, its performance improves over time. Its main task is to perform repetitive movements on one side. This works because of the machine learning algorithms that allow it to recognize the right position for the task. Another robot named LAMBOS is capable of moving through a busy room efficiently, but can easily fall over in a crowded place. Both of these machines are used for specific tasks and cannot be adapted to work on other stuff. This is possible because they have been designed and created specifically for certain purposes.

We all know how easy it is to create your own personal computer in the 1980s. Computers were nothing but a hobby, and nobody really made them in the sense that anyone actually wanted one. Then computers gained popularity and suddenly that hobby was transformed into real life. Personal computers were mostly used for personal reasons, usually around school projects. They were great inventions and they brought a vast amount of useful innovations. For instance, one could edit text, print photos, and browse the Internet. Almost every type of program was either written in binary code or binary format.

Read Also: What Are the 7 Types of Technology? | Best Answer

Later on, graphics were created. One can play video games, watch videos, write music, read mail, and even take screenshots. In the end, computers have become a standard in our lives. Although, there are several important applications for their use over the years. For example, the Atari programming system was used in numerous Atari 2600 arcade video games. The Super Nintendo 64 was a game device for NES home consoles. PCs, phones, and tablets are used in almost every sector and people are increasingly starting to realize why computers are essential. Computer-assisted processes and operations are taking over many industries, including automotive manufacturing. Furthermore, computers are also becoming more powerful thanks to advancements in processing technology.

While you may have seen Terminator 2 many times in Hollywood, you may not know that it used to exist! In 1983, the movie Terminator II was released. Arnold Schwarzenegger plays John Connor, a former Vietnam War veteran, who tries to protect his young son Kyle. Despite being a skilled warrior, he is unable to take action against a terrifyingly mutated monster. He manages to escape the city but does not manage to kill off the monster himself. Due to the high level of fearlessness that a child can experience, kids will go on their own and confront the monster and defeat it. John Connor is later killed off by Kyle when he

ALSO READ
How do I use technology in the classroom to access information?

1 thought on “What will replace “cloud computing” in the future?”

Leave a Comment