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Hurix Digital
Secure Software Delivery: From Code to Deployment is an intermediate-level course designed to help developers and technical leads build and ship secure applications confidently—without slowing down innovation. As software systems scale, so do the risks—and success now depends on embedding security into every phase of the development lifecycle. In this course, you’ll move beyond one-off vulnerability patching and learn how to systematically integrate secure coding practices, threat modeling, and automated security testing into your workflows.
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Secure Software Delivery: From Code to Deployment is an intermediate-level course designed to help developers and technical leads build and ship secure applications confidently—without slowing down innovation. As software systems scale, so do the risks—and success now depends on embedding security into every phase of the development lifecycle. In this course, you’ll move beyond one-off vulnerability patching and learn how to systematically integrate secure coding practices, threat modeling, and automated security testing into your workflows.
Read more
Secure Software Delivery: From Code to Deployment is an intermediate-level course designed to help developers and technical leads build and ship secure applications confidently—without slowing down innovation. As software systems scale, so do the risks—and success now depends on embedding security into every phase of the development lifecycle. In this course, you’ll move beyond one-off vulnerability patching and learn how to systematically integrate secure coding practices, threat modeling, and automated security testing into your workflows.
Through engaging videos, real-world case studies, interactive labs, and scenario-based coaching, you’ll gain hands-on experience with tools like SAST, DAST, and GitHub Actions. Whether you're fixing critical flaws, shifting security left in CI/CD, or leading team-wide secure coding habits, this course will help you operationalize security as a continuous, collaborative practice—and deliver software that’s not just functional, but resilient.
Register for this course and see more details by visiting:
OpenCourser.com/course/nb01nf/security
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Syllabus
Lesson 1: Identify and Prioritize Application Security Risks
In this first lesson, learners discover why spotting and ranking security risks early is essential to build secure, cloud-based applications. Developers and security teams move from reacting to vulnerabilities to anticipating them. Using frameworks such as STRIDE and DREAD, learners practice mapping high-priority threats before any code ships. The Equifax breach In this first lesson, learners discover why spotting and ranking security risks early is essential to build secure, cloud-based applications.
Developers and security teams move from reacting to vulnerabilities to anticipating them. Using frameworks such as STRIDE and DREAD, learners practice mapping high-priority threats before any code ships. The Equifax breach illustrates the real-world cost of poor risk prioritization—and the value of getting it right. Videos, hands-on threat-modeling exercises, and guided discussions grow the risk awareness and strategic thinking needed to embed security measures into the development process from the start.exercises, and guided discussions grow the risk awareness and strategic thinking needed to embed security measures into the development process from the start.
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Syllabus
Lesson 1: Identify and Prioritize Application Security Risks
In this first lesson, learners discover why spotting and ranking security risks early is essential to build secure, cloud-based applications. Developers and security teams move from reacting to vulnerabilities to anticipating them. Using frameworks such as STRIDE and DREAD, learners practice mapping high-priority threats before any code ships. The Equifax breach In this first lesson, learners discover why spotting and ranking security risks early is essential to build secure, cloud-based applications.
Developers and security teams move from reacting to vulnerabilities to anticipating them. Using frameworks such as STRIDE and DREAD, learners practice mapping high-priority threats before any code ships. The Equifax breach illustrates the real-world cost of poor risk prioritization—and the value of getting it right. Videos, hands-on threat-modeling exercises, and guided discussions grow the risk awareness and strategic thinking needed to embed security measures into the development process from the start.exercises, and guided discussions grow the risk awareness and strategic thinking needed to embed security measures into the development process from the start.
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Security Essentials for Modern Developers.
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Career center
Learners who complete Security Essentials for Modern Developers will develop knowledge and skills
that may be useful to these careers:
Application Security Engineer
Application Security Engineer
An Application Security Engineer protects software applications throughout their lifecycle, from design to deployment. This course directly supports an Application Security Engineer by teaching systematic integration of secure coding practices, threat modeling, and automated security testing into development workflows. Learners operationalize security as a continuous, collaborative practice. The curriculum covers identifying and prioritizing application security risks using frameworks like STRIDE and DREAD, and remediating OWASP Top-10 vulnerabilities with secure coding and tools like SAST and OWASP ZAP. Furthermore, securing builds with CI/CD checks, utilizing Snyk and GitHub Actions, is fundamental. This course provides hands-on experience in building and shipping secure, resilient applications confidently, vital for success in this role.
DevSecOps Engineer
DevSecOps Engineer
A DevSecOps Engineer bridges development, security, and operations to embed security practices into every phase of the software delivery pipeline. This course is exceptionally well-suited for aspiring DevSecOps Engineers, as it focuses on systematically integrating security into workflows from code to deployment, moving beyond reactive patching to proactive embedding. The course specifically highlights securing builds with CI/CD checks, showing how to integrate automated security tools like Snyk for dependency scanning, OWASP Dependency Check, and GitHub Actions workflows. Understanding policy-as-code enforcement and security gates is crucial. For those looking to excel as a DevSecOps Engineer, this course provides hands-on experience with the tools and mindsets needed to operationalize security as a continuous, collaborative practice across the development lifecycle, ensuring resilient software delivery.
Security Software Developer
Security Software Developer
A Security Software Developer specializes in writing code that is inherently secure and in building security features into applications. This course is an excellent fit for individuals aspiring to be a Security Software Developer, as it emphasizes building secure applications confidently. It moves beyond just functionality to ensuring software is resilient by integrating secure coding practices from the start. Learners remediate OWASP Top-10 vulnerabilities through proactive secure coding and effective analysis tools like SAST and OWASP ZAP. The course also equips them with the ability to identify and prioritize application security risks using frameworks such as STRIDE and DREAD, essential for designing secure codebases. Taking this course helps transform their coding approach from reactive fixes to proactive prevention, enabling them to systematically build robust applications that stand up to modern threats.
Product Security Engineer
Product Security Engineer
A Product Security Engineer is responsible for ensuring the security of a specific product throughout its entire development lifecycle, from initial design to release and maintenance. This course offers highly relevant insights for a Product Security Engineer by focusing on embedding security into every phase of the development lifecycle, from code to deployment. It emphasizes moving beyond one-off vulnerability patching to systematically integrating secure coding practices, threat modeling, and automated security testing. Learners will gain hands-on experience with tools like SAST and DAST, crucial for assessing product vulnerabilities. Topics such as identifying and prioritizing application security risks using frameworks like STRIDE and DREAD, and remediating OWASP Top-10 vulnerabilities, directly apply to ensuring product resilience. This course helps professionals operationalize security as a continuous, collaborative practice, vital for delivering a secure product confidently to users.
Technical Lead Engineering Manager
Technical Lead Engineering Manager
A Technical Lead Engineering Manager guides development teams, often playing a key role in setting technical direction and ensuring project success. This course is highly relevant for a Technical Lead Engineering Manager who needs to build and ship secure applications confidently without slowing down innovation. The course directly supports leadership by focusing on embedding security into every phase of the development lifecycle and leading team-wide secure coding habits. It helps leaders operationalize security as a continuous, collaborative practice. Understanding how to identify and prioritize application security risks using frameworks like STRIDE and DREAD, and how to integrate automated security checks into CI/CD pipelines, equips managers to make informed decisions. By understanding tools like SAST, DAST, Snyk, and GitHub Actions, a leader can effectively guide their team in transforming their coding approach from reactive fixes to proactive prevention, ensuring the delivery of resilient software.
Security Architect
Security Architect
A Security Architect designs and oversees the implementation of secure systems and applications, ensuring they meet organizational security requirements. While this role typically requires significant experience, this course helps build a foundational understanding crucial for an aspiring Security Architect. The course's focus on identifying and prioritizing application security risks using frameworks like STRIDE and DREAD is directly applicable to the architect's design phase. Understanding how to systematically integrate secure coding practices, threat modeling, and automated security testing into development workflows provides a practitioner's perspective on what makes systems resilient. By learning about securing builds with CI/CD checks and policy-as-code enforcement, a Security Architect can design pipelines that inherently protect software. This course may be helpful by providing a robust understanding of modern secure software delivery principles, which are essential for designing security into complex systems confidently.
Security Consultant
Security Consultant
A Security Consultant advises organizations on various aspects of cybersecurity, often helping them design, implement, and improve their security posture. This course provides a strong practical foundation for a Security Consultant specializing in application and software supply chain security. It helps professionals understand how to systematically integrate secure coding practices, threat modeling, and automated security testing into development workflows. Learners gain insights into identifying and prioritizing application security risks using frameworks like STRIDE and DREAD, and remediating OWASP Top-10 vulnerabilities. The hands-on experience with tools like SAST, DAST, Snyk, and integrating security into CI/CD pipelines allows consultants to provide actionable, tool-agnostic advice. This course helps a Security Consultant guide clients in operationalizing security as a continuous, collaborative practice, enabling them to build and ship secure applications confidently and deliver resilient software.
Cloud Security Engineer
Cloud Security Engineer
A Cloud Security Engineer specializes in securing cloud-based infrastructure, applications, and data. This course is particularly relevant for a Cloud Security Engineer as it specifically mentions building secure, cloud-based applications. While the course doesn't cover general cloud infrastructure, its emphasis on securing applications developed for the cloud is direct. Learners will gain expertise in identifying and prioritizing application security risks for cloud environments, using frameworks such as STRIDE and DREAD. The systematic integration of secure coding practices, threat modeling, and automated security testing with tools like SAST, DAST, and CI/CD checks using GitHub Actions are all critical for cloud application deployments. The case study of the Capital One cloud breach reinforces the importance of continuous oversight in pipeline and infrastructure-as-code settings. This course enhances a Cloud Security Engineer’s ability to ensure that cloud-native applications are not just functional but resilient against modern threats.
DevOps Engineer
DevOps Engineer
A DevOps Engineer focuses on optimizing software delivery pipelines and operational efficiency, integrating development and operations. For a DevOps Engineer looking to incorporate robust security practices, this course may be particularly helpful. It emphasizes embedding security into Continuous Integration and Continuous Deployment CI/CD pipelines, transforming release processes into continuous guardians of trust. The course investigates practical tool implementations such as Snyk for dependency scanning, OWASP Dependency Check, and GitHub Actions workflows for automation, all of which are central to modern DevOps practices. Learners will understand how to set up security gates that fail builds on critical findings and configure policy-as-code enforcement, crucial for delivering resilient software. This course helps a DevOps Engineer integrate security as a continuous, collaborative practice without impeding development velocity, ensuring that their pipelines produce not just functional, but secure applications.
Vulnerability Management Analyst
Vulnerability Management Analyst
A Vulnerability Management Analyst identifies, assesses, and helps remediate security flaws across an organization's systems and applications. This course offers highly practical knowledge for a Vulnerability Management Analyst by focusing on identifying and prioritizing application security risks. Learners practice mapping high-priority threats before any code ships and gain insights into remediating OWASP Top-10 vulnerabilities. The course provides hands-on experience with essential tools like Static Application Security Testing SAST and dynamic scanning with OWASP ZAP, which are critical for discovering and analyzing vulnerabilities. Understanding how to interpret scan results and the consequences of common coding mistakes, as highlighted by case studies like the Fortnite XSS vulnerability, strengthens an analyst's ability to classify and communicate risks effectively. This course helps build a foundation in systematic prevention, enabling more effective vulnerability remediation strategies and proactive security posture management.
Quality Assurance Engineer Security Assurance
Quality Assurance Engineer Security Assurance
A Quality Assurance Engineer specializing in Security Assurance ensures that software products meet security standards and are free from vulnerabilities. This course is highly relevant for a Quality Assurance Engineer Security Assurance, as it focuses on systematically integrating automated security testing into workflows. Learners gain hands-on experience with tools like SAST and DAST, which are fundamental for security QA activities. The course specifically addresses remediating OWASP Top-10 vulnerabilities and understanding why fixing security flaws late is costly, emphasizing proactive prevention. Furthermore, the lessons on securing builds with CI/CD checks reinforce the importance of integrating security testing early and continuously, interpreting scan results, and configuring policy-as-code enforcement. This course helps professionals in security assurance validate that applications are not just functional but resilient, empowering them to catch issues before code reaches production and assure the delivery of secure software.
Cybersecurity Analyst
Cybersecurity Analyst
A Cybersecurity Analyst monitors, detects, analyzes, and responds to cyber threats and incidents. For a Cybersecurity Analyst with a focus on application security, this course provides essential knowledge. It moves beyond general security concepts to detail how to build and ship secure applications confidently by integrating security into every phase of the development lifecycle. Learners will understand why spotting and ranking security risks early is essential, using frameworks like STRIDE and DREAD. The course's exploration of OWASP Top-10 vulnerabilities and how they can be prevented through proactive secure coding practices and analysis tools such as SAST and DAST is directly relevant to understanding attack vectors. Furthermore, learning about securing builds with CI/CD checks helps an analyst understand how vulnerabilities might slip into production. This course helps deepen an analyst's understanding of application-specific threats and how to ensure software is resilient, making them more effective in identifying and mitigating risks.
Incident Response Engineer
Incident Response Engineer
An Incident Response Engineer focuses on detecting, analyzing, and containing security incidents, then remediating and recovering systems. This course may be helpful for an Incident Response Engineer, particularly when dealing with application-related breaches. Understanding how vulnerabilities arise, as covered in the OWASP Top-10 vulnerabilities lesson, provides crucial context for investigating application exploits. The course’s discussion of real-world security incidents, such as the Fortnite XSS vulnerability and the Capital One cloud breach, helps an engineer anticipate how common coding mistakes or CI/CD misconfigurations can lead to major incidents. By learning about systematic secure coding practices, threat modeling, and automated security testing, an Incident Response Engineer gains insight into preventive measures, which aids in post-incident analysis and strengthening future defenses. This course helps them better understand the secure software development lifecycle, improving their ability to identify root causes and implement effective remediation strategies after an application security event.
Data Privacy Engineer
Data Privacy Engineer
A Data Privacy Engineer focuses on designing and implementing systems that protect personal and sensitive data in compliance with privacy regulations. While the course primarily focuses on general application security rather than specific data privacy regulations, the principles it teaches may be useful for a Data Privacy Engineer. The course emphasizes building secure applications and integrating security into every phase of the development lifecycle, which indirectly contributes to data privacy by protecting the systems that handle sensitive information. Learners will understand how to identify and prioritize application security risks, including those that could lead to data breaches, using frameworks like STRIDE and DREAD. Remediating OWASP Top-10 vulnerabilities and securing builds through CI/CD checks directly contribute to a more robust and privacy-respecting software environment. This course helps a Data Privacy Engineer understand the foundational security practices necessary to ensure data is handled resiliently and confidentially within applications.
GRC Analyst Governance Risk and Compliance Analyst
GRC Analyst Governance Risk and Compliance Analyst
A GRC Analyst Governance Risk and Compliance Analyst ensures an organization complies with regulations, manages risks, and maintains good governance practices. While primarily focused on technical implementation, this course provides insights that may be useful for a GRC Analyst dealing with application security. It helps in understanding why spotting and ranking security risks early is essential, using frameworks like STRIDE and DREAD to prioritize threats, which directly informs risk management strategies. The course discusses security incidents like the Equifax breach and Capital One cloud breach, illustrating the real-world cost of poor risk prioritization and oversight, crucial for compliance and governance awareness. By understanding systematic prevention, secure coding practices, and integrated CI/CD security checks, a GRC Analyst can better assess the technical controls in place and advise on policy enforcement. This course helps a GRC Analyst understand the technical measures that underpin effective security governance and compliance in software delivery.
For more career information including salaries, visit:
OpenCourser.com/course/nb01nf/security
Reading list
We haven't picked any books for this reading list yet.
Takes a hands-on approach to application security, providing practical guidance and real-world examples, making it suitable for security practitioners and developers alike.
This guide, published by the Open Web Application Security Project (OWASP), provides a comprehensive set of testing methodologies and tools for web application security assessments, making it a valuable resource for security testers.
For those interested in incorporating security into the software development process, this book offers a practical guide to building secure software from the ground up.
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For those interested in threat modeling, this book provides a systematic approach to identifying and mitigating security threats, making it valuable for security architects and engineers.
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For those interested in developing secure software, this book offers a detailed exploration of secure coding principles and best practices, making it suitable for software developers.
Provides a comprehensive overview of web application security, covering the fundamentals of web application security and common threats and vulnerabilities, making it an excellent resource for beginners.
Takes a more advanced approach, guiding readers through ethical hacking techniques to identify and exploit vulnerabilities in web applications.
While not focused solely on application security, this book provides a comprehensive introduction to cybersecurity, covering fundamental concepts and best practices, making it a valuable starting point for those new to the field.
Delves into the specifics of cross-site scripting attacks, providing a deep understanding of their mechanisms and effective defense strategies, making it suitable for security researchers.
This industry-leading standard provides detailed guidance on secure coding practices in various programming languages, making it an excellent resource for software developers.
This classic book on software security provides timeless principles and best practices for building secure software and has influenced the security community for decades.
Offers a comprehensive guide to securing modern web applications, covering essential topics such as authentication, authorization, and data protection, making it valuable for web developers and security professionals.
Provides a set of coding guidelines for secure software development. It covers a wide range of topics, including input validation, data protection, and error handling.
Comprehensive guide to secure coding practices, developed by the CERT Coordination Center. It provides detailed guidance on how to write secure code in a variety of programming languages.
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Provides a comprehensive overview of software fault injection. It covers a wide range of topics, including fault models, fault injection techniques, and fault tolerance mechanisms.
Provides a comprehensive overview of secure web development. It covers a wide range of topics, including threat modeling, secure coding practices, and security testing.
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Provides a hands-on approach to software security. It covers a wide range of topics, including threat modeling, secure coding practices, and security testing.
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Provides a comprehensive overview of secure coding practices, covering topics such as input validation, data protection, and memory management. It valuable resource for developers looking to improve the security of their code.
Provides a practical guide to secure software development. It covers a wide range of topics, including threat modeling, secure coding practices, and security testing.
Provides a comprehensive overview of secure coding principles and practices, covering topics such as input validation, data protection, and memory management. It valuable resource for developers looking to improve the security of their code.
For more information about how these books relate to this course, visit:
OpenCourser.com/course/nb01nf/security
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Effort
30 mins/week
Level
Advanced
Via
Coursera
Institution
Coursera Instructor Network
Instructor
Hurix Digital
Session
October 27, 2025
- November 24, 2025
Language
English
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