Serverless and Container Services

Webinar on Introduction to Serverless and Container Services in Azure

Are you a cloud professional working on the Azure platform? Check out the details and recording of our recent webinar “An Introduction to Serverless with a Deep Dive on Container Services in Azure”.

Microsoft Azure is a trustworthy public cloud computing platform with a wide range of benefits for different types of businesses. The multiple offerings on Microsoft Azure would bring potential advantages to every business if used in the right way. The use of Microsoft Azure is difficult, to begin with, and you have to build your way gradually into learning different technologies on Microsoft Azure.

It is highly recommended for every beginner as well as an expert on Microsoft Azure to keep an open mind. The benefits of Microsoft Azure could be helpful only if you have learned how to use it. Among the many topics in Microsoft Azure, the concepts of serverless and container services are gaining popularity in recent times. Candidates with skills in serverless and container services can achieve potentially promising outcomes for their careers, especially in the roles of developers and system administrators.

Whizlabs recently conducted a webinar titled “An Introduction to Serverless with a Deep Dive on Container Services in Azure”. You can watch the complete webinar on the link Mr. Anand Rao, an eminent Cloud Consultant, and Microsoft Certified Trainer and the team at Whizlabs, covered various critical aspects of serverless computing on Azure in the webinar.

In addition, the primary highlight of the webinar was the in-depth assessment of implications due to container services on Azure. Let’s dive deep to have an overview of webinar and learn more.

Introduction to Serverless Computing

Serverless computing is one of the common names that have emerged recently in the world of cloud computing. The serverless computing paradigm actually aims at enabling developers to build applications at a faster rate. The main functionality of serverless is to take away the need for infrastructure management. Through the use of serverless architecture, Azure could ensure automatic provisioning, scaling, and management of infrastructure for running the code.

Another important thing that candidates should learn about serverless is that servers continue to run code. So, you can clear your doubts about serverless computing being completely devoid of any servers. Now, the developer would no longer have to worry about provisioning and management of infrastructure.

As a result, serverless computing on Azure provides better prospects to developers for focusing on business logic and deliver value to the business according to its core values. Serverless also has a considerable focus on improving team productivity alongside improving the speed of delivering products faster in the market. In addition, it can also provide adequate opportunities for organizations to ensure effective resource optimization and improve focus on innovation.

Check Now: 10 Things Serverless Architects Should Know

Azure Serverless Solutions

Serverless solutions on Microsoft Azure allow you to avail credible freedom with infrastructure management, irrespective of the application of technology. Azure serverless compute solutions include Serverless Kubernetes, serverless functions, and serverless application environments. On the other hand, Azure serverless workflows and integration solutions include serverless messaging, serverless workflow orchestration, and serverless API management. Furthermore, serverless on Azure also contains DevOps and developer tools for serverless with CI/CD for serverless and app development tools.

For example, Logic Apps can help you achieve Azure serverless objectives by connecting business-critical apps and services. They can help in workflow automation without writing even a single line of code. Azure serverless Functions offer a reliable event-based Compute platform that can also cater to complicated orchestration issues. On the other hand, Web Apps provides the basic foundation for seamless application development while ensuring optimum productivity and ensuring better scalability.

What are Containers?

The most important requirement other than serverless at the present times in the world of Microsoft Azure refers to containers. Containers are the next big thing in application and software development. Containers are basically a standard unit of software containing code and all related dependencies.

The main objective of introducing containers for application development is the faster and reliable operations of an application from one computing environment to the other one of the notable containerization tools in the present times is Docker. Docker container image provides a standalone, executable, and lightweight software package. The package contains all the necessary things for running an application, such as code, system libraries, runtime, settings, and system tools.

Check out our previous article to know more about “Containers in Cloud Computing“.

  • Benefits of Containers

The main reasons for the rising popularity of container technology are clearly evident in their different benefits. First of all, containers reduce the overhead for application development in comparison to conventional virtual machine environments based on hardware. Next, containers provide better portability by enabling the deployment of applications on various operating systems and hardware platforms.

In addition, containers also allow DevOps teams to gain promising assurance regarding the consistency of operations of their applications in containers. Furthermore, containers also help in faster deployment, patching, and scaling of applications. Most important of all, containers can support DevOps and agile principles for better and streamlined application development. Production teams could also achieve better speed in development, testing, and production cycles with containers.

  • Significance of Container Orchestration

The next critical concern for learners regarding the use of containers is the use of container orchestration. It is essential to note that the cloud infrastructure of an enterprise would include multiple containers for a particular application. Therefore container orchestration is highly essential for managing and coordinating the functions of different containers in an organization’s cloud environment.

Kubernetes is presently the gold standard among container orchestration tools and is a crucial support for automation of deployment, scalability, and management of containerized applications. In addition, Kubernetes also helps in the automatic management of networking, alerts, storage, logs, and other aspects for all containers. Kubernetes can improve container orchestration deliver benefits of cost reduction, better ease of use, portability, modularity, and scalability.

Also Read: Reasons to Get an Azure Certification

Final Words

In the long run, serverless and container services on Azure would completely revise the existing perspectives on cloud computing. The exclusive benefits of serverless and container services for application development clearly indicate their potential as sustainable tools in the cloud computing landscape. Aspiring developers can learn these technologies and use them to their advantage for promising job prospects in the Azure landscape.

Furthermore, the prominence of these aspects as trends in the present cloud computing market indicates noticeable prospects to start learning more about serverless and container services. Expertise in serverless and compute services on Azure would not only strengthen your skills as a developer but also make you a vital asset for any organization.

Start learning now and validate your skills with Azure certifications. Check out our Azure certification training courses to prepare and pass in the exam.    

About Pavan Gumaste

Pavan Rao is a programmer / Developer by Profession and Cloud Computing Professional by choice with in-depth knowledge in AWS, Azure, Google Cloud Platform. He helps the organisation figure out what to build, ensure successful delivery, and incorporate user learning to improve the strategy and product further.

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