#1 Spot for Defeating Online Exams

top-15-devops-certifications-for-devops-engineers
Ad description

“`html

Staying at the forefront of the dynamically changing realm of software development and IT operations necessitates ongoing education and certification. Besides demonstrating your expertise, DevOps certifications provide access to more progressive job prospects. Whether it’s cloud services, automation solutions, or monitoring tools, there’s a certification tailored to meet your needs.

This blog outlines the top 15 DevOps certifications that could elevate your career in 2025.

Contents:

Top 15 DevOps Certifications for DevOps Engineers

These globally recognized certifications are vital for mastering the DevOps lifecycle. Let’s explore them immediately.

1. Google DevOps Certification

The Google Cloud Professional DevOps Engineer certification validates your ability to implement site reliability engineering principles, construct and deploy CI/CD pipelines, and sustain service performance on the Google Cloud Platform (GCP). It concentrates on efficient software delivery and infrastructure management.

Course Information:

  • Cost: $200 (plus relevant taxes)
  • Exam Format: 50–60 multiple-choice and multiple-select questions
  • Duration: 2 hours
  • Delivery: Online or at an examination center
  • Languages: English, Japanese
  • Prerequisites: None
  • Validity: 2 years

Exam Topics:

  • Setting up and managing Google Cloud environments
  • Establishing and deploying CI/CD pipelines
  • Applying Site Reliability Engineering (SRE) principles
  • Implementing monitoring and observability techniques
  • Enhancing performance and troubleshooting

Key Curriculum Highlights:

  • Bootstrapping and maintaining a GCP organization
  • Designing and deploying CI/CD pipelines for apps and infrastructure
  • Applying site reliability engineering methodologies for services
  • Incorporating observability practices
  • Optimizing service performance and trouble resolution

Best Suited For:

  • DevOps engineers utilizing GCP
  • Site reliability engineers
  • Cloud engineers focused on automation and performance

2. Microsoft DevOps Certification

This certification assesses your skills in creating and executing DevOps workflows using Azure DevOps Services and GitHub. It strongly emphasizes the integration of people, processes, and technologies to continuously deliver products and services that satisfy the demands of both the organization and its clientele. It is advisable to pursue this certification after gaining substantial experience in Azure development or administration.

Course Information:

  • Cost: 165 USD (may vary by region)
  • Exam Format: 40-60 multiple-choice and case study questions
  • Exam Code: AZ-400
  • Duration: 150 minutes
  • Delivery: Online monitored exam or a testing center.
  • Languages: English, Japanese, Korean, and Simplified Chinese.
  • Eligibility Requirements: Microsoft Certified: Azure Administrator Associate or Azure Developer Associate.
  • Validity: 2 years.

Exam Topics:

  • Designing and implementing DevOps processes and communication workflows
  • Executing defined source control strategies
  • Developing and implementing build and release pipelines
  • Creating a security and compliance policy document
  • Implementing defined instrumentation strategies

Key Curriculum Highlights:

  • Planning and executing changes in team roles for DevOps adoption
  • Defining and implementing source control and versioning practices
  • Building DevOps with Azure CI/CD pipelines and GitHub Actions
  • Managing secrets, configuration data, and Infrastructure as Code templates using ARM or Bicep

    • “““html

  • Leveraging Azure Monitor, Application Insights, and Log Analytics for tracking and documentation

Best Suited For:

  • Professionals certified in Microsoft Azure DevOps
  • Engineers focusing on infrastructure and automation
  • Developers or administrators on Azure aiming to transition into DevOps positions
  • IT experts shifting towards roles dedicated to cloud-native application delivery

Register for Intellipaat’s Azure DevOps Certification course if you aim to excel in the exam or wish to grasp the principles of DevOps on Microsoft Azure. This program emphasizes essential DevOps tools and frameworks, includes industry-specific projects, and offers placement support to accelerate your career.

3. AWS DevOps Certification

This certification validates your expertise in the provisioning, management, and operation of distributed systems on the AWS platform. The program targets highly qualified DevOps professionals striving to showcase their capability to automate AWS infrastructure and application testing and deployment. Due to its focus on automated deployment, instantiation, scaling, continuous health monitoring, and comprehensive oversight, this serves as a fundamental certification for cloud specialists.

Course Details:

  • Cost: $300
  • Exam Format: 75 multiple-response and multiple-choice questions
  • Duration: 180 minutes
  • Delivery: Online or examination center
  • Languages: English, Simplified Chinese, Japanese, Korean
  • Prerequisites: Recommended – AWS Certified Developer – Associate OR AWS Certified SysOps Administrator – Associate

Exam Syllabus:

  • SDLC Automation
  • Configuration Management and Infrastructure as Code
  • Monitoring and Logging
  • Policy and Standards Automation
  • Incident and Event Response
  • High Availability, Fault Tolerance, and Disaster Recovery

Curriculum Highlights:

  • Establishing and managing continuous delivery systems and methodologies on AWS
  • Implementing security controls, governance functions, and compliance verification
  • Configuring and deploying monitoring, metrics, and logging frameworks on AWS
  • Creating, executing, and maintaining tools for automating operational processes
  • Achieving high availability and scalability by adhering to AWS best practices

Best Suited For:

  • DevOps Engineers working in cloud environments
  • AWS Cloud Engineers and Solution Designers
  • Experts in Infrastructure Automation
  • Those advancing towards expertise in continuous deployment and scalability

Intellipaat’s AWS DevOps Certification program is crafted to elevate your abilities in AWS services and DevOps tools such as CodePipeline, CloudFormation, Elastic Beanstalk, and beyond. You’ll engage in practical projects and case studies, acquiring skills directly relevant to the AWS DevOps Engineer—Professional exam. Whether you’re aiming for certification or enhancing your DevOps capabilities, this course serves as your launchpad to success.

4. Advanced Certification in DevOps and Cloud Computing—IITM Pravartak & Intellipaat

The DevOps and Cloud Computing Advanced Certification, presented by Intellipaat in partnership with IITM Pravartak, is a meticulously structured program aimed at deepening DevOps expertise and comprehension of cloud platforms. The curriculum employs tools such as AWS, Terraform, Jenkins, Docker, Kubernetes, and others in an industry-centric approach to provide students with practical training for automating, deploying, and managing cloud-native applications at scale.

Course Outline:

  • Cost: ₹1,00,035 (including taxes)
  • Exam Format: Assessment through projects and continuous evaluations (No centralized examination)
  • Duration: 7 months (Self-paced online)
  • Delivery: Online instructor-led sessions, recorded video lectures, and self-paced learning.
  • Languages: English
  • Prerequisites: Familiarity with Linux, networking, and programming is advantageous but not mandatory.
  • Awarding Institutions: IITM Pravartak (Technology Innovation Hub of IIT Madras) & Intellipaat

Exam Syllabus:

  • Development of Jenkins CI/CD pipelines integrated with Git.
  • Containerized applications utilizing Docker and Kubernetes orchestration.
  • Provisioning cloud infrastructure using Terraform and Ansible.
  • Application monitoring with Prometheus and Grafana.
  • Management of cloud services through AWS, Azure, and GCP.
  • Capstone projects executed in real-world cloud environments.

Curriculum Highlights:

  • Core concepts of DevOps and Agile methodologies
  • Version control using Git and GitHub
  • Continuous integration and delivery utilizing Jenkins
  • Containerization via Docker
  • Orchestration of containers through Kubernetes
  • Configuration management using Ansible and Puppet
  • Infrastructure as Code development with Terraform
  • Cloud computing on AWS and Azure
  • Utilization of ELK, Prometheus, and Grafana for logging and monitoring
  • Hands-on projects and case analyses
  • Capstone Project overseen by industry mentors

Best Suited For:

  • Software Developers and IT Professionals aspiring to shift to DevOps roles
  • Cloud Engineers aiming to advance automation skills in deployment
  • System Administrators transitioning to DevOps methodologies
  • Newcomers and graduates wishing to explore a career in DevOps & Cloud

5. Docker Certified Associate (DCA)

The Docker Certified Associate (DCA) program targets individuals with 6 to 12 months of practical experience on the Docker platform. This certification allows participants to demonstrate mastery in Docker’s architecture, orchestration, security features, networking, storage, and containerization principles. It is ideally suited for professionals seeking recognition for their expertise in utilizing Docker to deploy and manage containerized applications.

Course Outline:

  • Cost: $195
  • Exam Format: 55 multiple-choice questions
  • Exam Duration: 90 minutes
  • Delivery: Online proctored examination
  • Languages: English
  • Prerequisites:

    • “““html
    : 6 to 12 months of hands-on experience with Docker

  • Validity: 2 years

Exam Syllabus/Curriculum Highlights:

  • Orchestration—Set up Swarm, deploy services, scale applications, and resolve issues
  • Image Creation, Management, and Registry—Crafting Dockerfiles, overseeing images, leveraging DockerHub
  • Installation and Configuration—Installing Docker CE/EE on Unix-based systems and Windows, configuring logs, troubleshooting installation problems
  • Networking—Bridge, DNS, and port mapping
  • Security—Securing the Docker daemon, UCP, DTR, and content trust
  • Storage and Volumes—Overseeing volumes, persistent data storage

Ideal For

  • DevOps Engineers
  • System Administrators
  • Cloud Architects
  • Microservices Software Developers
  • IT professionals aiming to showcase Docker containerization expertise

6. Certified Kubernetes Administrator (CKA)

The objective of the Certified Kubernetes Administrator (CKA) certification from the Cloud Native Computing Foundation (CNCF) is to validate the skill and knowledge of Kubernetes administrators. Your capacity to install, set up, and operate Kubernetes clusters is highlighted, which is vital for developing and scaling container-based applications in production settings.

Course Outline:

  • Cost: $395
  • Exam Format: Performance-driven practical examination (hands-on tasks)
  • Exam Duration: 2 hours
  • Delivery: Online proctored assessment (via PSI platform)
  • Languages: English
  • Prerequisites: Basics of Linux administration, awareness of containers, and fundamentals of networking
  • Validity: 3 years
  • Provided by: CNCF in collaboration with The Linux Foundation

Exam Syllabus:

The CKA assessment centers around practical, real-world activities in key Kubernetes areas:

1) Cluster Architecture, Installation & Configuration (25% of Total Marks):

  • Install and configure the Kubernetes control plane and nodes
  • Provisioning clusters via kubeadm.
  • Set up networking and establish etcd backup and recovery

2) Scheduling & Workloads (15% of Total Marks):

  • Scheduling pods along with deploying applications.
  • Utilization of probes, labels, selectors, and annotations.
  • Management of Jobs and CronJobs.

3) Services & Networking (20% of Total Marks):

  • Applications are exposed through services.
  • Smooth routing via Ingress and CoreDNS configuration.
  • Understanding network policies and troubleshooting capabilities.

4) Storage (10% of Total Marks):

  • Attaching and mounting persistent storage for volumes and storage classes.
  • Knowledge of dynamic provisioning.

5) Troubleshooting (30% of Total Marks):

  • Troubleshooting node failures and application failures.
  • Analysis of logs and events.
  • Diagnosing and resolving cluster issues.

Curriculum Highlights:

  • Thorough examination of Kubernetes architecture and components
  • Deployment and management of kubeadm clusters
  • Configuration of Pods, ReplicaSets, Deployments, and DaemonSets
  • Management of Services, Ingress, DNS, and networking
  • Usage of Secrets and ConfigMaps
  • Ephemeral and persistent storage insights
  • Setting up monitoring and logging configurations
  • Troubleshooting Kubernetes environments
  • Cluster upgrades and high availability setup

Ideal For:

  • DevOps Engineers in containerized ecosystems
  • Cloud Engineers and Kubernetes Administrators
  • Site Reliability Engineers (SREs)
  • System Administrators transitioning to Kubernetes
  • Developers managing Kubernetes workloads

7. Puppet Certified Professional

This certification certifies your expertise in infrastructure management using Puppet automation. It showcases your skill to create manifests and modules, configure systems, and utilize Puppet for scalable, automated provisioning, configuration, and management in diverse environments.

Course Outline:

  • Cost: $200
  • Exam Format: 60 multiple-choice items
  • Exam Duration: 90 minutes
  • Delivery: Online proctored exam through Pearson VUE
  • Languages: English
  • Prerequisites: Basic system administration skills (Linux/Unix), familiarity with Puppet language
  • Validity: 3 years
  • Provided by: Puppet by Perforce

Exam Syllabus:

The assessment evaluates candidates on fundamental Puppet skills and automation capabilities:

1) Puppet Architecture

  • Identify the key components (Puppet Server, Agent, DB)
  • Comprehend the compilation and execution of catalogs and reports.

2) Managing Puppet Code

  • Compose manifests utilizing Puppet DSL
  • Develop and manage modules
  • Leverage Hiera for data organization

3) Resource Implementation

  • Manage resources, classes, and defined types
  • Handle dependencies and order
  • Establish resource relationships

4) Puppet Environments and Deployment

  • Create coded environments
  • Utilize r10k or Code Manager
  • Establish and manage control repositories

5) External Data Sources

  • Configure Hiera data lookup
  • Oversee data across different environments
  • Apply data in modules

6) Troubleshooting and Debugging

  • Examine logs and reports
  • Resolve mistakes in manifests and modules
  • Utilize Puppet CLI tools

Curriculum Highlights:

  • Puppet architecture and client-server interaction
  • Creating and organizing Puppet manifests
  • Building reusable modules and utilizing Puppet Forge
  • Defining classes, parameters, and logical structures
  • Implementing Hiera for data abstraction
  • Establishing and managing Puppet environments
  • Automating system administrative responsibilities
  • Integrating Puppet with Git and CI/CD frameworks
  • Debugging and overseeing Puppet-managed infrastructure

Ideal For:

“““html

  • Extensive infrastructure-managing DevOps Engineers
  • System Administrators and IT Infrastructure specialists
  • Automation Engineers and Site Reliability Technicians
  • Cloud Engineers overseeing multi-platform settings
  • IT specialists aiming to streamline IT provisioning and configuration

8. Red Hat Certified Specialist in Ansible Automation

Achieving the Red Hat Certified Specialist Certification in Ansible Automation allows you to showcase your capability to automate setup, deployment, orchestration, and various procedures across IT systems, including multi-tiered, cross-domain organizational functions. This certification verifies your expertise in crafting playbooks, executing advanced tasks like inventory management, and automating system operations to facilitate smoother DevOps collaboration.

Course Outline:

  • Cost: $400 (may vary based on location and delivery mode)
  • Exam Format: Performance-based (hands-on lab assessment)
  • Exam Code: EX407
  • Exam Duration: 4 hours
  • Delivery: Remote or from a Red Hat testing center
  • Languages: English
  • Prerequisites: Red Hat Certified System Administrator (RHCSA) is recommended
  • Validity: 3 years
  • Provided by: Red Hat

Exam Syllabus:

The hands-on skill assessment (EX407) measures the ability to utilize Ansible automation across various scenarios:

1) Ansible Installation and Setup

  • Install and configure Ansible along with all necessary dependencies
  • Establish and manage Ansible’s inventory base, including powering its ad hoc command modules

2) Managing and Executing Ansible Playbooks

  • Create simple playbooks that incorporate variables, handlers, loops, and conditionals
  • Utilize modules to manage services, packages, and files
  • Organize playbooks for enhanced reusability

3) Handling Variables and Facts

  • Declare and employ facts and variables
  • Manage host and group variables

4) Ansible Roles and Reuse

  • Define and utilize Ansible roles
  • Leverage Ansible Galaxy to manage roles

5) Utilizing Ansible Vault

  • Secure sensitive data using Ansible Vault
  • Encrypt and decrypt data during playbook execution

6) Automating Routine Administrative Tasks

  • Manage users, groups, files, and services
  • Install updates and configure security policies

7) Debugging and Troubleshooting Playbooks

  • Employ verbosity levels and log analysis
  • Correct common syntax and logic issues

Ideal For:

  • DevOps Engineers and IT Automation Professionals
  • Linux System Administrators and Infrastructure Specialists
  • Individuals aiming to automate tedious manual processes
  • Certified RHCSA and RHCE professionals transitioning to automation
  • Teams managing hybrid cloud and on-premises infrastructures

9. HashiCorp Certified: Terraform Associate

The Terraform Associate certification is designed for DevOps and cloud engineers who utilize Terraform to automate infrastructure provisioning in live environments. This certification affirms knowledge of fundamental concepts such as Terraform as an Infrastructure as Code (IaC) tool, state management, modular design, and cloud resource allocation.

Course Details:

  • Cost: $70
  • Exam Format: Multiple-choice and multiple-selection questions
  • Exam Duration: 4 hours
  • Delivery: Online, with remote proctoring via PSI
  • Languages: English
  • Prerequisites: Understanding of basic cloud service concepts (AWS/Azure/GCP) and some prior practical experience with Terraform CLI
  • Validity: 2 years
  • Provided by: HashiCorp

Exam Syllabus:

The Terraform Associate examination assesses knowledge across the following domains:

1) Understand Infrastructure as Code (IaC) Concepts

  • Advantages of Implementing IaC
  • Declarative vs Imperative methodologies for IaC

2) Understand the Purpose of Terraform (Vs Other IaC Tools)

  • Different Use Cases for Terraform
  • Comparison with other tools – Ansible, CloudFormation

3) Understand Terraform Fundamentals

  • Utilizing Terraform CLI
  • Configuration language and syntax
  • Understanding the Terraform state file and its locking mechanism

4) Deploying Infrastructure Using Terraform

  • Creation and application of configuration files
  • Management of variables, outputs, and modules

5) Interaction with Terraform Cloud and Other Services

  • Remote state storage
  • Workspaces and version control integration

6) Implement and Manage State

  • Backends and remote state management
  • State locking and consistency

7) Read, Generate, and Modify Configuration

  • HCL syntax
  • Usage of built-in functions
  • Dynamic blocks and conditional expressions

8) Understand Terraform Modules

  • Module creation and reusability
  • Registry usage

Curriculum Highlights:

  • Terraform workflow and architecture
  • Writing and modularizing Terraform configuration files
  • Utilization of outputs, variables, and resource dependencies
  • Configuring and managing remote backends
  • Terraform Cloud features: workspaces, runs, variables
  • Working with multi-cloud deployments using Terraform
  • Practical infrastructure provisioning scenarios
  • Debugging practices and coding best practices for sustainable IaC

Ideal For:

  • DevOps and Site Reliability Engineers
  • IaC pipeline operators working as cloud engineers
  • Infrastructure Architects
  • System Administrators transitioning into IaC roles
  • Teams employing automated provisioning across various cloud providers

10. GitHub Certifications—Git and GitHub for DevOps

GitHub offers prestigious certifications and professional learning pathways for developers and DevOps engineers aiming to become adept in utilizing Git and GitHub for source control, collaboration, and continuous integration/continuous deployment (CI/CD) processes.

“““html

Although there are no formal certifying organizations for Git, training is offered by GitHub and other related platforms, such as Intellipaat, which furnish foundational knowledge organized within the arena of esteemed DevOps certifications.

Course Details:

  • Fees: Intellipaat Git Certification (included in DevOps training): – ₹59,000 approximately
  • Exam Structure: Varies by provider (generally includes quizzes, projects, and labs)
  • Exam Length: 1–3 months (self-directed)
  • Format: 100% Online
  • Languages Offered: English
  • Prerequisites: None, however, familiarity with basic programming and DevOps is advantageous
  • Validity Period: Lifetime (no expiration)
  • Provided By: Intellipaat

Exam Syllabus:

As most providers deliver various Git and GitHub certifications, a standard curriculum generally encompasses the following:

1) Fundamental Concepts of Git

  • Git architecture: repositories, staging, commits, and collaboration
  • Remote versus local repositories:
  • Cloning, Branching, Merging

2) Advanced Git Operations

  • Conflict resolution, rebase, cherry-pick,
  • Git hooks and submodules
  • Commit and history management

3) Key Aspects of GitHub

  • Repository Management
  • Pull requests, issues, and Projects
  • Branch protection policies.

4) Utilizing GitHub for DevOps

  • Implementing GitHub Actions in CI/CD
  • Automated workflows and management of secrets
  • Integration with Docker, Kubernetes, Jenkins

5) Opportunities for Collaboration

  • Forking, code evaluations
  • Contributions to open-source initiatives
  • Project management using GitHub Packages

Curriculum Highlights:

  • Practical experience with version control using Git
  • Team collaboration through pull requests and GitHub issues
  • Effective commit messages and management of commit history
  • Implementing CI/CD using GitHub Actions
  • Security measures on GitHub: access, GPG keys, and secrets
  • Feature branches, hotfixes, and release cycles in practical workflows
  • Automating application deployments and tasks from GitHub

Ideal Participants:

  • DevOps and Release Engineers
  • Backend and Frontend Developers
  • QA Engineers and SREs utilizing GitHub in CI/CD implementations
  • Open-source contributors and technical leads managing collaborative repositories
  • Individuals transitioning into DevOps roles

11. Certified Jenkins Engineer (CJE)

The Certified Jenkins Engineer (CJE) credential illustrates your expertise in constructing, deploying, and automating applications utilizing Jenkins. Given that Jenkins is among the most prevalent CI/CD tools within DevOps workflows, it stands as a significant benchmark for professionals aiming to validate their skills in this domain.

Course Details:

  • Cost: $150
  • Exam Format: 60 multiple-choice questions
  • Exam Length: 90 minutes
  • Delivery Method: Online, proctored by PSI (open-book)
  • Languages Offered: English
  • Prerequisites: Practical experience with Jenkins and CI/CD processes
  • Validity Period: 2 years
  • Provided By: Continuous Delivery Foundation (CDF)

Exam Syllabus:

The CJE examination assesses practical abilities in the following domains:

1) Basics of Jenkins

  • Jenkins architecture (master-agent)
  • Jenkins installation and configuration
  • Setting up authentication, authorization, and security

2) Pipeline Concepts

  • Defining declarative and scripted pipelines
  • Pipeline stages and steps, parallel execution of steps
  • Shared libraries, pipeline-as-code

3) Source Code Management

  • Integrations with Git, GitHub, GitLab, Bitbucket
  • Triggering builds based on SCM changes

4) Build Tools & Integration

  • Using Maven, Gradle, and Ant within Jenkins
  • Integrations with Artifactory and Nexus

5) Automated Testing & Reporting

  • Unit, functional, and integration testing
  • Report generation using JUnit, TestNG, and code coverage tools

6) Automation of Deployment

  • AWS integrations with Kubernetes and Docker
  • Blue Ocean UI for visualizing pipelines

7) Performance Monitoring & Maintenance

  • Backing up and restoring Jenkins data
  • Overseeing system performance and managing plug-ins

Curriculum Highlights:

  • Jenkins setup and configuration across diverse environments
  • Integrating Jenkins with Git, Docker, and Maven.
  • Establishing CI/CD pipelines based on Groovy’s declarative syntax.
  • Role-based access control security setup
  • Management of Jenkins plugins and backup configuration
  • Test execution, build tracking, and rapid feedback integration.
  • Configuring distributed builds and build agents

Optimal For:

  • QA Automation Test Engineers
  • Jenkins Cluster Administrators
  • Build and Release Managers
  • CI/CD Architects and DevOps Engineers
  • SDET

12. Prometheus Certified Associate (PCA)

The PCA certification from the Linux Foundation evaluates fundamental competencies in monitoring and observability using Prometheus. This certification showcases your ability to utilize Prometheus for metrics collection, querying, alerting, and its application in cloud-native DevOps environments.

Course Details:

  • Fees: $250
  • Exam Structure: 60 multiple-choice, multiple-select, and true/false questions
  • Exam Length: 90 minutes
  • Delivery: Online, proctored
  • Languages Offered: English
  • Prerequisites: Basic understanding of Linux and cloud-native settings
  • Validity Period: 3 years
  • Provided By: The Linux Foundation

Exam Syllabus:

The PCA examination assesses proficiency across the following five areas:

“““html
1) Data Structure

  • Categories of Prometheus metrics: counter, gauge, histogram, and summary
  • Tags, principles of time series, and labels

2) Querying Prometheus

  • Fundamentals and advanced querying: PromQL
  • Revisiting queries: aggregation operators and functions
  • Recording rules

3) Prometheus Server Settings

  • Configuration files and scrape configurations
  • Relabeling along with static, file-based, Kubernetes service discovery

4) Targets & Jobs Oversight

  • Configuration and management of scrape targets
  • Monitoring exporter endpoints

5) Notifications and Visualization

  • Establish alert guidelines for Alertmanager
  • Routing, grouping, and inhibition
  • Integration with Grafana

Curriculum Highlights:

  • Data structure and architecture of Prometheus.
  • Setting up and operating the Prometheus server
  • Metrics querying utilizing PromQL
  • Developing and managing alerting guidelines
  • Integrating Alertmanager into Prometheus.
  • Exporter setup incorporating node and black box exporters
  • Visualizing metrics through Grafana
  • Overseeing Kubernetes clusters with Prometheus
  • Writing and implementing recording rules for efficiency

Ideal For:

  • Site Reliability Engineers (SREs) and DevOps practitioners
  • Infrastructure Engineers engaged in observability pipelines
  • Cloud Engineers concentrating on performance optimization
  • Professionals establishing and supervising Kubernetes environments
  • Individuals developing, personalizing, and deploying open-source monitoring solutions

13. Elastic Certified Observability Engineer – ELK Stack

Elastic, Inc. certifies you as an Elastic Certified Observability Engineer. With the Elastic (Elasticsearch, Logstash, Kibana, and Beats) Stack, you are accredited to devise, execute, and manage observability solutions. This revolves around employing Elastic solutions to collect, process, and visualize application traces, logs, and metrics in real-time, thus proving vital to DevOps professionals operating within large-scale, distributed architectures.

Course Information:

  • Cost: $390
  • Exam Format: Performance-based, practical tasks in a genuine Elastic Stack environment
  • Duration: 90 minutes
  • Delivery: Online, proctored
  • Languages: English
  • Prerequisites: Proficiency with the Elastic Stack and a fundamental understanding of observability principles
  • Validity: 2 years
  • Provided by: Elastic

Exam Curriculum:

The certification assessment emphasizes practical capabilities like

1) Log Management

  • Collecting and processing logs utilizing Filebeat and Logstash
  • Indexing and searching logs in Elasticsearch
  • Creating dashboards in Kibana

2) Metrics Collection & Monitoring

  • Capturing system metrics with Metricbeat
  • Evaluating infrastructure and application performance

3) APM (Application Performance Monitoring)

  • Deploying Elastic APM agents for distributed tracing
  • Visualizing service dependencies and latency bottlenecks

4) Data Visualization

  • Constructing dashboards using Kibana Lens and Canvas
  • Setting up alerts and anomaly detection

5) Security and Scaling

  • Role-based access control within the Elastic Stack
  • Managing data lifecycle and scaling clusters

Curriculum Highlights:

  • Installation and configuration of the ELK Stack: Elasticsearch, Logstash, Kibana, and Beats
  • Data ingestion from multiple sources, including logs, metrics, and traces
  • Data retrieval, indexing, and filtering within Elasticsearch
  • Creation of visual dashboards in Kibana
  • Real-time alerts, anomaly detection, and intelligent alerts
  • Managing policies for index lifecycle and data retention
  • Configuring Elastic APM for observability
  • Scaling, optimizing, and performance tuning Elastic deployments

Ideal For:

  • DevOps Engineers executing comprehensive observability integrations
  • Site Reliability Engineers (SREs) overseeing distributed architectures
  • Infrastructure Monitoring Engineers
  • Security Analysts and System Administrators
  • Software developers embedding observability into CI/CD integrations

14. Certified DevOps Leader (DOL) by DevOps Institute

The DevOps Institute’s DevOps Leader (DOL) certification is designed to equip professionals with the competencies required to foster digital transformation through DevOps practices. It emphasizes cultural transformation, leadership models, and business-centric thinking for effective DevOps execution within an organization.

Course Information:

  • Cost: $2,495 (subject to modifications based on training provider)
  • Exam Type: Multiple choice
  • Duration: 60 minutes (exam), 2-day training course (optional)
  • Delivery: Proctored online exam/instructor-led training
  • Languages: English
  • Prerequisites: No formal prerequisites; familiarity with DevOps and leadership experience is recommended
  • Validity: Lifetime
  • Provided by: DevOps Institute

Exam Curriculum

1) DevOps Foundation Principles

  • Value stream-oriented thought processes
  • Alignment between business and IT

2) Cultural Transformation

  • Management of change
  • Encouraging Psychological Safety and Collaboration

3) DevOps Leadership

  • Leading high-achieving teams
  • Servant leadership principles

4) Measuring Success

  • Key performance indicators (KPIs)
  • Feedback loops and ongoing enhancement

5) Modern IT and Business Models

  • Realizing value
  • Scaling digital transformation

6) Toolchain and Automation Strategy

  • Strategically selecting tools
  • Encouraging change and innovation through automation

Curriculum Highlights

  • Tackling the leadership challenge
    “““html
    • Transformation in DevOps
    • Implementation of cultural and leadership frameworks
    • Developing and enhancing business worth
    • Case studies in DevOps leadership
    • Formulating DevOps strategies for organizational influence

    Suitable For:

    • DevOps Managers and Team Supervisors
    • Agents of change and facilitators of transformation
    • Product Managers, Scrum Masters, and Project Leads
    • Experienced IT Professionals transitioning into leadership
    • Business participants in digital transformation initiatives

    15. Certified DevSecOps Engineer (E|CDE) by EC-Council

    The EC-Council Certified DevSecOps Engineer (E|CDE) credential is designed to authenticate one’s capacity to embed security measures within DevOps methodologies. Its primary objective is to ensure that security is a fundamental element in every process throughout the DevOps lifecycle and that it is a collective responsibility from the outset.

    Course Information:

    • Fee: $450
    • Test Format: Multiple choice
    • Duration: 4 hours
    • Mode: Online proctored or at authorized examination centers
    • Available Languages: English
    • Requirements: Basic understanding of application security concepts
    • Certification Duration: 3 years
    • Offered By: EC-Council

    Exam Outline:

    1) DevOps Culture and Practices

    • Grasping DevOps principles
    • Collaboration between development and operations teams

    2) Overview of DevSecOps

    • Integrating security into DevOps
    • Benefits and obstacles of DevSecOps

    3) DevSecOps Pipeline Stages

    • Planning Stage: Identifying security vulnerabilities and risks
    • Coding Stage: Best practices for secure coding
    • Building and Testing Stage: Static and dynamic security analysis
    • Release and Deployment Stage: Management of configuration and container security
    • Operational and Monitoring Stage: Maintenance, oversight, and assistance.

    4) Automation in Security

    • Practical application of automated security assessments
    • Continuous compliance and auditing

    5) Security in Cloud and Containers

    • Securing cloud-native applications
    • Security aspects of container orchestration

    Curriculum Highlights:

    • Comprehensive focus on integrating security into every phase of DevOps
    • Hands-on workshops and real-life scenario simulations
    • Emphasis on tools and techniques for automated security
    • Strategies for governance and compliance

    Suitable For:

    • DevOps Engineers aiming to enhance security in their workflows
    • Security experts working within DevOps contexts
    • IT professionals eager to learn and implement DevSecOps methodologies

    Conclusion

    The evolution of DevOps certification has transformed it from mere decoration on a resume to a significant career booster within the intricate modern technical landscape. You may be interested in securing the Google DevOps certification, refining your skills with Azure DevOps, or enhancing your cloud expertise through the AWS DevOps certification. There’s a suitable path for every professional. A quality course will equip you with the necessary tools to automate, deploy, and innovate at scale, while simultaneously validating your expertise. Invest in yourself, acquire the relevant certification, and secure a position as a distinguished DevOps engineer.

    The post Top 15 DevOps Certifications for DevOps Engineers appeared first on Intellipaat Blog.

    “`

Staff SEO Expert

Leave a Reply

Your email address will not be published. Required fields are marked *

Share This