A Guide on How to Become a DevSecOps Engineer?

Who is DevSecOps

The term DevSecOps is a collaborative working method that implements security over development and operations teams. This collaboration aims to reduce the risks, into all stages of DevOps projects.

DevSecOps believes that security should be everyone’s priority whoever is working on the project. It will help to prevent the risks which will enhance the experience of customers when they will use the product after deployed in the market.

In other words, DevSecOps engineers ensure that the organization’s network and IT infrastructure remain free from security flaws.

DevSecOps keep their eye on all stages whether it is development, testing, monitoring, etc for security purposes.

The DevSecOps engineers must be aware of specific toolsets like Docker, Jenkins, Java, Python, Perl, Ruby, Scripting YAML, DAST (Dynamic Application Security Testing), SAST (Static Application Security Testing).

What does a DevSecOps engineer do?

  • Process monitoring
  • Writing risk analyzes
  • Incident management
  • Testing, selection, and implementation of technologies, tools, and working methods
  • Automation of security controls
  • The maintenance of the system and the external and internal computer network of the company
  • Control and management of security operations
  • More broadly, they participate in the construction of a “safety culture” within the company by supporting the various teams and customers in the implementation of good safety practices.
  • Provide packaging/deployment capability to deliver products to point of need, including multiple cloud-based solutions.
  • Support multiple agile teams across various platforms, environments, and instances
  • Incorporate best practices to increase the quality & velocity of deployments
  • Implement security best practices and configuration management
  • Increase system performance with a focus on high availability and scalability

How to Become a DevSecOps Engineer?

To be a DevSecOps engineer requires a set of skills and practical experience. DevSecOps engineers should aware of how security impacts each stage of the development pipeline and the finished product or service.

Of course, soft skills also matter to build better communication between team members to work effectively with each other.

The work of a DevSecOps Engineer is like many other IT security professional roles but it is a little dia different in terms of DevOps.

Both IT security professionals and DevSecOps engineers use distinctive best practice tools and methods like cybersecurity software, threat modeling, and risk assessments to recognize and analyze threats.

As a role of DevSecOps in projects, security isn’t an afterthought but is placed into the software at the time of the development, by using secure coding.

During development, the software is attacked to find vulnerabilities, because it is opposed to running a scan once it is created.

Automation tools play a key role to detect vulnerabilities, so DevSecOps should aware of such toolsets.

Some skills that are required:-

  • Should have knowledge of the DevOps culture and principles.
  • An understanding of programming languages such as Docker, Jenkins, Perl, Java, Python, and PHP would be helpful.
  • Strong teamwork and Soft skills (communication skills).
  • Should have knowledge of threat modeling and risk evaluation techniques.
  • Up-to-date knowledge of cyber security threats, current best practices, and the latest software.

These skills can be obtained by either having trained through any institute that provides training or course or directly from organizational training during job roles.

Qualification and knowledge

  • Should have experience and knowledge of programming languages and automation tools.
  • People should have technical degrees such as engineering or computer science.
  • Getting certifications from a well-known platform will help you to get into this role even without having a technical degree. 
  • Experience with common DevOps related tools, such as:-
  • Jira
  • Confluence
  • Jenkins
  • Artifactory
  • GitHub
  • Docker
  • Kubernetes
  • Ansible
  • Terraform
  • Should have experience with programming and scripting languages, such as C/C++, C#, Python, JavaScript, PowerShell, Bash, etc.
  • Should have experience with virtualization technologies on-premise or cloud-based services such as  Microsoft Azure, AWS VMs, VMware vCenter/ESXi,  and Hyper-V.

Salary insights of a DevSecOps Engineer

The average salary of DevSecOps in India is ₹ 1,500,000 per year or ₹ 769 per hour.

Entry-level positions start with Rs 1,400,000 per year, while experienced workers can make up to Rs 2,400,000 per year.

Training Place

I would like to tell you about one of the best places to get trained and certification in DevOps, DevSecOps, and SRE courses is DevOpsSchool

This Platform offers the best trainers who have good experience in DevOps and also they provide a friendly eco-environment where you can learn comfortably and free to ask anything regarding your course and they are always ready to help you out whenever you need, that’s why they provide pdf’s, video, etc. to help you.

They also provide real-time projects to increase your knowledge and to make you tackle the real face of the working environment. It will increase the value of yours as well as your resume. So do check this platform if you guys are looking for any kind of training in any particular course and tools.

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What are Agile and DevOps?

Agile – Agile refers to software development methodologies based on iterative development, where requirements and solutions evolve through collaboration between self-organizing cross-functional teams. It is a process that promotes disciplined project management that encourages inspection and adaptation, self-organization and accountability, rapid delivery of high-quality software, and aligns the development of software with customer needs and company goals.

DevOps – DevOps is originated from Dev and Ops word which is development and operation. It has come out as a cultural philosophy and practice change which makes the collaboration between Development and operation team to fasten the software development and delivery. DevOps is originated from Dev and Ops word which is development and operation. It has come out as a cultural philosophy and practice change which makes the integration between Development and operation team fasten the software development and delivery. At the time of development of software its has always been seen that security is always a major concern, so for this DevSecOps came between that look after the security concern from the development process. It ensures the finished application is secured at all aspects of running the application.

What are some common misconceptions about Agile and DevOps?

DevOps & Agile Implementation - Landmark System & Solutions Pvt.Ltd

Agile and DevOps both are meant to help in functioning smoothly and efficiently the development and release process. But still, some people have spread the rumor which harming the DevOps and Agile image. So for today, we going to discuss some of the myths/ Misconceptions. Let’s start.

DevOps Misconceptions:-

DevOps Requires Agile – DevOps doesn’t require agile methodology, it’s a whole process on its own. DevOps and agile both have different ways to work and to develop software. DevOps is a process that integrates the development and operations team to enable continuous development and delivery of software whereas Agile emphasizes the iteration of development and testing in the SDLC process (which means it breaks down the product into smaller pieces and integrates them for final testing to build a ready to use application).

You Can’t have DevOps without Cloud – Basically, it’s not true. There are ways to use DevOps separately as DevOps is a philosophy rather than a technology, it can scale and adapt to change much better in comparison to cloud computing. But still with this advantage, without the ability to set up and provision new machines programmatically and without the cloud’s API, DevOps functioning feels limited because the cloud provides the ability to flexibly manage the computing resources we need, So cloud is important for DevOps functioning efficiently.

DevOps Doesn’t Work for Large, Complex Systems – It is not like this. Earlier It was said, that the waterfall model is best for large and complex systems, but it’s not true. DevOps has been led just to remove all vulnerabilities which all the older models had in the development process to function well whether it is for a large or complex system. It happening because DevOps using modern methods to make the tasks easy and day by day things are improving. So the conclusion is DevOps fits over all types of systems.

It is Exclusive to Native Internet Companies – DevOps is an approach that is widely used by the whole world. So DevOps can’t be limited to any extent which means it is inclusive to native internet companies.

DevOps Requires Teams’ Physical Proximity – It’s a baseless myth I have ever heard. DevOps never require any kind of physical proximity. DevOps can work without physical appearance. With the help of the latest techniques like remote workers, third-party contractors, and cloud service providers, DevOps can perform much better than anyone as well as With the right tools and frameworks to support communication and collaboration in the DevOps lifecycle could give an effective result.

DevOps is Only for Continuous Delivery – It would be wrong if it is said like this. DevOps is not only for continuous delivery it is for continuing operations as well. the duty of its to ensure the continuous development, delivery as well as deployment to the market so the organization can achieve the required goal. Even though After deployment DevOps teams monitor the performance as well to push the updates. So the DevOps works are much more than only continuous delivery of software.

Soft Skills Aren’t Necessary – Soft skills needs everywhere whether it is in DevOps or not. Dev and op team is bound to work with each other so it’s important to be polite with each other in terms of working efficiently. Sometimes some organizations provide such soft skill training as well to be one of the well-disciplined organizations.

Agile Misconceptions:-

Agile models cannot work with other models – It’s not true, Instead, Agile methodology offers more flexibility to their users to include various aspects of traditional methods into it. The stages of product development cycles of the agile method are shorter and multiple, and they are complete like other traditional methods. In such a manner, agile methods are compatible with the processes of traditional methods. The only way to combine the agile method with a traditional plan-driven model like the waterfall model, waterfall uses the sprints of the agile method within the linear structure to start work for the next stage without completing the work of the previous stage.

No planning is required for the projects – The development process of agile is neither plan-driven nor has Gantt charts or WBS but still its plan at the number of points like Dev Sprint Planning of formalized ceremonies comprising PO and PBR to address the goals and priorities of the project of the team. The ceremony is related to the owner of the product communicating the details to the project team about their requirements and the project manager and the team establishing their priorities to complete the task as planned, to build and run the project successfully.

Role of management is eliminated in agile methodology – The is also one of the myths because the role of every person is defined in agile as well as the owner of the product involved as the manager of the project. The supervision of the project ( the goals and priorities of the project team and leading the team to accomplish the task ) is the responsibility of the product owner.
In agile projects the product owner, along with a Scrum Master who is responsible to ensure the development teams of the project complete the tasks within each sprint by working in the best condition.

Agile is specifically for Software Development – Initially agile started with the development of software but later it emerged as a complete methodology, which can be used in distinctive projects where the ability of change and continuation is higher and feedback cycles are shorter. So again it’s a myth.

Agile means no need for software testing – In Agile, test cycles are planned for every sprint with the user stories that developers intend to address in that sprint. Testing is the central part of the success of an agile development lifecycle and it keeps continuous until the final product meets all requirements.

Agile means DevOps – Both are different from each other. Agile is based on iterative development and DevOps is a cultural change that works with the integration between dev and op teams to continuous development and delivery of software.

Conclusion

In this blog, we have discussed the Definition of Agile and DevOps, and some misconceptions about both of them. As I have mentioned above both are good to each other but in a current scenario, DevOps is much better than anything. but still, all are good at their place and Agile is also one of them and I have tried to remove some of the misconceptions above. Hope so it will be helpful to you guys.

Training place

If you looking for training in DevOps, DevSecOps, and SRE, then you guys can consider about DevopsSchool. It is a platform where you guys can get certified training as well as certification in any particular tools related to DevOps. It promises the best environment as well as the best trainer who holds a good experience in DevOps and also they provide real-time projects which can boost your carrier as well as a resume.

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What will be the role of Azure DevOps in 2022?

Right now the future of Azure DevOps will be still on trend because of its cheaper availability. Azure DevOps (ADO) isn’t departure anytime presently and can get lots of love. It’s one in every of the undervalued things concerning Microsoft – its semi-permanent commitment to the lifecycle of its package and providing new options and support for its customers.

Azure DevOps may be a package as a service (SaaS) platform from Microsoft that has associate end-to-end DevOps toolchain for developing and deploying package. It conjointly integrates with most leading tools on the market and may be a nice choice for orchestrating a DevOps toolchain.

What is new In Azure DevOps in 2022?

Summary of what is New in Azure DevOps Server 2022

Continuous readying in YAML. Track the progress of parent things victimization Rollup on Boards backlog. Add “Parent Work Item” filter to the task board and sprint backlog. New internet UI for Azure Repos landing pages.

Released last month, Windows Server 2022 includes multi-layered security, hybrid capabilities with Azure, digital computer enhancements, instrumentality support with Kubernetes, and new tools among Windows Admin Centre. Let’s take a better cross-check these options.

What will be a good carrier AWS or Azure in 2022?

In terms of fine, each have an honest career and selecting between Azure and AWS is a lot of a business call and depends on the wants of the organization. for instance, if a company is in would like of a powerful Platform-as-a-service (PaaS) supplier or wants Windows integration, Azure would be the preferred selection whereas if associate enterprise is searching for infrastructure-as-a-service (IaaS ) or various set of tools then AWS could be the most effective resolution.

Azure vs. AWS growth doesn´t mean a great deal once AWS is to date ahead within the market. Within the unlikely event that Azure revenues doubled for future 5 years and AWS revenues inflated by “only” forty fifth over identical time-frame, the 2 corporations would reach parity in 2022. For this to happen, however, (and ignoring the opposite players within the IaaS market), the market would have to be compelled to grow denary.

So growing in cloud service you’ll get into either AWS or Azure. There square measure google cloud and Alibaba (Europe) WHO also are obtaining massive attention in terms of cloud service however once more for them it’s still a protracted thanks to go.

Carrier opportunities in 2022 with Azure?

Cloud is that the way forward for business currently. Currently most are moving to Cloud. Numerous comes are becoming migrated from on premise to Cloud. For cloud we’ve got three major players i.e.. AWS, Azure and GCP.

The opportunities for Microsoft Azure certified aspirants have drastically increased in recent years, due to the growing demand.

So it’s time to be told Azure skills. Begin with Azure IaaS and once you’re conversant in terminologies then begin developing.

Platform as a service (PaaS) may be a complete development and readying setting within the cloud, with resources that change you to deliver everything from easy cloud-based apps to stylish, cloud-enabled enterprise applications.

Benefits of using Azure DevOps in 2022?

Azure DevOps is effectively a rebranding of Microsoft’s Visual Studio Team Services (VSTS) that is that the on-line version of Team Foundation Server. That’s all well and sensible, however what on earth will Azure DevOps/VSTS/TFS do?

Originally an ASCII text file management tool wherever groups might share and work on code jointly, TFS grew to become a platform wherever development comes can be managed, tested and discharged.

Here square measure five reasons to think about Azure DevOps for your organization:-

  • Collaboration
  • Work Items
  • Continuous Integration and Delivery
  • Open Platform
  • Become a package Company

Conclusion:-

So in 2022 and beyond we would likely to see that Azure and Azure DevOps will still will be in the line.  Azure DevOps may be a package as a service (SaaS) platform from Microsoft that has associate end-to-end DevOps toolchain for developing and deploying package. It conjointly integrates with most leading tools on the market and may be a nice choice for orchestrating a DevOps toolchain.

Thank you.

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What are DevOps, DevSecOps, and SRE, and differences among them?

DevOps – DevOps is the combination of culture, practices, and tools that increase an organization’s ability to deliver applications and services at high quality, as well as automate and integrate the processes between development and IT teams.


DevOps teams use tools to automate the process, which helps to increase reliability and efficiency.
DevOps ensures fast software delivery with minimum problems to fix and faster solution to problems.
The term DevOps has been made up of two words development and operations.


DevOps is a process that permits the Developer and operation teams to collaborate with each other to manage the whole application development life cycle, i.e. development, testing, deployment, monitoring, etc. DevOps aims to shorten the period and cost of development of the application.

DevSecOps – DevSecOps is a useful umbrella term that collects the processes introduced by organizations who want to run their operations on AWS, Azure, and Google cloud.


DevSecOps is about not only making software easily installable but making the process of installing it more secure and usable.

DevSecOps is not only making the software installation easy, but it makes the installation process more secure and usable as well.


Prior, the development cycles lasted for months or even years, and the release of new versions or software updates of their applications used to be released just once or twice a year.
It gave enough time for quality assurance and security testing teams to carry out security measures which is make the process very slow.


But these outdated security practices or separate security teams cannot keep up with the speeds of DevOps initiatives.
This vulnerability leads to the evolution of the DevSecOps methodology, where the development, operation, and security team, work together and share end-to-end responsibilities in the entire development life cycle to finish the project in less time.


DevSecOps methodology automates the integration of security at every stage of the software development lifecycle, from the initial design.


DevSecOps integrates the security of application and infrastructure seamlessly in Agile and DevOps processes and tools.

SRE – SRE stands for site reliability engineering.


In around 2000 Google realize DevOps is good as it is but there is something else that can be done. So there were a lot of different ideas flowing around then Google come up with this idea called an SRE.


It is a software engineering approach to operations where an SRE team uses software as a tool to manage systems and solve problems and automate operational tasks.


So basically, SRE takes the tasks which have been done often manually by the operation teams and instead of giving them to engineers or Operations teams who use software or automation to solve these problems, they do it themselves and manage the production environment.


In other words, SRE teams are made up of software engineers who build and implement software to improve the reliability of their systems.


SRE teams are responsible for how code is deployed, configured, and monitored as well as checks for the availability, latency, change management, emergency response as well as capacity management of service in production.


So how SRE does all these things, Basically it helps to determine the new features that are being launched, they test it across a few different metrics, so they check it across these things called SLA (Service Level Agreement), SLI (Service level indicator), and SLO (service level objectives).

Differences between DevOps, DevSecOps, and SRE

DevOps, DevSecOps, and SRE all work to bridge the gap between development and operation teams to deliver faster and reliable services.

DevOps and DevSecOps


DevOps is the process of integrating development and operations and focuses on eliminating the communication gap between different teams so that the whole code development and deployment process is done faster whereas DevSecOps solves the security concerns along with deployment.


DevOps is only responsible for Development and operational tasks related to a single project but DevSecOps suggests that security is everyone’s responsibility.


DevOps team requires the skillset of Linux fundamentals and scripting knowledge of various tools and technologies whereas DevSecOps engineers should be skilled with addressing the vulnerabilities with automated security tools. Need to have knowledge in cloud security and provide support to infrastructure users.


DevOps has some benefits like speed, rapid delivery, reliability, scale, improved collaborations, security whereas DevSecOps has improved agility, considers security automation, keeps security as code.


Automation is done for security testing so the development is tested on regular basis.

The report generates if any vulnerabilities are found during CI and CD. DevSecOps never allow security to get compromised. whereas automation in DevOps is for releasing codes in a higher environment. This helps developers to know about the changes has done by the members and to work accordingly.


Monitoring the security incident is done through incident management. Proper standards are created to raise Thus security concerns are managed in DevSecOps. In DevOps, Application infrastructure is managed through codes as infrastructure as codes. Here designing and managing the code is happen on the same platform.

DevOps And SRE


DevOps reduce silos whereas SRE doesn’t concern about the silos. DevOps involve unexpected failures, whereas SREs focus on no failure happening at all.


The automated workflow needs constant monitoring, in this process DevOps team ensures software is working effectively whereas SRE believes that operations are a software issue.


SRE practice involves a contribution from each level of the organization whereas DevOps is all about development and operations only.


SRE uses developers and tools to solve IT operation problems and workflow problems. Thus, SRE does most things through software engineers whereas DevOps uses a development and operation team to finish the work from building to deploying the software in the market.


SRE doesn’t have any special script to follow, but it offers a hard prescription to solve the problems and which tools to use. Whereas DevOps has a development lifecycle that describes what to do.

All these courses are being done at one of the best platforms which are DevOpsschool. If anyone is looking for an institute where you can learn DevOps, you should go for this.

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What is Azure DevOps?

Hi friends, today we will discuss about the Azure Devops. In this article we will cover all the essential parts and assets of the Azure DevOps. Azure DevOps is a Software as a service (SaaS) platform from Microsoft that provides an end-to-end DevOps toolchain for developing and deploying software.  It also integrates with most leading tools on the market and is a great option for orchestrating a DevOps toolchain. 

What is Azure DevOps?

Azure DevOps is a Software as a service (SaaS) platform from Microsoft that provides an end-to-end DevOps toolchain for developing and deploying software.  It also integrates with most leading tools on the market and is a great option for orchestrating a DevOps toolchain.  At DevOpsGroup, we have lots of customers who have found Azure DevOps fits their needs irrespective of their language, platform or cloud.

Azure offers multiple DevOps tools for configuration management as well as Ansible, Chef, Puppet, and Azure Automation. Monitor infrastructure health and integrate into existing dashboards in Grafana, Kubernetes, or the Azure portal with Azure Monitor. Apply full stack continuous observance.

What are the importance of Azure DevOps?

Azure DevOps includes a spread of services covering the complete development life-cycle. At the time of writing these are:

  • Azure Boards: agile coming up with, work item trailing, mental image and news tool.
  • Azure Pipelines: a language, platform and cloud agnostic CI/CD platform with support for containers or Kubernetes.
  • Azure Repos: provides cloud-hosted personal rat repos.
  • Azure Artifacts: provides integrated package management with support for sensation, name, Python and NuGet package feeds from public or personal sources.
  • Azure check Plans: provides associate degree integrated planned and alpha testing answer.

Azure DevOps can even be wont to orchestrate third-party tools.

Azure DevOps with CI/CD tooling?

One of the items that we actually like concerning Azure DevOps is however versatile it’s. It’s protrusile (via a Marketplace) and versatile enough to leverage your existing tools. For instance, if you needed to use Azure Resource Manager for infrastructure as code you’ll, however equally you’ll provision and manage Azure infrastructure victimisation third-party tools like Ansible, Chef, Puppet and Terraform.

What are the benefits of Azure DevOps?

  • Reliability
  • As a SaaS providing, Azure DevOps is reliable, scalable and globally accessible. it’s conjointly backed by Associate in Nursing SLA of ninety nine.9% period of time and by 24×7 support.
  • Access to the most recent options
  • Azure DevOps users get access to new options each three weeks. Microsoft is clear, have printed the merchandise roadmap and are committed to quickly iterating on the feature-set.
  • End of the upgrade cycle
  • For organisations running on-premises CI/CD tooling, upgrades are an everyday headache. By moving to a SaaS model, you now not ought to worry concerning fix and upgrading the toolchain.

Conclusion:-

Azure DevOps could be a mature, feature-rich platform. The flexibleness of supported languages, platforms and cloud vendors build it a viable choice for a large vary of organisations. However, if you’re presently running AN on-premises Team Foundation Server moving to Azure DevOps would be a natural upgrade for you

Thank you!

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Does Azure DevOps have a future?

Azure DevOps has a great growth in coming times and promising future. The practise of DevOps is increasing day by day in IT domain. The demand for the Azure DevOps is well shown in the salary structure in India for them. This particular blog is all about the future of Azure DevOps in different areas of the IT industry and opportunities you have.

Azure DevOps is a modern DevOps tool which is used to developing, testing and deploying modern apps through optimized cycle to provide a quality delivery of applications to users. It provides so many of tool which can helpful in tracking software building progress and also helpful for taking decision to deliver great software to the end users. The main thing is Azure DevOps services are not dependent on cloud platform.

Benefits of Azure DevOps

Azure DevOps allows their users to develop, deploy, and monitor code without opening multiple interfaces and you can also manage all of this from one view and bring ease to the customers.

Some of the main benefits are:

  • Timely Access to New Features
  • No Upgrades to Worry About
  • Reliability
  • Flexibility
  • Platform-agnostic
  • Cloud-agnostic

Career opportunity as an Azure DevOps Engineer?

Azure DevOps Engineers are responsible for defining and implementing a robust, scalable, pragmatic and realistic cloud solution that works for our clients. Design and implement cloud solutions which are secure, scalable, resilient, monitored, auditable and cost optimized. So what are the options in front of you when you complete your Certification as an Azure DevOps Engineer?

Here are a few job roles that you can fill:

  • Cloud Engineer
  • DevOps
  • Cloud Specialist
  • High Availability
  • MEAN
  • Shell Scripting
  • Big Data
  • Windows Admiration

Salary of an Azure DevOps Engineer

So many big fortune companies along with many start-ups or small businesses are required with an Azure DevOps Engineer who is certified. Not to worry about the job you get or salary offer to you after the completion as a certified Azure DevOps Engineer, just focus on enhancing your real-time experience if you planned to be a part of any big renowned organizations and dream job with the salary you wished for.

Let us have a look at a range of salaries across the globe.

  • The Azure DevOps Engineer Salary in the United Kingdom on average is £82,472 per year or £29.18 per hour.
  • The Azure DevOps Engineer Salary in the US on average is $136,500 per year or $70 per hour.
  • The Azure DevOps Engineer Salary in Australia starts from an average of $130,000 per year or $66.67 per hour.
  • The Azure DevOps Engineer Salary in Canada on average is $120,938 per year or $62.02 per hour.

As an Azure DevOps engineer, the national average salary is $105,114.

Conclusion

The future of Azure DevOps is very promising, and many more companies are set to accept this methodology. Just not to worry about the job you get or salary offer to you after the completion as a certified Azure DevOps Engineer, just focus on enhancing your real-time experience, practical knowledge if you planned to be a part of any big renowned organizations.

I hope you find this particular Blog helpful, we have discussed ideas around DevOps future scope and how it is going to revolutionize the industry further.

If you are interested to become an Azure DevOps, I would like to suggest you DevOpsSchool.com, one of the best institute for Azure DevOps training and certification, both in online and offline classroom mode.

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What is Azure DevOps?

Hi guys today we’ll discuss about Azure DevOps. In this article, we will discuss about it’s fundaments assets and benefits. So, let’s see what Azure DevOps is!

What is Azure DevOps?

The Azure DevOps formerly as VSTS is all that you need to assemble your product from start to end. The Azure DevOps is a single stage that supports every software developer team on this planet and design projects using the agile process, manage code using Git, test the application, and deploy code using the CI/CD framework. We can pick up in a simple way (Dev+Ops= DevOps), which means a mixture of development and operation processes for software development.

What can Azure DevOps do?

  • Planning

As conversed above, the Azure board is an ALM tool. So Azure board helps us to uphold an agile process which means Azure DevOps helps us to plan, track development history for different developers and detects issues using a Kanban and scrum.

  • Develop

To bring about our workspace and code source multiple types of version control are already combined with Azure DevOps. Practically all features related DevOps already integral inside.

  • Integration/Build

We can use nonstop addition and nonstop deployment (CI/CD) with the help of the Azure pipeline. There are many types of job agents, and templates are already available inside.

  • Package

As we know we have already an inbuilt extension available, Azure Artefacts, so we don’t need to go anywhere for any type of packages.

  • Testing

As we know Testing is a vital part of the DevOps process. So Azure DevOps provides many types of inbuilt testing templates and running tools.

Difference between Online and On-premises:-

The Azure DevOps can be nearby in two different ways: on-premises (“Server”) and online (“Services”). The last arrangement is called Azure DevOps Services. The cloud service have its place to the Microsoft Azure cloud platform. It develops a similar code as the on-premises version of Azure DevOps, minor adjustments, and implements the latest highlights. The Azure DevOps needs no extra configuration. The user just needs to sign up from their Microsoft account to set up a domain, and create a project, and adding a new user.

Azure DevOps Keywords:-

  • Organization

The Azure DevOps group is basically by default an account name/ Domain name but we can change it as well. Usually, you will have one Azure DevOps account and deal with variety of domains inside, which means we can create many organizations with a single Microsoft account. We can arrange access control and security for a specific organization as well.

  • Projects

You can divided the Azure DevOps organization into many projects and arrange access control, pipeline, build process, board and code for a multiple project.

  • Azure Board

The Azure board is essentially used for planning and tracking for Work Items, Backlog, and Sprints. The Azure Board is also called an ALM (application life cycle management) tool just like other ALM tools JIRA, SpiraTeam, etc. In the Azure board, we can make workflows, issue types, epic, and many other components of ALM.

  • Azure Repos

The Azure Repos is a place where we can create, bring about and store forms of our code base. We can use it for code examination and other version control functionality. The Azure Repos essentially provides us two types of version control systems now GIT (Distributed version control) and TFVC (centralized version control).

  • Azure Test plans

The Azure test plans upkeep advance test management solutions for customer response, UAT, Automation testing, and manual testing

Benefits of azure DevOps?

  • Ensure faster deployment

The faster and more repeated delivery of updates and features will not only satisfy the customers but will also help your company take a firm stand in a modest market.

  • Stabilize work environment

 The tension complex in the release of new features and fixes or updates can collapse the stability of your workspace and decreases the overall productivity. For that you should develop your work environment with a stable and well-balanced method of operation with DevOps practice.

  • Significant improvement in product quality

The Collaboration between development and operation teams and frequent capturing of user feedback leads to a significant development in the quality of the product.

  • Automation in repetitive tasks leaves more room for innovation

The DevOps has greater advantages when associated to the traditional model such as it helps in observing and correcting problems faster and skilfully. As the faults are repeatedly tested through automation, the team gets more time in framing new ideas.

  • Promotes agility in your business

There is no secret that, making your business agile can help you to stay ahead in the market.  Now it is possible to get the scalability necessary to transform the business.

Conclusion:-

The Azure DevOps platform is generally used in the Software Development process. Beside these lines, this platform helps the association which is as of now using Azure and making the SLA simple. In this article, we had discussed about the Introduction and its assets to Azure DevOps.

Thank You!

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Top 10 Attributes of SREs (Site Reliability Engineer)

These days most of the organizations can not operate without IT.

The systems and processes they support are so critical, their infrastructure has to be reliable. Therefore, we need SRE engineers to set up a process and develop highly reliable and scalable systems. Their main objective is to make the process and system – accountable for the availability, performance, effectiveness, emergency response, and monitoring of the application.

At a higher level, we can say, the SRE eningeers serves as a bridge between development teams and operations teams of the organizations, empowering the dev team to bring new releases to the production frequently and as quickly as possible, while also ensuring an agreed-upon acceptable level of IT operations performance and error risk in line with the service level agreements (SLAs) the organization has in place with its clients or end users.

So what attributes makes you a great SRE engineer? Here we have mentioned top 10 attributes which SRE engineers use to have:-

1. They understand the fundamentals:- Great SREs use to have a good understanding of what lies below the abstractions. You can not identify and propose a solution to a deadlock if you do not understand the concurrency, or understand why a database is slowing down without understanding the data structures used and computer architecture.

2. Strong understanding of all-around engineers:- Great SREs are strong in technicals who happen to really enjoy reliability engineering and have the personality for the role.

3. Enjoy debugging:- Debugging is usually an undervalued and under-honed expertise that great SREs hold and enjoy using.

4. Good understanding of tools:- A great SRE takes pride in their toolset and knows how to use and build tools.

5. Good code readers:- Great SREs can promptly dive into and navigate an unfamiliar codebase.

6. Grasps complex machines:- SREs have to keep large systems in their head to develop good analytical skills and intuition about probable root causes of problems.

7. Bias towards many small projects:- SREs tend to prefer having many short-duration projects with occasional longer projects, more so than the average engineer.

8. More fascinated than annoyed by failures:- SREs watch things break every day, and its easier if they’re fascinated by watching things break rather than becoming overly jaded and cynical.

9. Bias towards excitement:- Great SREs tend to be a bit more adrenaline-fueled than the average engineer.

10. Team-oriented mindset:- A great SRE doesn’t have an us-vs-them mentality from the outset. (And a great dev team doesn’t, either).

Getting into site reliability engineering can be a great way to enhance your career possibilities. Good knowledge of SRE discipline, tools, best practices, and benefits can prepare you to take on more responsibilities in your organization, as well as it will make you prepare for the higher-tier positions.

DevOpsSchool offers SRE training, tailor-made SRE workshops and SRE consulting and solutions to successfully learn and implement SRE in your organization.

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What is AWS? Who can learn this certification course?

If you are new to the world of cloud computing, you will want to select a cloud platform that can help you easily get started with learning cloud computing.  It is extremely important for one to familiarize themselves with various leading cloud service providers before deciding which cloud is best to get started with a career in cloud computing. Both AWS and Azure are solid performers with equivalence in almost 99% of the use cases.

What is AWS?

Amazon Web Services (AWS) is a secure cloud services platform, offering compute power, database storage, content delivery and other functionality to help businesses scale and grow. It is a subsidiary of Amazon providing on-demand cloud computing platforms.

AWS has significantly more services, and more features within those services, than any other cloud provider–from infrastructure technologies like compute, storage, and databases–to emerging technologies, such as machine learning and artificial intelligence, data lakes and analytics, and Internet of Things. AWS has the largest and most dynamic community, with millions of active customers and tens of thousands of partners globally.

Customers across virtually every industry and of every size, including startups, enterprises, and public sector organizations, are running every imaginable use case on AWS. It is architected to be the most flexible and secure cloud computing environment available today.

Here’s an overview of the certifications offered by AWS and capabilities an individual validates by completing these certifications.

AWS certifications offered include:

AWS Certified Cloud Practitioner

  • Individuals are expected to effectively demonstrate a comprehensive understanding of AWS fundamentals and best practices.

AWS Certified Solutions Architect – Associate

  • Individuals in an associate solutions architect role have 1+ years of experience designing available, fault-tolerant, scalable, and most importantly cost-efficient, distributed systems on AWS.
  • Can demonstrate how to build and deploy applications on AWS.

AWS Certified SysOps Administrator – Associate

  • This certification is meant for systems administrators that hold a systems operations role and have at least one year of hands-on experience in management, operations and deployments on AWS. They must be able to migrate on-premises workloads to AWS.
  • They can estimate usage costs and identify operational cost control methods.
  • Must prove knowledge of deploying, operating and managing highly available, scalable and fault-tolerant systems on AWS.

AWS Certified Developer – Associate

  • This is for individuals who hold a development role and have at least one or more years of experience developing and maintaining AWS-based applications.
  • Display a basic understanding of core AWS services, uses, and basic AWS architecture best practices.
  • Demonstrate that they are capable of developing, deploying, and debugging cloud-based applications using AWS.

AWS Certified Solutions Architect – Professional

  • Individuals in a professional solutions architect role have two or more years of experience operating and managing systems on AWS.
  • They must be able to design and deploy scalable, highly available, and fault-tolerant applications on AWS.
  • Must demonstrate knowledge of migrating complex, multi-tier applications on AWS
  • They are responsible for implementing cost-control strategies.

AWS Certified DevOps Engineer – Professional

  • Intended for individuals who have a DevOps engineer role and two or more years of experience operating, provisioning and managing AWS environments.
  • They are able to implement and manage continuous delivery systems and methodologies on AWS.
  • Additionally, they must be able to implement and automate security controls, governance processes, and compliance validation.
  • Can deploy and define metrics, monitoring and logging systems on AWS.
  • Are responsible for designing, managing, and maintaining tools that automate operational processes.

AWS Certified Advanced Networking – Speciality

  • Intended for individuals who perform intricate networking tasks.
  • Design, develop, and deploy cloud-based solutions using AWS
  • Design and maintain network architecture for all AWS services
  • Leverage tools to automate AWS networking tasks

AWS Certified Big Data – Speciality

  • For individuals who perform complex Big Data analyses and have at least two years of experience using AWS.
  • Implement core AWS Big Data services according to basic architecture best practices
  • Design and maintain Big Data
  • Leverage tools to automate data analysis

AWS Certified Security – Speciality

  • Individuals who have a security role and at least two years of hands-on experience securing AWS workloads.
  • Exhibit an understanding of specialized data classifications and AWS data protection mechanisms as well as data encryption methods and secure Internet protocols and AWS mechanisms to implement them
  • Knowledge of AWS security services and features to provide a secure production environment
  • An understanding of security operations and risk

AWS Certified Machine Learning – Speciality

  • Intended for individuals in a development or data science role.
  • Ability to design, implement, deploy and maintain machine learning solutions for specific business problems.

AWS Certified Alexa Skill Builder – Speciality

  • Intended for individuals who have a role as an Alexa skill builder.
  • Individuals have demonstrated an ability to design, build, test, publish and manage Amazon Alexa skills.

Where to Start

If you aren’t sure where to start, Best institute are a great way to help you get the ball rolling in your cloud certification journey, they offering comprehensive AWS certification course led by the experts in the programme. They trained and prepare you for the AWS certification exam. You will also learn the best practices to be followed while working on AWS projects in the industry. This Certification is completely hands-on and designed in a way to help you become technical expertise. I would like to suggest you some institutes which can meet your expectation. these institutes are:

ScmGalaxy

DevOpsSchool

And also if you are looking for Free online resources and quality training videos of AWS Certification on online platform like YouTube then you can also check ScmGalaxy and DevOpsSchool YouTube channel.

By ScmGlaxy

By DevOpsSchool

Good Luck !!!

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What is the difference between terraform and Ansible?

In today’s growing world of DevOps, big player are started implementing business processes on IaC (Infrastructure as Code). IaC work as to simplify the process of large-scale management. Modern IaC tools simplify the configuration to resolve server problems in a quick time.

Terraform and Ansible are two popular frontline line DevOps tools that provision and configure servers. Ansible is the more mature between the two, originating in early 2012 and Terraform is a Hashicorp product and was first introduce in 2014.  As the DevOps industry is gaining momentum, so also Ansible and Terraform gaining their popularity with this trend. Both the tools used in deploying the code and infrastructure, in simple Ansible acts as a configuration management solution, Terraform is a service orchestration tool.

In this blog, we point our focus on Terraform vs Ansible, a discussion that is highly dominating the current DevOps market. Let’s first known about these tools:

What is Ansible?

Ansible is an open-source automation tool, or you can also called platform, used for IT tasks such as configuration management, application deployment, intraservice orchestration, and provisioning. Automation is crucial these days, with IT environments that are too complex and often need to scale too quickly for system administrators and developers to keep up if they had to do everything manually.

In simple words, it frees up time and increases efficiency. And also it is rapidly rising to the top in the world of automation tools.

Benefits of Ansible

  • Free: Ansible is an open-source tool.
  • Very simple to set up and use: No special coding skills are necessary to use Ansible’s playbooks.
  • Powerful: Ansible lets you model even highly complex IT workflows.
  • Flexible: Orchestrate the entire application environment no matter where it’s deployed. You can also customize it based on your needs.
  • Agentless: No need to install any other software or firewall ports on the client systems you want to automate. You also don’t have to set up a separate management structure.
  • Efficient: You don’t need to install any extra software, there’s more room for application resources on your server.

What is Terraform?

Terraform is an open source, CLI-based infrastructure as code tool created by Hashicorp.

Terraform is an infrastructure as code tool that helps you to build, change, and infrastructure safely and efficiently. This process includes low-level components such as compute instances, storage, and networking, as well as high-level components such as DNS entries, SaaS features, etc. Terraform can manage both existing service providers and custom in-house solutions.

Benefits of Using Terraform

So now you know what Terraform is and how it works, let’s take a look on the top reasons why you should start using Terraform today:

  • Improve multi-cloud infrastructure deployment
  • Automated infrastructure management
  • Infrastructure as code
  • Reduced development costs
  • Reduced time to provision

What is the difference between terraform and Ansible?

In this section, let’s check the difference between the two. Meanwhile both are designed for similar purposes, both have definitely laid a foundation for lifecycle management frameworks. Now, both our players in their battle has placed their cards on the table. Let us find out their differences on some of major factors:

Conclusion

The possibility of a perfect answer on “Why Terraform” or “Why not Ansible” depends mainly on your requirements. Both the tools have so many similarities and also some fair differences as well. So, which one is the best? From a practical perspective, it is advisable to use Ansible for configuration management and Terraform for orchestration. The primary purpose of Terraform is orchestration, and it is considerably intuitive.

Also from career aspect, opportunities for these skilled professionals are increasing significantly with huge scope for career growth.

According to Indeed.com, the average salary of a professional of these skills is $177,530 per annum.

Both Ansible and Terraform are the leading data analytics tool which is adopted by many MNCs worldwide. With this, the demand for the professionals is gradually.

Below you can watch and learn Ansible and Terraform Tutorials

Ansible Advance Tutorial – Intro, Adhoc Command, Inventory, Playbook

Terraform Basic Tutorial with Demo

Hope you find this answer helpful.

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