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DevSecOps

About this course

This course integrates security practices into the DevOps pipeline, emphasizing continuous security and collaboration among development, security, and operations teams. Explore strategies for automating security testing, vulnerability assessment, and compliance checks throughout the software development lifecycle (SDLC). Learn to implement security controls using tools like Docker, Kubernetes, and Jenkins to ensure secure containerization and deployment. Gain insights into threat modeling, secure coding practices, and incident response, equipping you to address security challenges proactively. Ideal for DevOps engineers, security professionals, and developers aiming to enhance the security posture of applications while maintaining agility and efficiency in delivery pipelines.

Course Outline

Module 1: Introduction to DevSecOps

Task: Introduction to DevSecOps:
  • Definition of DevSecOps
  • How it differs from DevOps
  • Real-world examples of security failures
  • DevSecOps principles and benefits
Outcomes:
  • Clear understanding of what DevSecOps is and why it’s important

Module 2: SDLC, Threats & Attack Vectors

Task: Threat Modeling Basics:
  • Overview of SDLC stages
  • Introduction to security touchpoints in SDLC
  • Understanding common attack vectors
  • Basic intro to STRIDE model
Outcomes:
  • Ability to identify threats across SDLC stages

Module 3: OWASP Top 10 – Part 1

Task: OWASP Top 10 (Part 1):
  • Cover top 5: Injection, Broken Authentication, Sensitive Data Exposure, XML External Entities (XXE), Broken Access Control — with examples
Outcomes:
  • Familiarity with most critical web application risks

Module 4: Secure Code Practices

Task: Secure Coding Guidelines:
  • Understanding secure coding principles: input validation, encoding, error handling, password management, basic intro to SAST
Outcomes:
  • Knowledge of how to write more secure code

Module 5: Static Code Scanning (SonarQube)

Topic: Run SonarQube Scan:
  • Install SonarQube using Docker
  • Scan a JavaScript or Java project
  • Review bugs
  • Vulnerabilities
  • Code smells
Outcomes:
  • Able to analyze code using SonarQube
Tools:
  • SonarQube
  • Docker

Module 6: Introduction to CodeQL

Topic: Run CodeQL:
  • Install CodeQL CLI
  • Use GitHub CodeQL repo
  • Run analysis
  • View and understand query results
  • Explore query customization
Outcomes:
  • Understand how to use CodeQL for deep code analysis
Tools:
  • CodeQL

Module 7: CI/CD Pipeline Overview

Topic: CI/CD Basics:
  • Understand CI/CD stages
  • Tools overview (GitHub Actions, GitLab)
  • Explain where security tools can be integrated
  • Pipeline visualization
Outcomes:
  • Know CI/CD stages and security injection points
Tools:
  • GitHub Actions

Module 8: Secure CI with SonarQube/Snyk

Topic: CI with Security Scans:
  • Integrate SonarQube or Snyk in a pipeline
  • Trigger automatic scans on pull request
  • See scan reports and logs
Outcomes:
  • Hands-on security in CI pipelines
Tools:
  • SonarQube
  • Snyk

Best Online DevSecOps Training in Pakistan

Most pipelines in this region were built for speed and had security added afterwards, usually after an incident. DevSecOps reverses that order. You learn to put scanning, secrets management and policy enforcement inside the pipeline itself, so insecure code stops before it ships rather than after it is exploited.

This is a 30 hour live program across 8 modules, delivered live online across Pakistan. It assumes you already understand what a pipeline is. If you do not, take the DevOps Master Program first, then come back to this one.

The demand driver here is straightforward. Banks, fintechs and any company handling regulated data in Pakistan now audit their software supply chain. The engineers who can demonstrate secure pipeline experience are a small group, and the salary reflects it.

Key Benefits of DevOps

You become the person who unblocks compliance

Security reviews are where releases go to die. An engineer who can build controls into the pipeline turns a multi week review into an automated gate. That visibility inside an organisation is worth more than most technical skills.

Scarce skill, thin local competition

Plenty of engineers in Pakistan can build a pipeline. Very few can build one that passes a security audit. That gap is what pushes DevSecOps compensation above general DevOps roles.

You learn the tooling that regulated employers require

Static and dynamic analysis, dependency and container scanning, secrets management, and policy as code. These are the specific controls that appear in audit checklists, not abstract security theory.

It pairs naturally with formal security certification

Many students combine this with CompTIA Security+ SY0-701 for the fundamentals, or move toward Certified Information Systems Security Professional if they are heading into a security leadership track.

Cloud security becomes a logical next step

Students working primarily on Microsoft stacks often continue into Azure Security Engineer AZ-500, which applies the same thinking to cloud identity and platform controls.

Why Choose ItechNets for DevSecOps

Proof rather than promises

15,000+ professionals trained, a 96% pass rate, 8,500+ alumni and 150+ hiring companies in our network. We publish these because most training providers in this market publish nothing measurable at all.

You break things in a lab, not in production

The labs include deliberately vulnerable applications. You run the scan, see the finding, fix it and watch the gate pass. Reading about a vulnerability class and catching one in your own pipeline are different kinds of knowledge.

We are an authorised exam centre in our own right

We operate an authorised Pearson VUE test centre in DHA Phase IV, Lahore, covering Microsoft, AWS, Google Cloud, Cisco, CompTIA and VMware exams.

Trainers from working security teams

Our instructors have handled real incidents and real audits. That experience is the difference between teaching a tool and teaching judgement about when a finding actually matters.

Frequently Asked Questions About DevSecOps

What is the difference between DevOps and DevSecOps?

DevOps automates the path from code to production. DevSecOps adds automated security controls to that path so vulnerabilities, exposed secrets and unsafe dependencies are caught by the pipeline instead of by a person reviewing after the fact.

Do I need a security background to take this course?

No, but you do need pipeline familiarity. Security concepts are taught from the ground up. Pipeline concepts are not.

Is DevSecOps in demand in Pakistan specifically?

Yes, and it is concentrated. Demand is strongest in banking, fintech, telecom and any firm delivering software to clients in Europe, where the client’s own compliance requirements flow down to the vendor.

How long is the program and when do batches start?

30 hours across 8 modules, typically over 8 weeks of evening sessions on PKT. Batch dates are published on the course catalogue and our team can confirm the next available seat.

Will I get a certificate at the end?

You receive an iTechNets completion certificate. DevSecOps has no single dominant vendor exam, which is why most students pair it with a recognised security certification for the credential line on their CV.

Job-Ready Training

Certification-Ready Programs

Affordable Fees

Comprehensive Course Content

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Duration

30hrs

Module

8

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Job-Ready Training

Certification-Ready Programs

Affordable Fees

Comprehensive Course Content

}

8

Module

6