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Tomorrow's tech leaders are mastering DevOps today with
Frontines EduTech
Future-Ready Skills

Stay ahead in the ever-evolving tech world.
Agile Mindset

Embrace flexibility and iterative progress.
Cost-Effective Solutions

Implement solutions that balance effectiveness and affordability.
Market Demand

High demand for DevOps-savvy professionals.

Why FLM

FLM Exclusive Benefits

Dedicated Q/A sessions & Email Support

Maximize your learning experience with interactive Frontlines Edutech's DevOps dedicated Q&A sessions, and access recorded Q&A sessions to reinforce your understanding. Our tailored approach ensures a comprehensive grasp of DevOps concepts for real-world application.

100+ Hours of Live Training with Recordings

Access more than 100 hours of Frontlines Edutech's DevOps live training sessions and watch recordings at your own pace. It's the ultimate learning experience designed to fit your busy life, ensuring you have the flexibility to master DevOps concepts at your convenience.

7 Projects (Industry-oriented case studies)

Our DevOps training in Telugu goes beyond theory, offering real-world examples and hands-on practice to prepare you thoroughly for practical challenges. At Frontlines Edutech, we prioritize practical, hands-on learning to ensure you're well-equipped to tackle real-world DevOps scenarios confidently.

Real World Examples with Solid Practical's

Explore the impact of DevOps through our project, revealing the harmonious integration of development and operations. This hands-on experience is not just a project but a valuable addition to your portfolio, showcasing your ability to implement effective DevOps practices.

10 AddOn Sessions for limitless growth.

At Frontlines Edutech, we don't just stop at DevOps training; we go the extra mile by offering five additional addon sessions to boost your confidence and help you master the art of interview success. Your dream job in the world of DevOps is within reach, and we're here to support your journey.

Course Completion Certificate (ISO)

Celebrate your accomplishment with a course completion ISO certificate from FLM, showcasing your dedication and expertise.

Our Students Placed in

50+ more and counting…

Our students have found their niche in the world of Indian MNCs, and they’re loving it…

1000's of success stories & still counting...

Why DevOps Training?

Why Learn This Course?
Where DevOps is used?
DevOps Trends

Learning DevOps is like unlocking a universal key that fits seamlessly into various industries.

In IT and software development, it turbocharges the pace of software delivery, fostering collaboration. In finance, it acts as a robust shield against risks, ensuring compliance and secure operations.

In healthcare, it becomes a guardian of patient data, adapting swiftly to industry shifts.

For e-commerce, it introduces agility to development, elevating the customer experience.

In telecommunications, DevOps is the strategic tool for efficiently managing and scaling infrastructure.

This skill set, gained without jargon, empowers professionals to excel in a spectrum of industries, making them adept problem-solvers and catalysts for positive change.

IT and Software Development:

Example: DevOps streamlines code integration, reducing release cycles. GitHub and Stack Overflow offer insights into DevOps best practices in software development.

Finance and Banking:

Example: DevOps ensures secure, compliant financial systems. Deloitte's financial technology reports and insights from Financial Times detail DevOps adoption in the finance sector.

Healthcare:

Example: DevOps adapts swiftly to healthcare trends, securing patient data. Healthcare IT News and Deloitte's healthcare technology reports explore DevOps in healthcare IT.

E-commerce:

Example: DevOps powers agile e-commerce development for rapid adaptation. Forbes Retail and eMarketer provide industry insights into DevOps in e-commerce.

Telecommunications:

Example: DevOps ensures efficient telecom infrastructure management. Telecompaper and Telecommunications Industry Association (TIA) share insights into DevOps in the telecommunications sector.

Manufacturing and Supply Chain:

Example: DevOps optimizes manufacturing processes for efficiency. IndustryWeek and McKinsey offer reports on DevOps in manufacturing and supply chain.

Energy and Utilities:

Example: DevOps ensures the reliability of energy services. International Energy Agency (IEA) and Energy Information Administration (EIA) provide insights into DevOps in the energy sector.

Government and Public Sector:

Example: DevOps modernizes government IT systems for improved service delivery. GovTech and CIO.gov share insights into DevOps in the public sector.

Education Technology (EdTech):

Example: DevOps enhances EdTech platforms for efficient content delivery. EdSurge and eLearning Industry explore the role of DevOps in educational technology.

Automotive:

Example: DevOps ensures secure and reliable automotive software updates. McKinsey's automotive insights and Automotive News provide perspectives on DevOps in the automotive industry.

Increased Opportunities:

DevOps creates a surge in job opportunities as organizations prioritize skilled professionals.

Rise of DevOps Engineer Role:

The DevOps Engineer role gains prominence, requiring expertise in automation, CI/CD, and infrastructure as code.

DevSecOps Emphasis:

Job listings prioritize DevSecOps skills, reflecting the growing importance of integrating security measures.

Cloud and Containerization Skills:

Proficiency in cloud platforms and containerization tools remains high in demand.

Multi-Cloud Expertise:

Job descriptions seek professionals with multi-cloud and hybrid cloud expertise.

AI-Driven Automation:

AI enhances automation, allowing teams to focus on strategic aspects of software development.

Predictive Analytics:

AI enables predictive analytics, foreseeing potential issues and aiding in proactive problem-solving.

Automated Code Analysis:

AI-driven tools perform automated code analysis, improving code quality and detecting vulnerabilities.

Intelligent Incident Management:

AI offers intelligent insights into incident causes, speeding up incident response.

Chatbots for Collaboration:

AI-powered chatbots facilitate seamless collaboration and efficient communication within DevOps teams.

Hands On projects

It's not over yet. The thrill continues - complete the 5th project and get ready for the grand reveal of our 6th and 7th projects! 🎉 #DevOpsProjectThrill

Simple and Transparent Pricing

EMI Available:  All Major Debit & Credit Cards are Eligible, you can pay in 6 months or 12 months.

₹35000 10,999/-
100+ Hours Live
7 Projects
Solid Training
10 AddOn Sessions
No Hidden Charges
Teaching in Telugu
Live Recordings
EMI Available

10 AddOn Sessions

  • LinkedIn session

    Get ahead in your career journey - attend our LinkedIn career growth session designed to empower students.

  • Tech Session

    Explore the cutting-edge world of technology at our exclusive tech session on System Design / DSA Roadmap / Block Chain / Networking.

  • Resume Building Session

    Explore the key elements of resume building and get noticed by recruiters at our informative session.

  • Freelancing

    Discover the art of Freelancing / MAANG in our session, where we share strategies for thriving in the gig economy.

Tools & Technologies Covered

Before FLM, DevOps Tools UnEXplored
After FLM, DevOps Tools Explored

Frontlines EduTech (FLM) DevOps Syllabus

  1. Linux Introduction
  2. Flavours of Linux
  3. Linux History
  4. Linux Advantages
  5. System Information
  6. Hardware Information
  7. File Commands
  8. VIM Editor
  9. Users & Groups
  10. File Permissions
  11. Networking
  12. Compression/Archieve
  13. Disk usage
  14. Package Installation
  15. Scripting
  16. SED Filters
  17. GREP Filters
  18. Some additional commands
  19. Assignment
  1. Elastic compute cloud (ec2)
  2. Virtual private cloud (vpc)
  3. Simple storage service (s3)
  4. Elastic block storage (ebs)
  5. Identity and access management (iam)
  6. Relational database service (rds)
  7. Elastic load balancer (elb)
  8. Auto scaling group (asg)
  9. Simple notification service (sns)
  10. Code build
  11. Code commit
  12. Code deploy
  13. Aws code pipeline
  1. What is vcs
  2. Vcs history
  3. Sccm
  1. Revision control system
  2. Subversion
  3. Concurrent versions system
  4. Why git
  5. Git stages
  6. Working directory
  7. Staging area
  8. Repository (local, central, remote)
  9. Git installation
  10. Git lifecycle
  11. Git logs
  12. Git push
  13. Git pull
  14. Git cloning
  15. Git branch
  16. Git merge
  17. Git stash
  18. Git tags
  19. Git cherry pick
  20. Git revert
  21. Git merge
  22. Merge conflicts
  23. Commit a file using git
  24. Configuration of user
  25. Ignoring content
  26. Branching strategies
  1. Git repos (private & public)
  2. Integrating repos
  3. Forking
  4. Github fileadd
  5. Tokens
  6. Compare & pull request
  7. Renaming repos
  8. Danger zone options
  9. Making public repo as private
  10. Ownership transfer
  11. Archiving repos
  12. Deleting repos
  13. Accessing the private repos
  14. Advantages & disadvantages
  15. Difference between git and other tools
  16. Interview Questions
  1. Bit bucket repos (private & public)
  2. Bit bucket projects
  3. Tokens
  4. Push
  5. Pull
  6. Cloning
  7. Branch
  8. Merge
  1. Introduction
  2. Maven objectives
  3. Project information
  4. Features
  5. Download requirments
  6. Plugins
  7. Maven goals
  8. What maven does
  9. What is build tool?
  10. Pom.xml file
  11. Requirements for build
  12. Maven architecture
  13. Maven build life cycle
  14. Maven directory structure
  15. Generating jar file
  16. Problems without maven
  17. Maven vs ant
  18. Interview questions
  1. Introduction
  2. Workflow
  3. Continuous integration
  4. Continuous delivery
  5. Continuous deployment
  6. Jenkins setup
  7. Jenkins setup requirments
  8. Java installation
  9. Git integration
  10. Maven integration
  11. Jobs types in jenkins
  12. Free style job
  13. Pipeline
  14. Maven job, task
  1. Parameter building
  2. Choice parameter
  3. File parameter
  4. String parameter
  5. Multi-string parameter
  6. Credentials parameter
  7. Branch building
  8. Schedule project
  9. Cron jobs
  10. Poll SCM
  11. Webhooks
  12. Linked projects
  13. Up stream
  14. Down stream
  15. Build pipeline view
  16. Master – slave architecture
  17. Master – slave setup
  18. Environment variables
  19. Local variable
  20. Global variable.
  21. Disabling jobs
  22. Renaming jobs
  23. Build pipeline view
  24. Shell execute
  25. Build triggers
  26. Authentication for build trigger
  27. Pipelines
  28. Scripted pipelines
  29. Declarative pipelines
  30. Pipeline stages
  31. Pipeline syntax
  32. Hello world pipeline
  33. Staged pipeline
  34. Multi-staged pipeline
  35. Pipeline as a code
  36. Multiple commands on pipeline
  37. Paac variables
  38. Paac parameters
  39. Paac input parameter
  40. Paac postbuild
  41. Paac input
  42. Pipeline through build pipeline
  43. Pipelien post-build
  44. Plugin management
  45. Console output
  46. List view
  47. Custom view
  48. Build history
  49. Cron syntax generator
  50. Editing build info
  51. Agent setup
  52. User management
  53. Adding users
  54. Assigning roles
  55. Managing roles
  56. Blue ocean introduction
  57. Advantages
  58. Jenkins alternatives
  59. Interview question
  1. Microservices Introduction
  2. Difference between monlithic &
    microservices
  3. Micro services advantages
  4. Micro services limitations
  5. Virtualization Intro
  6. Docker vs VMS vs Servers
  7. Before docker vs After docker
  8. Docker Introduction
  9. Understanding docker
  10. Docker architecture
  11. Docker client
  12. Docker server
  13. Docker daemon
  14. Docker objects
  15. Docker basic commands
  16. Stop vs kill
  17. Run vs CMD vs Entrypoint
  18. Add vs Copy
  19. Run vs Pull
  20. Docker exec
  21. Container limits
  22. Docker images
  23. Docker containers
  24. Docker volumes
  25. Working with containers
  26. Build image from container
  27. Creating custom images
  28. Ways of container creation
  29. Docker file
  30. Docker file components
  31. Docker file creation
  32. Docker volumes
  33. Uses of volumes
  34. Creating volumes
  35. Creating volumes by using commands
  36. Volumes (container - container)
  37. Volumes (host - container)
  38. Creating volume from file
  39. Creating volume from Commands
  40. Volume Mounting
  41. Volume Modifiying
  42. Docker port mapping
  43. Docker multistage build
  44. Creating jenkins by docker
  45. Docker Registry Types
  46. Cloud Based Registry vs Local registry
  47. Docker Login
  48. Docker hub account creation
  49. Image Pushing to Registry
  50. Docker swarm
  51. Docker swarm architecture
  52. Docker swarm components
  53. Docker swarm manager
  54. Docker swarm worker
  55. Docker swarm service
  56. Docker Portainer
  57. Docker compose
  58. Docker compose advantages
  59. Docker compose installation
  60. Docker compose file
  61. Docker compose file in json
  62. Docker compose file in yaml
  63. Docker compose single service
  64. Docker compose Multiple services
  65. Docker compose file commands
  66. Docker compose scale
  67. Docker stack
  68. Portainer introduction
  69. Portainer use cases
  70. Portainer setup
  71. Working with portainer
  72. Memory management
  73. ECS taks & Services
  74. Load balnacers
  75. Hosting an application
  76. Docker Network
  77. Why to use docker networks
  78. Types of networks
  79. Interview questions
  1. History
  2. Container orchestration
  3. Kubernetes introduction
  4. Architecture
  5. Master components
  6. Node components
  7. Working with k8s
  1. Role of master
  2. Components of control plane
  3. Kube-API server
  4. ETDC
  5. Features
  6. Kube-scheduler
  7. Control manager
  8. Node components
  9. Kubelet
  10. Container engine
  11. Kube-proxy
  12. Pod
  13. Pod limitations
  14. Pod multi container pod
  15. Minikube intro
  16. Single node cluster
  17. Replicaset
  18. Drawback of replica set
  19. Daemonset
  20. Drawback of daemon set
  21. Deployments
  22. Labels & selectors
  23. Rolling updates
  24. Scaling pods
  25. Types of scaling
  26. Deployment scaling
  27. Pausing & unpausing rolling deployment
  28. Proportinal scaling
  29. HPA
  30. Kops
  31. Kops adatnages
  32. Kops installation
  33. Kubectl installation
  34. Cluster creation using kops
  35. Cluster scaling
  36. Service in kubernets
  37. Types of services
  38. Cluster ip
  39. Node port
  40. Load balancer
  41. Ingress
  42. Nodeport vs clusterip vs LB
  43. kubernetes Volumes
  44. Empty DIR
  45. Hostport
  46. Persistent Volume
  47. Persistent Volume claim
  48. What is probes
  49. Use cases of probes
  50. Readiness Probe
  51. Liveness Probe
  52. Startup Probe
  53. Readiness vs Liveness vs Startup
  54. Config Maps
  55. Secrets
  56. Config maps
  57. Secrets
  58. What is RBAC
  59. Namespaces
  60. Resource quotas
  61. Helm 
  62. Statefull application
  63. Stateless application
  64. Statefull va statless application
  65. Working with stateful applications
  66. Working with stateless applications
  67. Prometheus & Grafana
  68. Interview questions
  1. What is Datadog
  2. How to setup datadog
  3. How to monitor app servers
  4. Monitor Jenkins Pipelines
  5. Monitor Containers
  6.  Export logs to datadog
  1. Ansible Introduction
  2. Ansible usecases
  3. Ansible History
  4. Ansible Architecture
  5. Ansible inventory host pattern
  6. Ansible Execution types
  7. Ad-hoc commands
  8. Working with adhoc
  9. Ansible modules introduction
  10. Working with ansible modules
  11. Ansible playbooks
  12. Yaml Introduction
  13. Yaml Indentation
  14. Commenting Sections
  15. Ansible variables
  16. Ansible handlers
  17. Ansible loops
  18. Ansible conditions
  19. Ansible vault
  20. Ansible roles
  21. Ansible tags
  22. Ansible dry run
  23. Ansible pip
  24. Ansible userinfo
  25. Ansible setup modules
  26. Ansible debug module
  27. Ansible raw module
  28. Ansible command module
  29. Ansible copy module
  30. Ansible Shell
  31. Creating local resources
  32. Static website using playbook
  33. Advantages & Disadvantages
  34. Ansible vs Chef vs Puppet vs Salt stack
  35. Interview questions
  1. Introduction
  2. History
  3. Advantages & dis advantages
  4. Terraform setup & installation
  5. Terrafrom init
  6. Terraform plan
  7. Terraform apply
  8. Terraform destroy
  9. Creating a main.tf
  10. Role based authentication
  11. S3 backend setup
  12. Terraform variables
  13. String
  14. Number
  15. Boolean
  16. List
  17. Terraform loops
  18. Terraform workspaces
  19. Terraform locals
  20. Terraform outputs
  21. Creating VPC
  22. Creating EC2
  23. Creating s3 bucket
  24. Creating security groups
  25. Creating subnets
  26. Creating EBS
  27. Creating EFS
  28. Terraform multiple tfvar files
  29. Terraform CLI
  30. Dynamic block
  1. Nexus
  2. Sonqrqube
  1. Git integrated with jenkins
  2. Maven integrated with jenkins
  3. Ansible integrated with jenkins
  4. Docker integrated with jenkins
  5. Terraform integrated with jenkins
  6. S3 integrated with jenkins
  7. Nexus integrated with jenkins
  8. Sonar integration with jenkins
  9. Slack integration with jenkins
  10. Splunk integration with jenkins
  1. Automation Deployment
  2. Microservices Project
  3. Monolithic Project
  4. CI/CD Using Ansible
  5. CI/CD using AWS Code Pipeline
  6. Deploy 3 tier apllication using docker compose

FLM's DevOps Training Testimonials

We're " FLM " proud to be the trusted brand for millions in both Andhra Pradesh & Telangana Telugu States!

Two states, one trust – we’ve got you covered.

FAQ's - FLM's DevOps Training Telugu

Frontlines Edutech's DevOps course in Telugu is your pathway to a job-ready skill set. We simplify learning, providing you with industry-relevant expertise that opens doors to exciting career opportunities.

Absolutely not. We aim to train you from pure basics to advance, and only your valuable time and practice are required after our classes.

Yes, we provide day-to-day recordings and notes, and it takes a minimum of 3 hours after completing the class for them to be uploaded and accessible.

We have a strong support system in place to assist you. Our Java Full Stack Team Assistant is available to help, and we offer dedicated mail support. You will receive details on how to access this support after joining the course. Rest assured, we're here to help you with any issues or doubts you may encounter during your project work.

Absolutely, you can include the projects on your resume to showcase your practical experience. Our projects have real-time impact and can significantly enhance your job offer prospects.

We have successfully placed over 1000 students in jobs after completing this course. For more specific information and details about our placement success stories, you can visit our LinkedIn page: Frontlines Edutech Private Limited on LinkedIn and read Google reviews.

The course price may appear higher, but it's crucial to understand that in the market, similar courses often range from 35,000 to lakhs. We offer a high-quality program that includes valuable benefits. We recommend comparing our course by attending a demo, reviewing the syllabus, and understanding that your investment is in building valuable skills and opportunities for your future.

Yes, we cover all the essential topics, starting from the basics and progressing to advanced concepts within the specified course duration. In addition, you'll work on 5 projects, which will enhance your practical skills and boost your confidence in applying what you've learned. Our goal is to exceed your expectations and deliver in-depth knowledge and skills.

Time's Running Out

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About
Frontlines EduTech

We at FrontLines EduTech (FLM) strongly believe that with the right guidance and perfect determination, any student willing to learn to program can become a master of coding. All team members at FrontLines EduTech are aces of their respective fields and they share the highest level of commitment towards quality teaching and student success and satisfaction.

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