Mastering DevOps with Linux Professional Institute Certification

In today's fast-paced technological landscape, the demand for skilled DevOps professionals is skyrocketing. Companies are increasingly adopting DevOps practices to streamline their development processes, enhance collaboration between teams, and accelerate time-to-market for their products and services. As a result, individuals with expertise in DevOps are highly sought after in the job market.

What is Linux Professional Institute DevOps Tools Engineer Certification?

The Linux Professional Institute (LPI) offers a specialized certification program tailored for DevOps professionals: the LPI DevOps Tools Engineer Certification. This certification is designed to validate the skills and knowledge required to effectively implement DevOps practices using a variety of tools and technologies within the Linux environment.

Core Concepts Covered in LPI DevOps Tools Engineer Certification

1. Automation

Automation lies at the heart of DevOps practices. With the LPI DevOps Tools Engineer Certification, professionals learn how to automate various aspects of the software development lifecycle, including build, deployment, testing, and monitoring processes. By mastering automation tools such as Ansible, Puppet, and Chef, candidates can significantly improve the efficiency and reliability of their workflows.

2. Containerization

Containerization has revolutionized the way applications are deployed and managed. The LPI DevOps Tools Engineer Certification delves into containerization technologies like Docker and Kubernetes, enabling candidates to containerize their applications effectively. With containerization, organizations can achieve greater scalability, portability, and resource utilization across different environments.

3. Continuous Integration and Continuous Deployment (CI/CD)

Continuous Integration (CI) and Continuous Deployment (CD) are essential practices in modern software development. The LPI DevOps Tools Engineer Certification covers tools such as Jenkins, GitLab CI/CD, and Travis CI, empowering candidates to automate the build, test, and deployment pipelines. By implementing CI/CD pipelines, organizations can deliver high-quality software more frequently and reliably.

4. Infrastructure as Code (IaC)

Infrastructure as Code (IaC) enables the provisioning and management of infrastructure through code. With the LPI DevOps Tools Engineer Certification, professionals learn how to use Terraform, CloudFormation, and Ansible for defining and managing infrastructure in a declarative manner. By treating infrastructure as code, organizations can achieve greater consistency, scalability, and repeatability in their deployments.

Benefits of LPI DevOps Tools Engineer Certification

1. Industry Recognition

The LPI DevOps Tools Engineer Certification is recognized globally as a benchmark of proficiency in DevOps practices. Holding this certification demonstrates to employers that you possess the skills and expertise needed to excel in roles such as DevOps Engineer, Site Reliability Engineer (SRE), or Cloud Engineer.

2. Career Advancement Opportunities

In today's competitive job market, having specialized certifications like the LPI DevOps Tools Engineer can give you a significant edge over other candidates. With this certification, you can unlock new career opportunities and command higher salaries in the rapidly growing field of DevOps.

3. Skill Development

The comprehensive curriculum of the LPI DevOps Tools Engineer Certification equips you with the knowledge and hands-on experience needed to tackle real-world challenges in DevOps. Whether you're a seasoned professional or just starting your career in IT, this certification can help you enhance your skills and stay ahead of the curve in a constantly evolving industry.

Conclusion

In conclusion, the Linux Professional Institute DevOps Tools Engineer Certification is a valuable asset for anyone looking to advance their career in DevOps. By mastering essential tools and technologies, candidates can become proficient in automating workflows, implementing CI/CD pipelines, containerizing applications, and managing infrastructure as code. Whether you're aiming for career growth or seeking to enhance your skills, obtaining this certification can open doors to exciting opportunities in the dynamic world of DevOps.

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Unveiling the LPI DevOps Tools Engineer's Arsenal: Essential Skills and Strategies

Introduction

In the fast-paced world of DevOps, the role of an LPI DevOps Tools Engineer is paramount in ensuring seamless integration and efficient workflows. This article delves into the must-have skills and strategies that set apart a proficient LPI DevOps Tools Engineer, providing a comprehensive guide for individuals and organizations aiming to excel in this domain.

Understanding the Landscape

What is LPI?

LPI, or Linux Professional Institute, plays a crucial role in certifying professionals with the expertise needed to navigate the Linux environment effectively. An LPI DevOps Tools Engineer, therefore, is equipped with not only Linux proficiency but also a broader understanding of DevOps principles.

Essential Skills for LPI DevOps Tools Engineers

1. Linux Mastery

A cornerstone skill for any LPI DevOps Tools Engineer is an unparalleled mastery of Linux. This encompasses a deep understanding of command-line utilities, file systems, and permissions. A comprehensive understanding of Linux distributions, such as Ubuntu, CentOS, and Debian, is imperative.

2. Scripting Proficiency

Efficient automation lies at the heart of DevOps, making scripting languages a non-negotiable skill. LPI DevOps Tools Engineers often leverage languages like Bash, Python, or Perl to streamline repetitive tasks, ensuring agility and precision in their workflows.

3. Containerization with Docker

In the age of microservices, Docker has become synonymous with containerization. An adept LPI DevOps Tools Engineer should possess hands-on experience in creating, deploying, and managing Docker containers. This skill enhances scalability, simplifies deployment, and fosters consistency across diverse environments.

4. Configuration Management with Ansible

Configuring and maintaining infrastructure consistently is a challenge that Ansible addresses effectively. LPI DevOps Tools Engineers harness Ansible to automate configuration tasks, enabling swift and error-free management of servers and systems.

5. Version Control using Git

Collaboration and version tracking are pivotal in any DevOps environment. Proficiency in Git, a distributed version control system, empowers LPI DevOps Tools Engineers to coordinate seamlessly with development teams, track changes efficiently, and roll back alterations when necessary.

Strategies for Success

1. Continuous Integration/Continuous Deployment (CI/CD)

Implementing CI/CD pipelines accelerates the software delivery process. LPI DevOps Tools Engineers strategize and deploy CI/CD pipelines using tools like Jenkins or GitLab CI, ensuring a streamlined and automated path from development to production.

2. Monitoring and Logging

A vigilant eye on system performance is integral to the DevOps ethos. Engineers leverage tools like Prometheus, Grafana, and ELK Stack for monitoring and logging, proactively identifying issues and ensuring optimal system health.

3. Security Best Practices

Security is not an afterthought; it's an integral part of the process. LPI DevOps Tools Engineers implement security best practices, conduct regular vulnerability assessments, and integrate security measures into every stage of the development lifecycle.

Conclusion

In the dynamic world of DevOps, an LPI DevOps Tools Engineer's success hinges on a combination of technical prowess and strategic acumen. Mastery of Linux, proficiency in scripting languages, and expertise in cutting-edge tools and strategies are the hallmarks of an engineer who not only meets but exceeds industry standards.

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Unleashing the Power of Linux Professional Institute DevOps Tools

Introduction

In the rapidly evolving landscape of DevOps, the Linux Professional Institute (LPI) stands out as a beacon for professionals seeking to master the art of efficient software development and deployment. In this comprehensive guide, we delve into the intricacies of LPI DevOps tools, exploring their capabilities and how they can elevate your team's performance.

Understanding LPI DevOps Tools

LPI Essentials Exam: A Gateway to Proficiency

Embarking on the DevOps journey with LPI begins with the LPI Essentials exam. This examination serves as a comprehensive introduction to the fundamental principles of Linux and open-source software. Mastering this exam not only validates your Linux proficiency but also lays the foundation for diving into advanced DevOps practices.

LPI DevOps Tools Arsenal

LPI offers a diverse suite of DevOps tools that cater to every stage of the development lifecycle. From source code management with Git to continuous integration using Jenkins, LPI ensures that its professionals are well-equipped to handle the demands of modern software development.

Streamlining Development with LPI DevOps Tools

Git: Commanding Source Code Management

Git, the cornerstone of version control systems, is at the forefront of LPI's DevOps toolset. Enabling collaboration, enhancing code integrity, and facilitating seamless integration, Git empowers development teams to work in harmony, fostering a culture of efficiency and accountability.

Jenkins: Pioneering Continuous Integration

Jenkins, another star in the LPI constellation, revolutionizes continuous integration. Automating the build and deployment process, Jenkins minimizes errors and accelerates the delivery of high-quality software. Its extensibility and robust plugin architecture make it a pivotal tool for DevOps practitioners aiming for excellence.

Advanced DevOps Practices with LPI

Containerization with Docker: Ensuring Consistency

In the realm of containerization, LPI professionals turn to Docker. This tool encapsulates applications and their dependencies, ensuring consistency across various environments. Docker's lightweight containers facilitate seamless deployment, making it an indispensable asset in the DevOps toolkit.

Automation with Ansible: Orchestrating Operations

For orchestration and automation, LPI advocates for Ansible. This powerful tool simplifies complex tasks, from configuration management to application deployment. By eliminating manual intervention, Ansible enables teams to achieve greater efficiency and reliability in their DevOps workflows.

Achieving Success with LPI Certification

Elevating Your Career with LPI Certification

Beyond the technical prowess acquired through LPI DevOps tools, certification from the Linux Professional Institute is a badge of honor in the IT industry. Employers recognize and value LPI certifications, providing a competitive edge to professionals aiming to advance their careers.

Conclusion

In conclusion, the Linux Professional Institute's DevOps tools offer a robust framework for achieving excellence in software development and deployment. From mastering the essentials to leveraging advanced tools like Git, Jenkins, Docker, and Ansible, LPI equips DevOps practitioners with the skills needed to thrive in today's fast-paced technological landscape.

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Unleashing Success: Mastering Your Career as an LPI DevOps Tools Engineer

Introduction

Welcome to the dynamic world of LPI DevOps Tools Engineering, where innovation meets efficiency. In this article, we'll delve into the intricacies of carving a successful career path as an LPI DevOps Tools Engineer. Let's explore the skills, responsibilities, and opportunities that define this role, propelling you to the forefront of the industry.

Understanding the Role

LPI DevOps Tools Engineer: The Backbone of Operations

In the rapidly evolving landscape of IT, LPI DevOps Tools Engineers play a pivotal role. These professionals bridge the gap between software development and IT operations, ensuring seamless collaboration for efficient and automated workflows. Their expertise lies in optimizing deployment pipelines, managing infrastructure, and implementing robust DevOps practices.

Mastering Skills for Success

Technical Proficiency: A Core Requirement

To excel in this field, technical proficiency is non-negotiable. LPI DevOps Tools Engineers are expected to be adept at scripting languages such as Python, shell scripting, and possess hands-on experience with configuration management tools like Ansible and Puppet. A deep understanding of containerization technologies like Docker and orchestration tools such as Kubernetes is also crucial.

Collaboration and Communication

Beyond technical prowess, effective communication skills are paramount. LPI DevOps Tools Engineers act as the linchpin between development and operations teams. Clear communication ensures the seamless integration of diverse processes, fostering a culture of collaboration that propels projects to success.

Responsibilities That Define Excellence

Automation Mastery

At the heart of a DevOps role lies the commitment to automation. LPI DevOps Tools Engineers lead the charge in automating repetitive tasks, enhancing efficiency, and minimizing errors. From continuous integration to continuous delivery (CI/CD) pipelines, these professionals architect and implement solutions that streamline the development lifecycle.

Infrastructure as Code (IaC) Implementation

LPI DevOps Tools Engineers embrace the concept of Infrastructure as Code, transforming infrastructure management into a code-driven process. Leveraging tools like Terraform, they orchestrate infrastructure changes, enhancing scalability, and reducing deployment complexities.

Navigating Career Opportunities

Certifications: The Gateway to Advancement

As the demand for skilled DevOps professionals intensifies, obtaining relevant certifications becomes a strategic move. LPI DevOps Tools Engineer certification not only validates your expertise but also opens doors to a plethora of career opportunities. Employers recognize the commitment to excellence that comes with earning such certifications.

Embracing Continuous Learning

In the ever-evolving tech landscape, stagnation is the enemy of progress. LPI DevOps Tools Engineers must adopt a mindset of continuous learning. Staying abreast of emerging technologies, industry trends, and best practices ensures that you remain a sought-after expert in your field.

Industry Insights and Best Practices

Success Stories

Embarking on a career as an LPI DevOps Tools Engineer promises a journey filled with challenges and triumphs. Many professionals in this field have shared their success stories, shedding light on the strategies that propelled them to the pinnacle of their careers.

Best Practices for Optimization

To stay ahead in the competitive DevOps arena, adopting best practices is essential. Regularly audit and optimize your CI/CD pipelines, embrace a proactive approach to security, and foster a culture of collaboration within your team. These practices not only enhance your individual performance but contribute to the overall success of your organization.

Conclusion

In conclusion, mastering the role of an LPI DevOps Tools Engineer requires a combination of technical prowess, effective communication, and a commitment to continuous improvement. By honing your skills, embracing automation, and staying attuned to industry trends, you position yourself as a valuable asset in the ever-evolving landscape of IT.

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From Linux to DevOps Excellence: The Tools Engineer's Journey Unveiled

Introduction

In the fast-evolving landscape of technology, the journey from Linux proficiency to DevOps excellence is both fascinating and crucial for any tools engineer. At the core of this transformative odyssey lies the seamless integration of skills, tools, and methodologies. In this comprehensive guide, we will delve into the intricacies of this journey, unraveling the key tools and strategies that propel a Linux expert into the realm of DevOps mastery.

Understanding the Linux Foundation

Linux Mastery: A Stepping Stone

To embark on the path towards DevOps excellence, one must first establish a robust foundation in Linux. Proficiency in Linux is akin to mastering the alphabet before composing a literary masterpiece. The command-line interface becomes the virtuoso's instrument, enabling them to navigate, troubleshoot, and optimize systems with unparalleled finesse.

Transitioning to DevOps

The Crucial Pivot

As the industry landscape shifts towards DevOps methodologies, the tools engineer must seamlessly transition. This pivot involves not just a change in technology but a shift in mindset – a realization that collaboration, automation, and continuous improvement are the cornerstones of DevOps success.

Version Control with Git

A pivotal tool in this transition is Git. Git facilitates version control, allowing engineers to manage and track changes collaboratively. The mastery of branching, merging, and pull requests becomes the engineer's artistic palette, enabling the creation of a harmonious symphony of code.

Containerization with Docker

In the DevOps orchestra, Docker plays a lead role. The ability to containerize applications ensures consistency across diverse environments, streamlining deployment and reducing compatibility issues. Docker becomes the virtuoso's wand, conjuring up portable and reproducible software environments.

Orchestrating Success with Kubernetes

Kubernetes: The Maestro's Baton

As the journey progresses, the tools engineer encounters the need for orchestration, and Kubernetes emerges as the maestro's baton. Kubernetes orchestrates containerized applications, automating scaling, deployment, and management. It transforms a static environment into a dynamic, self-healing ecosystem.

Continuous Integration and Deployment

Jenkins: The Conductor of Continuous Integration

In the symphony of DevOps, Jenkins assumes the role of a conductor, orchestrating the integration and deployment processes. Continuous Integration (CI) becomes a seamless blend of code, ensuring that each note contributes harmoniously to the overall composition.

Infrastructure as Code

Terraform: Sculpting Infrastructure

As the journey advances, the tools engineer encounters the concept of Infrastructure as Code (IaC). Terraform becomes the sculptor's tool, molding infrastructure with code. This paradigm shift allows for the creation and management of infrastructure in a declarative and version-controlled manner.

Monitoring and Logging

Prometheus and Grafana: The Observers

In the grand performance of DevOps, observability is paramount. Prometheus and Grafana emerge as the vigilant observers, providing real-time monitoring and insightful visualization. The tools engineer gains the ability to identify performance bottlenecks and fine-tune the symphony for optimal results.

Conclusion

In the journey from Linux mastery to DevOps excellence, the tools engineer evolves into a virtuoso orchestrator, conducting the symphony of collaborative development, automation, and continuous improvement. Each tool becomes a note in the grand composition, contributing to the harmonious blend of efficiency and innovation.

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Unleashing the Power of a Linux Professional Institute DevOps Tools Engineer

Introduction

In the dynamic realm of DevOps, the role of a Linux Professional Institute DevOps Tools Engineer is pivotal, bringing together expertise in Linux systems and a profound understanding of DevOps tools. This article delves into the intricacies of this role, highlighting the key skills and responsibilities that make these professionals indispensable in today's tech landscape.

Understanding the Role

Linux Proficiency

At the core of a DevOps Tools Engineer's skill set lies a mastery of Linux systems. These professionals navigate the Linux environment with finesse, leveraging its open-source nature to optimize processes and ensure seamless integration within the DevOps pipeline.

DevOps Tools Expertise

A DevOps Tools Engineer is well-versed in a plethora of tools that streamline the development-to-deployment pipeline. From version control systems like Git to automation tools such as Jenkins, their toolkit is diverse and finely tuned to enhance efficiency and collaboration among development and operations teams.

Key Responsibilities

Infrastructure as Code (IaC)

One of the critical responsibilities of a Linux Professional Institute DevOps Tools Engineer is the implementation of Infrastructure as Code. Through tools like Ansible and Terraform, they codify infrastructure, enabling automated provisioning and configuration, thus reducing manual errors and enhancing scalability.

Continuous Integration and Continuous Deployment (CI/CD)

In the ever-accelerating world of software development, CI/CD pipelines are the backbone of efficiency. DevOps Tools Engineers orchestrate these pipelines, ensuring a seamless flow from code integration to deployment. This accelerates the release cycle, fostering agility in development processes.

Monitoring and Optimization

Proactive monitoring is paramount for maintaining system health. DevOps Tools Engineers employ tools like Nagios and Prometheus to monitor performance metrics, identify bottlenecks, and optimize systems for peak efficiency, ensuring a robust and responsive infrastructure.

Skill Set and Qualifications

Certification from the Linux Professional Institute

A hallmark of proficiency in Linux and DevOps tools is a certification from the Linux Professional Institute. This certification validates the engineer's expertise, assuring employers of their capability to navigate complex systems and optimize DevOps workflows.

Scripting and Coding Skills

DevOps Tools Engineers are adept at scripting languages such as Python and Bash. This coding prowess allows them to automate routine tasks, enhancing efficiency and reducing manual intervention in the development lifecycle.

Industry Impact

Driving Innovation and Collaboration

By seamlessly integrating development and operations, a Linux Professional Institute DevOps Tools Engineer becomes a catalyst for innovation. The collaborative environment they foster facilitates rapid development cycles, enabling organizations to stay ahead in the competitive tech landscape.

Meeting Security Standards

In an era where cybersecurity is non-negotiable, these professionals play a crucial role in ensuring that DevOps processes adhere to the highest security standards. From code scanning to secure configuration management, they fortify the entire development lifecycle against potential threats.

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New DevOps Tools Engineer Exam 701-100 Dumps

Businesses are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks globally. So LPI developed the DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development. Just pass 701-100 Linux Professional Institute DevOps Tools Engineer Exam 701 for your Linux Professional Institute DevOps Tools Engineer certification now.

Dumpsbase offers 701-100 free demo of New DevOps Tools Engineer Exam 701-100 Dumps for checking as below:

1. CORRECT TEXT
Which git sub command copies a local commit to a remote repository? (Specify ONLY the sub command without any path or parameters.)

• clone

2. Which of the following statements regarding microservices are true? (Choose three correct answers.)

• Microservices facilitate the replacement of the implementation of a specific functionality.
• Microservices applications are hard to scale because microservice architecture allow only one instance of each microservice.
• Integration tests for microservices are not possible until all microservices forming a specific application are completely developed.
• Interaction between microservices can be slower that the interaction of similar components within a monolithic application.
• Within one application, individual microservices can be updated and redeployed independent of the remaining microservices.

3. Which statements are true regarding databases during the deployment of a new release of a service using canary deployment? (Choose two correct answers.)

• Changes to the database schema can take long and reduce the database performance.
• Traffic to the database will significantly increase because of the additional service instance.
• The database schema must be compatible to all running versions of a service.
• The database is locked while its content is copied to the canary database.
• Canary deployments require two synchronized instances of each database.

4. A declarative Jenkins pipeline contains the following excerpt:
parameters {
string (name: ‘TargetEnvironment’, defaultValue: ‘staging’, description: ‘Target environment’)
}
How can a task use the value provided for TargetEnvironment?

• {{TargetEnvironment}}
• $TargetEnvironment
• %TargetEnvironment%
• ${params.TargetEnvironment}
• $ENV{TargetEnvironment}

5. Which of the following HTTP headers is a CORS header?

• X-CORS-Access-Token:
• Location:
• Referer:
• Authorization:
• Access-Control-Allow-Origin

6. Which of the following git commands is used to manage files in a repository? (Choose two correct answers.)

• git rm
• git cp
• git mv
• git move
• git copy

7. What implications does container virtualization have for DevOps? (Choose two answers.)

• Containers decouple the packaging of an application from its infrastructure.
• Containers require developers to have detailed knowledge of their IT infrastructure.
• Containers let developers test their software under production conditions.
• Containers complicate the deployment of software and require early deployment tests.
• Containers require application specific adjustment to the container platform.

8. Which of the following HTTP methods are used by REST? (Choose three correct answers.)

• CREATE
• REPLACE
• PUT
• DELETE
• GET

9. The file index.php, which is being maintained in a git repository, was changed locally and contains an error. If the error has not been committed to the repository yet, which of the following git commands reverts the local copy of index.php to the latest committed version in the current branch?

• git lastver C index.php
• git revert C index.php
• git checkout C index.php
• git clean C index.php
• git repair C index.php

10. Which of the following statements are true about Jenkins? (Choose two correct answers.)

• Jenkins is specific to Java based applications.
• Jenkins can delegate tasks to slave nodes.
• Jenkins only works on local files and cannot use SCM repositories.
• Jenkins’ functionality is determined by plugins.
• Jenkins includes a series of integrated testing suites.

11. Which of the following information is contained in the output of git status? (Choose three correct answers.)

• Changed files that will not be part of the next commit.
• Locked files which cannot be edited until the lock is released.
• Changed files that will be part of the next commit.
• Unchanged files which have not been edited locally.
• Untracked files which are not subject to version control.

12. What happens when a merge conflict occurs in git? (Choose two correct answers.)

• The conflicting files remain unchanged in the local repository.
• Conflict markers are added to the files.
• A new branch containing the remote changes is created.
• The affected files are flagged as conflicting.
• The newest version is placed in the local repository.

13. Which configuration option in the Ansible inventory is issued control privilege escalation of the remote user?

• priv_user
• elevate
• super
• become
• sudo

14. Which Ansible modules can be used to change the contents of a file? (Choose three correct answers.)

• lineinfile
• replace
• patch
• insert
• modify

15. What is the Puppet equivalent to an Ansible Playbook called?

• A Puppet Catalog
• A Puppet Playbook
• A Puppet Factsheet
• A Puppet Declaration
• A Puppet Manifest

16. Which of the following Ansible tasks copies the file example.txt to a manage system?

• C rsync:src: example.txtdst: /tmp/example.txt
• C copy:src: example.txtdest: /tmp/example.txt
• C retrieve:src: example.txtdest: /tmp/example.txt
• - cp:source: example.txtdst: /tmp/example.txt
• - transfer:src: example.txtdest: /tmp/example.txt

Source: dumpsbase.com

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Ghassen Aouinti: Scaling IT skills through LPI’s certifications

I am Ghassen Aouinti, an IT engineer who spent many years managing my information system with traditional tools and then using software with monolithic architectures, sometimes quite complicated to implement.

Then, one day, LPI Maghreb launched a partnership with my employer, the Tunisian Ministry of Defense, to train and certify its engineers.

I didn't hesitate for a moment to go for my first LPIC-1 certification, which I obtained with an excellent score. In the following years, I was eager to discover the exciting world of Linux system administration, and I achieved my second level of  LPI's professional certification, LPIC-2.

With LPIC-2 under my belt, I wanted to push myself even further; I wanted to learn more and look for ways to be more productive and efficient in my daily tasks.

I was able to find solutions to all these needs with my third LPI Certification, DevOps Tools Engineer.

In my opinion, the DevOps Tools Engineer certification is an essential toolbox for any software engineer who wants to boost their career.

I am very satisfied and happy with my career path because, through learning, I have been able to change my professional life.

Currently, I work as an independent consultant and instructor in LPIC-1, LPIC2, and DevOps Tools Engineer with several institutions and engineering schools in Tunisia and France; I support companies that want to migrate from their current architecture to a new approach that focuses on communication, collaboration, integration, and automation to improve the workflow between developers and system administrators.

Last but not least, I contribute to the evolution of the DevOps and Linux community in my country by participating in "Education" days as a coach to demonstrate how easy it is to use these approaches and “software bricks”  to optimize processes and decrease delays.

Sonia Ben Othmann: LPI Maghreb

Sonia Ben Othmann represents the Linux Professional Institute (LPI) in Northern Africa. In 2012, her work led to the program with the Tunisian government that Ghassen took advantage of. If you want to know more about Sonia's work and how she supports the growth of women and girls in FOSS, please read this blog posting.

Your LPI story

With more than 200,000 certification holders, stories as Ghassen’s one can be repeated endlessly. If you are the protagonist of such a story–if an LPI’s certification has improved your career, your life, or your community through education and other related projects–we invite you to contact your regional representative to have that story collected. This post is part of the #LPIStory series.

Source: lpi.org

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LPI Open Technology Certifications

The Open Technology professional certifications are designed to evaluate the knowledge and skills of open technology tools, such as DevOps tools and BSD Specialist. To keep pace with evolving technologies, open technology track exam objectives are updated on average every three years and certifications are valid for five years before you must recertify or certify at a higher level.

For Open Technology certifications, single exam is awarded with certification, and there are no prerequisites for the exams.

1. DevOps Tools Engineer

Certified DevOps Tools Engineer should have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

Prerequisites: There are no prerequisites for this certification. However, an additional certification in the candidate’s primary area of expertise, such as LPIC-1 or a developer certification, is strongly recommended.

Requirements: Passing the 701 exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years 

2. BSD Specialist

The BSD Specialist certificate requires passing a single exam. This exam tests skills in administering FreeBSD, NetBSD, and OpenBSD systems. Covering the three major BSD systems ensures that the certification holder is comfortable working in BSD-based environments of any kind.

Prerequisites: There are no prerequisites for this certification. However, it is strongly recommended that a candidate has more than a year of experience in administering BSD systems of various kinds.

Requirements: Passing the 702 exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years

Source: lpi.org

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LPI DevOps Tools Engineer Certification

Businesses across the globe are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks. As a result, businesses across industries are hiring IT professionals that can effectively apply DevOps to reduce delivery time and improve quality in the development of new software products.

To meet this growing need for qualified professionals, Linux Professional Institute (LPI) developed the Linux Professional Institute DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development.

In developing the Linux Professional Institute DevOps Tools Engineer certification, LPI reviewed the DevOps tools landscape and defined a set of essential skills when applying DevOps. As such, the certification exam focuses on the practical skills required to work successfully in a DevOps environment – focusing on the skills needed to use the most prominent DevOps tools. The result is a certification that covers the intersection between development and operations, making it relevant for all IT professionals working in the field of DevOps.

Current version: 1.0 (Exam code 701-100)

Objectives: 701-100

Prerequisites: There are no prerequisites for this certification. However, an additional certification in the candidate’s primary area of expertise, such as LPIC-1 or a developer certification, is strongly recommended.

Requirements: Passing the DevOps Tools Engineer exam. The 90-minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years

Cost: Click here for exam pricing in your country.

Languages for exam available in VUE test centers: English, Japanese

To receive the Linux Professional Institute DevOps Tools Engineer certification the candidate must:

◉ Have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

◉ Have proficiency in prominent free and open source utilities such as Docker, Vagrant, Ansible, Puppet, Git, and Jenkins.

Exam 701 Objectives

1. Software Engineering

2. Container Management

3. Machine Deployment

4. Configuration Management

5. Service Operations

Source: lpi.org

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Linux Professional Institute DevOps Tools Engineer 701-100 Exam

Linux Professional Institute DevOps Tools Engineer 701-100 

LPI DevOps Tools Engineer 701-100 Exam is a professional certification for DevOps professionals. The global exam certifies your knowledge of DevOps-related topics like container and machine deployment, configuration management and monitoring and technical skills in using open source tools like Docker, Vagrant, Ansible, Puppet, Git, and Jenkins. The certificate attests to your skills and knowledge in implementing and managing DevOps related tasks.

Who should take the exam?

The LPI DevOps Tools Engineer 701-100 Exam is for professionals engaged in software development, software testing and DevOps related tasks in a company. DevOps engineers, DevOps managers, software test managers and engineers, software developers are also fit to take the certificate for better job prospects.

Course Outline

The important topics covered in this exam Linux Professional Institute DevOps Tools Engineer 701-100  are -

◉ Topic 701: Software Engineering - Total Weight: 18

◉ Topic 702: Container Management - Total Weight: 16

◉ Topic 703: Machine Deployment - Total Weight: 8

◉ Topic 704: Configuration Management - Total Weight: 10

◉ Topic 705: Service Operations - Total Weight: 8

Exam Format and Information

Exam Name: Linux Professional Institute DevOps Tools Engineer 

Exam Code: 701-100

Exam Duration: 90 mins

Exam Format: Multiple Choice and Multi-Response Questions

Exam Type: DevOps

Number of Questions: 60 Questions

Eligibility/Pre-Requisite: NIL

Exam Fee: Country-specific pricing, check at link- https://www.lpi.org/exam-pricing.

Exam Language: English, Japanese

Pass Score: 500/800

Source: testpreptraining.com

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The DevOps Tools Engineer Certification

Businesses across the globe are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks. As a result, businesses across industries are hiring IT professionals that can effectively apply DevOps to reduce delivery time and improve quality in the development of new software products.

To meet this growing need for qualified professionals, Linux Professional Institute (LPI) developed the Linux Professional Institute DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development.

In developing the Linux Professional Institute DevOps Tools Engineer certification, LPI reviewed the DevOps tools landscape and defined a set of essential skills when applying DevOps. As such, the certification exam focuses on the practical skills required to work successfully in a DevOps environment – focusing on the skills needed to use the most prominent DevOps tools. The result is a certification that covers the intersection between development and operations, making it relevant for all IT professionals working in the field of DevOps.

Current version: 1.0 (Exam code 701-100)

Objectives: 701-100

Prerequisites: There are no prerequisites for this certification. However, an additional certification in the candidate’s primary area of expertise, such as LPIC-1 or a developer certification, is strongly recommended.

Requirements: Passing the DevOps Tools Engineer exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years

Cost: Click here for exam pricing in your country.

Languages for exam available in VUE test centers: English, Japanese

To receive the Linux Professional Institute DevOps Tools Engineer certification the candidate must:

◉ Have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

◉ Have proficiency in prominent free and open source utilities such as Docker, Vagrant, Ansible, Puppet, Git, and Jenkins.

Source: lpi.org

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How Adam Futureproofed His Career with Linux Professional Institute

Linux Professional Institute (LPI) has delivered over 500,000 exams to IT professionals around the globe. So why do so many choose the world’s largest, vendor-neutral Linux and open source certification body to help advance their career?

According to Foote Partners report, ‘IT Skills and Certification Index’, there’s double-digit growth in bonuses paid to LPI certified candidates. So, is it the promise of a lucrative career, or is there even more to being certified with LPI?

We asked Adam, from Washington, about his experience of getting into open source, taking the exams and how this contributed to his current success.

“After spending most of my early life learning and then teaching Spanish, Japanese and English as a foreign language, I realised that there wasn’t much progression in this profession – so decided to take a different path.

“I’ve always been interested in technology trends and saw potential in learning a programming language, so began learning about Linux in around 2007. I really felt that, if I was going to establish a new career in software development, that I had to understand and be able to work with Linux, first and foremost. Since I lacked any industry experience I decided to take the LPIC-1 and Linux Essentials certifications.

“I had to upskill to prepare for the exam, and I began by using Linux Academy and their training tools; I read lots of “Intro to Linux” books and study guides; I went to meetups and networking events to talk about Linux with people who really knew their stuff. To support my learnings with practical application, I set-up and ran my own Linux server, and started my own professional blog, which I still run to this day.

“The exams were actually much tougher and more thorough than I had expected, but that shows it’s something worthwhile. I’d recommend dedicating at least an hour a day to prepare for the exam.

“It took me approximately a year to complete all three exams (LPIC-1 [101 and 102] and Linux Essentials) but within a week of getting my first Linux certification, I got a job as a Support Technician, at Silicon Mechanics – where I currently work, but now as a Senior Support Technician.

My day-to-day work usually involves my using Linux in some way – so the certifications have helped me enormously. I’d definitely recommend it as a good foundation for anyone interested in an IT career – in fact, I have recommended it to colleagues who have also gone on to take the LPI exams.

For my own next step, LPIC-2 is on my list: I’m always looking to learn more about my industry and the LPIC-2 exam will allow me to take my knowledge to that next level – ultimately, enabling me to better support my customers.

Technology is always evolving, which makes it a fascinating industry to work in. We also now have an automation and DevOps team at Silicon Mechanics, and I’ll soon be joining up with that team and working with them on a number of projects. Once I take my LPIC-2 exam, I’m looking forward to taking the LPIC-OT: DevOps certification, so I can upskill in that area too.”

Learn more about Linux Essentials, LPIC-1, LPIC-2, and LPIC-OT: DevOps Tools Engineer certifications.

Source: lpi.org

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LPIC-OT 701-100: DevOps Tools Engineer

Businesses across the globe are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks. As a result, businesses across industries are hiring IT professionals that can effectively apply DevOps to reduce delivery time and improve quality in the development of new software products.

To meet this growing need for qualified professionals, Linux Professional Institute (LPI) developed the Linux Professional Institute DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development.

In developing the Linux Professional Institute DevOps Tools Engineer certification, LPI reviewed the DevOps tools landscape and defined a set of essential skills when applying DevOps. As such, the certification exam focuses on the practical skills required to work successfully in a DevOps environment – focusing on the skills needed to use the most prominent DevOps tools. The result is a certification that covers the intersection between development and operations, making it relevant for all IT professionals working in the field of DevOps.

Current version: 1.0 (Exam code 701-100)

Objectives: 701-100

Prerequisites: There are no prerequisites for this certification. However, an additional certification in the candidate’s primary area of expertise, such as LPIC-1 or a developer certification, is strongly recommended.

Requirements: Passing the DevOps Tools Engineer exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years

Languages for exam available in VUE test centers: English, Japanese

To receive the Linux Professional Institute DevOps Tools Engineer certification the candidate must:

◉ Have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

◉ Have proficiency in prominent free and open source utilities such as Docker, Vagrant, Ansible, Puppet, Git, and Jenkins.

Read More: LPIC-OT 701-100: DevOps Tools Engineer

Certified DevOps Tools Engineer should have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

Requirements: Passing the 701 exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Source: lpi.org

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Linux Professional Institute Launches DevOps Tools Certification

Following intensive development work with the DevOps and open source communities, the Linux Professional Institute (LPI) is officially releasing the new Linux Professional Institute DevOps Tools Engineer certificate on Monday, October 16, 2017. This release follows the successful worldwide beta testing over the previous months. With this certification, LPI is helping to deal with the growing importance of DevOps competencies in the ICT industry and the need to verify individual skills of its practitioners for potential employers.

Read More: LPIC-OT Exam 701: DevOps Tools Engineer

The Linux Professional Institute DevOps Tools Engineer is a globally available and accessible credential which will assist in closing the gap in the supply landscape and adds a significant component to LPI’s open source skills certification portfolio. "Considering that most popular DevOps tools are open source, it's a logical step that the certification we have developed demonstrates the ability to use these technologies efficiently and well," explains G Matthew Rice, Executive Director of LPI.

DevOps competencies are increasingly in demand and the reasons are obvious. "Using these tools creates a tremendous benefit for both software developers and administrators," says Fabian Thorns, Director of Certification Development of LPI. On the one hand, DevOps eases the job of administrators by enabling them to handle recurring tasks automatically.  On the other hand, DevOps give developers the opportunity to take over tasks for which they would have previously needed an administrator. This dynamic creates new freedoms and efficiencies that benefit everyone, including employers.

The Linux Professional Institute DevOps Tools Engineer certification is ideal for anyone who is technically involved in the development or delivery of software.  There is no prerequisite credential for taking the Linux Professional Institute DevOps Tools Engineer exam, however, it is strongly recommended that a candidate already have a strong background and certification in system administration or software development. Fabian Thorns: "We recommend an existing certification in the respective primary field. This can just as well be Linux administration or Java software development."

More information on LPI's DevOps exam is available at https://www.lpi.org/devops. The learning objectives are described at https://wiki.lpi.org/wiki/LPIC-OT_DevOps_Tools_Engineer_Objectives_V1.

Source: lpi.org

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LPI: DevOps Tools Engineer

Businesses across the globe are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks. As a result, businesses across industries are hiring IT professionals that can effectively apply DevOps to reduce delivery time and improve quality in the development of new software products.

To meet this growing need for qualified professionals, Linux Professional Institute (LPI) developed the Linux Professional Institute DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development.

In developing the Linux Professional Institute DevOps Tools Engineer certification, LPI reviewed the DevOps tools landscape and defined a set of essential skills when applying DevOps. As such, the certification exam focuses on the practical skills required to work successfully in a DevOps environment – focusing on the skills needed to use the most prominent DevOps tools. The result is a certification that covers the intersection between development and operations, making it relevant for all IT professionals working in the field of DevOps.

Current version: 1.0 (Exam code 701-100)

Objectives: 701-100

Prerequisites: There are no prerequisites for this certification. However, an additional certification in the candidate’s primary area of expertise, such as LPIC-1 or a developer certification, is strongly recommended.

Requirements: Passing the DevOps Tools Engineer exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years

Cost: Click here for exam pricing in your country.

Languages for exam available in VUE test centers: English, Japanese

To receive the Linux Professional Institute DevOps Tools Engineer certification the candidate must:

◉ Have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

◉ Have proficiency in prominent free and open source utilities such as Docker, Vagrant, Ansible, Puppet, Git, and Jenkins.

Read More: LPIC-OT Exam 701: DevOps Tools Engineer

Source: lpi.org

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Linux Professional Institute DevOps Tools Engineer

Businesses across the globe are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks. As a result, businesses across industries are hiring IT professionals that can effectively apply DevOps to reduce delivery time and improve quality in the development of new software products.

To meet this growing need for qualified professionals, Linux Professional Institute (LPI) developed the Linux Professional Institute DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development.

In developing the Linux Professional Institute DevOps Tools Engineer certification, LPI reviewed the DevOps tools landscape and defined a set of essential skills when applying DevOps. As such, the certification exam focuses on the practical skills required to work successfully in a DevOps environment – focusing on the skills needed to use the most prominent DevOps tools. The result is a certification that covers the intersection between development and operations, making it relevant for all IT professionals working in the field of DevOps.

Current version: 1.0 (Exam code 701-100)

Objectives: 701-100

Prerequisites: There are no prerequisites for this certification. However, an additional certification in the candidate’s primary area of expertise, such as LPIC-1 or a developer certification, is strongly recommended.

Requirements: Passing the DevOps Tools Engineer exam. The 90 minute exam is 60 multiple choice and fill-in-the-blank questions.

Validity period: 5 years

Cost: Click here for exam pricing in your country.

Languages for exam available in VUE test centers: English, Japanese

To receive the Linux Professional Institute DevOps Tools Engineer certification the candidate must:

◉ Have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

◉ Have proficiency in prominent free and open source utilities such as Docker, Vagrant, Ansible, Puppet, Git, and Jenkins.

Objectives: 

1. Software Engineering

2. Container Management

3. Machine Deployment    

4. Configuration Management

5. Service Operations

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Open source careers: How Mehdi Hamidi became a DevOps Specialist

In 2019, Linux Professional Institute (LPI) celebrated 20 years of offering training and tests. The LPI20 Birthday Contest gave us the opportunity to hear from you some amazing stories about your careers in open source and how the LPI certification program helped you. Over the next weeks, we’ll share some of these stories.

We are gratified to start with the story of Mehdi, a SysAdmin and DevOps Engineer from Iran.

Pentium 133, DevOps, and everything in between

I’m Mehdi Hamidi, a DevOps Specialist with 5 years of work experience in System Administration and DevOps. I believe my current position grew from of a change in direction I took early in my education. And I think I have been lucky in my life. So, let me tell you my “techie life” story…

In the beginning

When I was 13, my aunt had a Pentium 133 computer and I was curious about how a computer works. I almost immediately started writing code, before having my own computer. I had read a QBasic book and I was writing the code on… paper. My first memorable achievement, which I’m still incredibly proud of, was a Qbasic Code to calculate prime numbers up to 1000.

It was six months before I could visit my aunt again.The code worked fine.

I am very happy to share my story about how LPI has changed my life and helped me in pursuing my goals.

Linux and Open Source: many kernels ago

The first Linux environment that I was involved with was RedHat Linux 7.2 in high school. I loved writing code in C and testing it on Linux. At that time I started learning the Linux commands.

At the university, courses required mostly Microsoft environments and C# language; however, I always kept an eye on Linux.

The path seemed clear: to get my Master of Science, send out CVs, start work. But halfway through my postgrad program, I found out that it wasn’t what I expected. I needed something more practical, something that I could do. I left the university. But I wasn’t quitting the computer field: I was looking for a way to get more involved in something that was not teached in universities, something related to my technical goals, by which I could become a prominent expert.

The Linux Community and me

I immediately started looking for a community of developers and SysAdmins in Iran. I started attending the Tehran LUG meeting and the other events such as the Ubuntu Release Parties.
Then I opened my Twitter account. Twitter had an undeniable impact on allowing me to connect with my technical friends as well as industry experts.

It seemed that It was for a big change. I quit my routine job and went for learning PHP, as I wanted my applications web-based. The problem is: I genuinely hated PHP! It seemed the end of the line. But I was wrong.

I hadn’t realized that having a good knowledge of Linux is a great key for aspiring to System Administrator positions. I heard of LPI for the first time at an Ubuntu Release Party. Meanwhile, a SysAdmin friend told me a small company was developing its private cloud. I wasn’t sure what it was about, but it was something Linux related, and that was enough. ;-)

After two months studying Linux and virtualization, I started the job. Meanwhile, I bought a Raspberry Pi and built up a home server, just to keep me (more) busy. I implemented a Wordpress blog with Apache on that Raspberry Pi with a single core CPU. Just imagine, what would happen with all of the LAMP stack on a single SD Card…

This was the beginning of my learning about web servers, logs, optimization. I implemented an NFS server for home file sharing. I started synching my Phone Contacts with CardDav Server on Raspberry Pi. Thank you, RaspberryPi, for making a junior SysAdmin of me!

The LPI Certification

And then LPI came into play. I wanted to give more consistency to my CV through a worldwide acknowledged certification. That’s why I attended an LPI exam.

I signed up for preparation classes for LPIC-1. The classes were dramatically important to help me navigate through the topics and objectives of the exam.

I started to read the reference books, which contain the majority of exam objectives, and took notes from the most important parts, which I referred to on the next iteration of studying. The most significant insight I got during the studying phase, when I was involved in many important details, was the many gaps in my knowledge. Study made me aware of my weaknesses and lack of knowledge, which I wouldn’t have found out otherwise. The details matter, because they distinguish between a beginner and experienced system administrator. LPIC-1 made me involved in the details, and that is the most significant effect it had on my techie life.

Although the exam was tougher than I expected, I passed and I became an LPIC-1 certified professional.

Me, a DevOps, today

My approach to my career involves continuous learning. I implemented Zabbix monitoring for the company I was working in. The need for agile development and integration made me go in Docker and Jenkins direction. Nginx. SaltStack. And then microservices and Kubernetes.

I applied for LPIC-2 preparation classes, two years ago, in order to apply for more professional work positions. I want to dare: again, and more. It’s time to prove myself going for LPIC-2!

Source: lpi.org

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Open Technology: Linux Professional Institute DevOps Tools Engineer

The Open Technology professional certifications are designed to evaluate the knowledge and skills of open technology tools, such as DevOps tools and BSD Specialist. To keep pace with evolving technologies, open technology track exam objectives are updated on average every three years and certifications are valid for five years before you must recertify or certify at a higher level.

For Open Technology certifications, single exam is awarded with certification, and there are no prerequisites for the exams.

Businesses across the globe are increasingly implementing DevOps practices to optimize daily systems administration and software development tasks. As a result, businesses across industries are hiring IT professionals that can effectively apply DevOps to reduce delivery time and improve quality in the development of new software products.

To meet this growing need for qualified professionals, LPI developed the Linux Professional Institute DevOps Tools Engineer certification which verifies the skills needed to use the tools that enhance collaboration in workflows throughout system administration and software development.

In developing the Linux Professional Institute DevOps Tools Engineer certification, LPI reviewed the DevOps tools landscape and defined a set of essential skills when applying DevOps. As such, the certification exam focuses on the practical skills required to work successfully in a DevOps environment – focusing on the skills needed to use the most prominent DevOps tools. The result is a certification that covers the intersection between development and operations, making it relevant for all IT professionals working in the field of DevOps.

Current Version: 1.0 (Exam code 701-100)

Objectives: 701-100

Prerequisites: There are no prerequisites for this certification.

Requirements: Pass the Linux Professional Institute DevOps Tools Engineer exam. The 90-minute exam consists of 60 multiple choice and fill-in-the-blank questions.

Validity Period: 5 years

Cost: Click here for exam pricing in your country.

Languages: English, Japanese

To receive the Linux Professional Institute DevOps Tools Engineer Certification the candidate must:

◉ Have a working knowledge of DevOps-related domains such as Software Engineering and Architecture, Container and Machine Deployment, Configuration Management and Monitoring.

◉ Have proficiency in prominent free and open source utilities such as Docker, Vagrant, Ansible, Puppet, Git, and Jenkins.

Also Read: LPIC-OT Exam 701: DevOps Tools Engineer

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