What to Learn After Cloud Computing

Cloud computing is a popular field in which computing services like databases and software are delivered over the cloud to end users. This system provides flexible resources and faster innovation capabilities for users. It also allows them to pay for only the services they use, as they use them, which can help lower operating costs. If you already know how to use cloud computing, you might consider learning about edge computing, specialized clouds, or the growth of complexity. We’ll cover each of these skills below so you have a clear understanding of what skill you want to tackle next. 

What is Cloud Computing?

Cloud computing involves delivering computing services, such as databases, servers, software, intelligence, analytics, and storage, over the internet, or the “cloud.” Instead of storing files on a local storage device or one’s hard drive, cloud-based storage provides a way to save them to a remote database. Any electronic device that can access the internet can then access the data, as well as the software programs needed to run it.

Different types of clouds, as well as cloud computing options, are available, including various services and models. Cloud services can be deployed in three ways: on a private cloud, a public cloud, or a hybrid cloud. Private clouds are used solely by one organization. It is either physically located in the organization’s onsite data center or is hosted by a third-party service provider. Public clouds are owned and run by third-party cloud service providers. This provider delivers computing resources via the internet. In public clouds, the cloud provider owns all the supporting infrastructure like software and hardware and is in charge of managing it. Hybrid clouds are a combination of private and public clouds that share data and applications. Since apps and data move between public and private clouds in a hybrid cloud, this format provides organizations with additional deployment options, security, and flexibility. 

Nearly all cloud computing services fall into four categories: infrastructure as a service, platform as a service, serverless, and software as a service. Since they build on one another, these four services are often called the cloud computing “stack.”

Infrastructure as a service (IaaS) is the most rudimentary of the four services. Those using IaaS rent their IT infrastructures, such as virtual machines, servers, networks, and storage, from a cloud provider using a pay-as-you-go structure. Platform as a service (PaaS) provides on-demand environments to develop, test, deliver, and manage various software apps. PaaS allows Developers to easily and quickly design mobile or web apps since they do not need to create or manage the servers’ databases, storage capacity, or network. Serverless computing allows users to focus their efforts on creating apps rather than managing the infrastructure and services needed to do so. Instead, the cloud provider takes care of setup and server management. The fourth cloud computing service is software as a service (SaaS). This method delivers software apps on an on-demand basis over the internet and generally involves a subscription. Cloud providers are tasked with hosting and managing the infrastructure and apps, as well as performing maintenance tasks like updating software. Those who wish to connect to the app do so over the internet. 

Read more about what cloud computing is and why you should learn it.

What Can You Do with Cloud Computing?

Cloud computing is a skill that can open many professional doors, lead to competitive salaries, and provide you with the training and skills to stand out to a range of recruiters and employers. Currently, cloud computing is one of the most in-demand skills you can have on your resume. According to U.S. News and World Report, the number-one job in America in 2022 is Information Security Analyst. These individuals safeguard the information stored in an organization’s computer system from cyberattacks and data breaches, often in the cloud environment. Whether you want to pursue a cybersecurity career or employment in a related field like web development or cloud development, cloud computing is likely to play an integral role in your professional responsibilities. The demand for those with cloud computing skills will likely increase over the next decade as more companies realize the benefits of cloud environments.

Cloud computing allows businesses and organizations to reduce expenses by using resources from several providers instead of just one. This can lead to a significant reduction in operating costs. Not only does cloud computing save money, but it improves a company’s flexibility. It provides a way for users to access apps and data when and where it’s needed. Working in the cloud environment also improves an organization’s agility by allowing users to easily and quickly deploy services and applications. 

Another benefit of working with cloud computing is that it provides a secure data environment with which users can securely access their data from any location. Because it’s made the internet more reliable and improved the speed by which information can be accessed, cloud computing often improves employee productivity. It also provides a way to stay current with technology trends. Additionally, because cloud computing relies on state-of-the-art data centers and cutting-edge technology, it can also reduce an organization’s carbon footprint.

What Should You Study Once You Know Cloud Computing?

If you’ve already become familiar with cloud computing tools and capabilities, you may be wondering what to study next. Edge computing, specialized clouds, and growth of complexity are three skills related to cloud computing that you may want to explore once you have a solid foundation.

Edge Computing

Edge computing is a cutting-edge computing paradigm that provides users with access to a range of nearby devices or networks. It involves processing data closer to its generation point, which can lead to faster processing speeds and greater processing volumes. Unlike traditional models in which computing power remains centralized to an on-premise data center, edge computing provides companies with a way to improve how they use and manage physical assets so that they can create a better and more interactive experience that provides real-time results. Those who are interested in working with edge computing may elect to learn more about autonomous robots, self-driving cars, or automated retail. They may also study edge devices, such as smartwatches or speakers, that locally gather and process data and then communicate with the cloud. 

Specialized​​ Cloud

Those who work with cloud computing typically use private, public, or hybrid clouds. However, specialized clouds are also available, which were created to perform specific tasks for specific audiences. These cloud environments extend beyond either public or private clouds and are offered to limited audiences who fall into certain demographic patterns. There are several types of specialized cloud environments you can learn about, such as interactive clouds, which were created for transactional systems that rely on full computational capabilities. Analytic clouds were created to process huge amounts of data storage and break down their data into statistics in seconds. 

Growth of Complexity

The phrase “growth of complexity” pertains to two types of complexity: technical and management. Technical complexities involve the ever increasingly complex nature of the technologies being created. In cloud computing, it’s essential to stay abreast of new and increasingly complex technologies and use them to address organizational issues or concerns. Management complexities pertain to the complicated management issues that often occur in a company. Skilled technicians are often required to address these issues. 

A great way to learn more about cloud computing or related fields is to sign up for one of Noble Desktop’s in-person or live online web development classes. Learners can select from courses in front end web development, full stack web development, Python, or software engineering.

Key Insights

• Cloud computing is a field where computing services like software and databases are delivered to end users via the cloud. Users only need to pay for the services that they use.
• Those with cloud computing skills can help their organization reduce operating costs by using resources from multiple providers rather than just one. It also provides a secure data environment that allows users to access data from any location around the globe safely.
• If you have already studied cloud computing and want to learn skills related to this subject, consider studying other emerging cloud computing concepts like edge computing, specialized clouds, and growth of complexity.
• If you want to get started learning about cloud computing and related fields like cybersecurity and web development, Noble Desktop offers hands-on in-person and live online courses. 

Learn Web Development & Cybersecurity Skills with Hands-on Training at Noble Desktop

One great way to learn many of the skills associated with cloud computing is to enroll in a course or bootcamp with Noble Desktop. Noble’s Cloud Computing with AWS prepares students to create and secure an enterprise-level cloud environment. Those enrolled in this hands-on class receive expert instruction on how to work with Amazon Web Services (AWS), the most popular cloud computing platform. Participants learn how to navigate the cloud’s infrastructure, as well as how Security Operation Centers can be used in AWS. These relevant skills can help students pursue a career in cybersecurity. Tuition includes the option of a free course retake for up to one year for all students.

Another great option for those interested in working with cybersecurity is Noble’s Cybersecurity Bootcamp. Instruction is provided on protecting networks and apps, evaluating security threats, and using cloud computing, Python, and Linux to prevent cyberattacks. By course completion, students will have a working knowledge of the skills required to work in several in-demand cybersecurity professions, such as Cybersecurity Analyst and Cybersecurity Engineer. In addition to the option of a free course retake, all participants in this intensive program receive one-on-one mentoring.