Digital talent has become a major talent development trend in the new decade, and the application of digital ability will help us get promoted and raise salary in the workplace. How to define digital talent: It refers to talents with ICT (information and communication technology) professional skills and complementary skills, they are the “main force” in the development of big data, artificial intelligence, mixed reality, cloud, “Internet Plus”, intelligent manufacturing and other fields. The third power is an education platform for digital talents. We are committed to helping young people acquire new technological capabilities for future society through systematic standardized and personalized course content and RAC learning model. Public number [3rd power AIRX] : 3rd power • Digital talent online education platform. Help Z generation college students and 0-5 year professionals to acquire mixed reality, artificial intelligence, game development, big data and other abilities
There’s a joke among non-technical people that they don’t know what the cloud is or exactly what it does. While you may or may not have an exact idea of how the cloud works, cloud Engineers (CEs) know exactly how the cloud works, with all its intricacies, from beginning to end. This is because the role of the cloud engineer is to design how the cloud infrastructure works and put it into practice. CEs knows a lot about how software integrates with hardware, how resources are leveraged between systems, how each individual layer works with technologies like frameworks and security, and how to extend them — ensuring they perform at their best, remain highly accessible, and always operate efficiently. The following programming languages are known because they represent the best languages cloud engineers know when working in their domain to take full advantage of all platforms and maximize compatibility.
1, Java,
Java is a mature language that can be integrated into millions of different device types. The main reason for Java’s widespread acceptance is its agnostic nature of being able to run anywhere. The language is self-contained, and this design feature allows it to behave exactly the same in all respects, no matter what system it is running on. This is an important consideration, especially when considering that cloud-based systems can be based on the same underlying systems, which may not always be the case. This is especially true in public and hybrid environments, where organizations may use systems that are very different from those used by cloud hosting providers.
2, AngularJS
AngularJS was created by Google and is based on JavaScript. This open source version is designed as a Web-based framework that can be used to quickly create applications for the Web and then the cloud. While the framework favors a more front-end, or customer-oriented approach when considering the look and feel of cloud implementations, AngularJS is a powerful resource that will help you create flexible and compatible user interfaces to access the full functionality of cloud-based products.
3, c + +
Like the languages above, c++ focuses more on programming for cloud functionality than on background processing, with back-end programming emphasizing the performance and stability of the underlying system. Use the low-level functionality of c++ to ensure that the system works optimally across the entire stack for creating cloud-based applications or services.
4, Python
Arguably the Swiss Army knife of programming languages, Python shows no signs of slowing down in popularity across disciplines. Due to its extensive library and cross-platform support, the language is often considered a full-stack language, as it can be used to program and manage all parts of the cloud development life cycle. This includes integrating yourself into many Agile standards-based DevOps environments to provide a one-stop shop for cloud engineering needs.
5. Amazon Web Services
AWS provides a dual purpose for those who choose to use this programming language, as AWS cloud engineers can use strict interfaces with existing systems already running on Amazon’s cloud storage. CEs may then simply use the hardware resources provided by Amazon and choose to completely design the cloud platform based on the software platform they need. Regardless, AWS is skyrocketing in popularity among enterprises around the world, and this provides a great opportunity for CEs to really dig into and become familiar with the platform, whether they support full stack or simply leverage resources to optimize the uptime of managed applications. Public number [3rd power AIRX] : 3rd power • Digital talent online education platform. Help Z generation college students and 0-5 year professionals to acquire mixed reality, artificial intelligence, game development, big data and other abilities