Even though the cloud has been around for over a decade, it is rare to find great cloud engineers. What makes a great cloud engineer different than a good one. Experience is key. People expect you to be great by investing your time. You can’t just become a cloud engineer. You must constantly be improving your skills and how technology is used. These are just three examples of the great cloud engineers who have achieved such success.

1.Embrace the Cloud
First, you must make the move to cloud computing more than a lip service. Cloud-native is a loose concept. Cloud-native is not a term that means you can only use cloud services. This could be because it requires a complete overhaul in the way that applications and architectures are created, deployed, and maintained.
Refactoring and removing dependencies are two steps in this direction. These are difficult decisions as adapting existing systems can be costly and take months to develop. The product will still be cost-effective and efficient, and can be modified if needed.
This is what cloud engineers know all about cloud-native engineering
Cloud-native engineering refers to the creation of highly available, scalable environments that can take advantage managed cloud services. This is what cloud engineers are good at. These practices will make your life much easier, but they require solid Knowledge. It can be difficult to find the time and perseverance to learn all the details.
Cloud engineering can only be achieved by skilled engineers. Great engineers are the best people to use the cloud.

2.Keep learning, experiment, and pro-actively explore what’s possible
It is impossible to do the exact same thing over and again without it becoming tedious. Great engineers know that the cloud allows you to be flexible and adapt to changing times. They are always trying to keep up with the latest technologies. If you don’t adapt your environments and applications to take advantage these offerings, you are wasting time, effort, and money.
Cloud practices are defined by the old saying “if it ain’t broke, don’t fix it.” Cloud providers are constantly adding new features and products to existing and new projects. Both should be evaluated frequently. These products are more than just new hardware. They also include specialized products that can reduce the engineer’s workload, and your responsibilities. A simple task like transferring backups from tape to the cloud can help companies save hundreds of thousands.
Cloud computing allows you the flexibility to adapt your environment to changing circumstances or demands. Automating scaling is possible, but you still need a look at your systems and implement new ideas. It’s easy for you to try new things if you are willing to overlook your failures and stop paying immediately.
Innovation in the cloud requires self study and training.
This is the most difficult step in the process. Instructor-led classes let you experience the latest features in real time. Experts will help you use them. Self-study is a great complement to classroom training because you are more aware about where your time is going and have more expertise.
To innovate in the cloud, you must be able see what the cloud can do.
Reactive exploration of AWS’s possibilities can lead to missed opportunities for solving problems. Azure and AWS aren’t the same thing. G