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AWS DevOps Engineer Roles and Responsibilities

Managing the development, testing, and support processes over the course of a software development project led to the expertise and best practices that eventually gave rise to the DevOps methodology. With these methods, businesses can manage development, tool deployment, integrated testing, and support while increasing productivity and speed. At the same time, they hand over to the DevOps engineer management of the critical elements of continuous deployment and continuous integration.

What is AWS?

The company is only known by its single name, Amazon Web Services. Customers can acquire scalable, dependable, useful, flexible, and fairly priced cloud computing solutions through this platform.

Amazon provides AWS, a comprehensive and user-friendly computing platform. The platform was created using Platform as a Service (PaaS), Infrastructure as a Service (IaaS), and Packaged Software as a Service (SaaS) technologies.

What is AWS DevOps Engineer Role?

DevOps, a well-known method of software development, strives to eliminate the divide between IT staff and developers. Using feedback from customers, DevOps may help businesses introduce tiny features very fast. An AWS DevOps engineer's job description states that it strives for decreased software failures and quicker turnaround times between patches. A DevOps engineer assists in lightening the burden of the limitations outlined in the conventional waterfall paradigm. The various technologies for development, testing, and deployment might be useful in the building of automated CI/CD pipelines.

AWS DevOps Engineer Roles

DevOps Evangelist

This crucial role is one of many that AWS DevOps engineers can perform. DevOps evangelists are typically individuals in charge of ensuring that the DevOps strategy is utilised across the whole product development process. They must also come up with creative solutions to improve the existing architecture.

DevOps evangelists need to be knowledgeable about various automation technologies and abilities in addition to ensuring architecture improvement. They are also responsible for monitoring the work of other DevOps employees and making sure the team performs at its peak efficiency.

Software Developer/ Tester

You can find root-level roles like software developer or tester as an AWS DevOps engineer. The traditional programmers and coders are included in this position. However, adding in unit testing, deployment, and continuous monitoring broadens the scope of responsibilities.

Release Manager

Another crucial position for AWS DevOps engineers is release manager. They are in charge of integrating fresh or updated features into the existing architecture in their capacity as release manager. From product development to deployment, the release manager is in charge of overseeing and coordinating the full product lifecycle. There may be a need for several release managers, depending on the needs of the projects.

Security Engineer and Quality Assurance Specialist

The other two crucial positions for AWS DevOps Engineers are security engineer and specialist in quality assurance. Professionals in quality assurance test a product's functionality, improving the performance of each feature.

The task of security engineers is to incorporate security measures into the development process. They monitor system performance and keep tabs on outages, as well as their root causes.

Automation Expert

One of the AWS DevOps engineer roles with the most recognition is an automation specialist. DevOps engineers must identify the parts that can be automated. Additionally, they look for ways to integrate different product stacks. Another role carried out by an automation specialist or integration specialist is the analysis, design, and execution of continuous deployment techniques. Automation specialists should provide the highest levels of availability for systems used in production and pre-production.

Responsibilities of AWS DevOps Engineers

A DevOps engineer's primary responsibilities include the following.

Understanding of project KPIs and client requirements.

Putting in place various testing, development, and infrastructure tools for IT.

It is planned how the team will be organised, active, and involved in project management operations.

The management of external stakeholders and interfaces.

Putting the necessary equipment and infrastructure in place.

Defining and implementing a DevOps operation's development, test, release, update, and support processes.

Possess the technical expertise to review, confirm, and validate the software code for the project.

Utilising debugging techniques and fixing bugs in the code.

Ensuring that the procedures are followed for the duration of their whole lifecycle and improving or creating new processes to make them better and less wasteful.

Encouraging and developing automated methods when it is feasible.

Establishing cybersecurity protections by continuously assessing vulnerabilities and managing risks.

Both incident management and root cause analysis.

Coordination and communication with clients as well as other team members.

Selecting and implementing the appropriate CI/CD tools.

Strive for continuous improvement and establish a CI/CD pipeline (continuous integration, continuous development, and constant deployment).

Guiding and coaching the team's players.

Assessing and measuring customer experience and KPIs.

Conclusion

The aforementioned information suggests that an AWS DevOps engineer has a wide range of duties. Through its numerous operations, they coordinate the development process and guarantee that high-quality solutions are supplied on time. Most importantly, working as an AWS DevOps engineer presents a great opportunity for professional advancement.

We could infer from the discussion the essential qualifications and experience of AWS DevOps engineers. The numerous roles played by AWS DevOps engineers were made clear in the previous description. There were positions for a DevOps advocate, release manager, automation specialist, software developer, tester, security engineer, and quality assurance. The seminar also covered the responsibilities of an AWS DevOps engineer.

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Google Cloud vs AWS: Difference Between AWS and GCP

Due to the expansion of cloud computing, utilizing it has become the top priority for almost all businesses. How much you might profit from cloud computing ultimately depends on your choice of the best cloud service on the market. This blog provides a detailed comparison of AWS and Google Cloud.

What is AWS?

Cloud computing services that are adaptable, reliable, scalable, simple to use and reasonably priced are provided via the Amazon Web Services (AWS) platform.

The AWS cloud computing platform offers a wide range of cloud services that work together to provide a complete platform. It is recognized as a powerhouse for developers in terms of storage, databases, analytics, networking, and delivery/deployment choices.

What is Cloud Computing?

One of the most innovative technology sectors at the dawn of the twenty-first century was cloud computing. The buzz is currently being used by many businesses as it grows.

In a nutshell, cloud computing is the pay-per-use delivery of on-demand computing services, including computer networks, servers, storage, applications, and services. Cloud computing has shown to be beneficial for companies looking to concentrate on their core skills while reducing the expense of hardware and upgrades. Let's discuss how Google Cloud and AWS vary from one another.

Difference Between AWS and GCP

Google Cloud vs AWS: Availability Zones

Each business looks for cloud service providers that can deliver dependable services with little danger of disruption. When choosing amongst these cloud providers, availability zones must be among the most crucial factors to take into account because regions and availability zones directly impact robustness and the likelihood of outages.

Amazon Web Services

AWS has had a lot of time to create its infrastructure as it was the first of its kind. AWS already provides hosting services in numerous nations. AWS may now be accessed in 21 different regions of the world. Each AWS region is made up of a number of minuscule geographic areas called availability zones. AWS will have 66 availability zones soon with 12 more in the works.

Google Cloud Platform

The Google Cloud Platform has 61 zones worldwide and is now reachable in 20 locations, with the addition of 3 more.

With definitely more availability zones and regions than GCP, AWS prevails in this comparison.

Market shares and growth rates for Google Cloud vs. AWS

AWS leads the world in terms of market share, accounting for more than 30% of the public cloud industry. Even while Google Cloud's growth rate is rapidly approaching 100%, it is still lagging behind AWS in terms of market share. The graph below displays market share and growth rates for the top cloud service providers.

Google Cloud will generate more than $1 billion in revenue each quarter by 2018, while being $5.5 billion behind AWS currently. In spite of the fact that Google CEO Sundar Pichai has withheld the company's 2019 revenue forecast, it is clear that GCP is not far behind AWS in the contest for market dominance.

As a result, Google Cloud has without a doubt the greatest growth rate, while AWS now holds the largest market share.

Let's now look at the major clientele of both cloud powerhouses as we move past this Google Cloud vs. AWS article.

Google Cloud vs AWS: Who Uses Them?

Amazon Web Services

AWS has more experience and implementation in the cloud area due to its earlier founding than the bulk of other cloud service providers, including GCP, and this has resulted in more community support. This explains why AWS has more well-known clients, including businesses like Netflix, Airbnb, Unilever, BMW, Samsung, Xiaomi, Zinga, and others.

Google Cloud Platform

Unlike AWS, which has benefited from an earlier launch and more experience, GCP has drawn its own share of high-profile clients because it provides the same infrastructure that Google uses for Google Search, YouTube, and other Google businesses. This was a significant factor in why many innovative businesses, like HSBC, PayPal, 20th Century Fox, Bloomberg, Domino's, and others, selected GCP.

There is no apparent winner when comparing who uses which platform because both AWS and GCP have a respectable amount of high-end customers. There is a tie, therefore

AWS vs Google Cloud: Support

Deploying a new cloud service will need that you have a solid understanding of the task at hand. You could need the assistance of a knowledgeable advisor who can recommend a service in such a situation. However, both AWS and Google Cloud have significant collections of technical information at their disposal. Additionally, the two cloud service providers each have a thriving community of cloud experts who are always willing to share their expertise.

You may also examine a number of documents or visit their official websites to learn more about relevant topics that will help you choose the best service provider for your business. There may be a situation where selecting the best course of action necessitates expertise and support. Then, you'll require both specialist expertise and hands-on help.

Regarding the support structure, both service providers offer a variety of paid premium options in addition to free standard help. If you intend to select a premium plan, do your research and make sure you are knowledgeable about the services offered and what is covered by them. For the premium plans, there will be additional fees.

AWS vs Google Cloud: Pricing Comparison

The Google Cloud Platform is currently the unchallenged leader in terms of service pricing. According to the graph below, a 2CPU 8GB RAM instance on GCP costs $50 per month while an equivalent instance on AWS costs $69 per month. There is a 25% savings on the same instance that you select.

You can also save more money because Google Cloud Platform charges on a per-second basis rather than an hourly basis like AWS. In addition, Google doesn't charge up front and provides additional discounts for long-term use. Detailed information on the pricing factors and reductions may be found in our blog post on GCP Pricing.

AWS vs Google Cloud: Security

Security is one of the many important considerations you must make when choosing a cloud service provider for your business. You should take into account the following factors while choosing a cloud service provider:

Controls

Policies

Processes

Technologies

We have published a full examination of how Google Cloud and AWS protect their cloud, despite the fact that both businesses are renowned for providing cutting-edge cloud security:

Security of their cloud: The infrastructure of the underlying cloud platform provides security elements that assist in protecting by default.

Cloud security: You may better protect your applications and data by employing additional security tools and services that are incorporated into their cloud platform.

Assurance everywhere: This primarily has to do with protecting your assets no matter where they are by expanding security capabilities outside of their cloud platform with protocols like encryption.

Conclusion

So who ultimately wins this cloud war? It's time to conclude our comparison of Google Cloud vs AWS. One thing is certain before we start comparing each option's benefits and drawbacks: GCP will be a fierce rival to AWS whichever option prevails.

While Google Cloud Platform frequently leads in terms of competitive pricing models, cost-effective pricing tactics, and the availability of greater customization options, Amazon Web Services may still be in the lead in terms of total users, services, products, and market shares.