About
The CSSLP Certified Secure Software Lifecycle Professional certification validates advanced expertise in integrating security throughout every phase of the software development lifecycle. It demonstrates that professionals can design, develop, test and maintain secure software using recognised industry practices, secure coding standards and governance frameworks. CSSLP is a globally recognised certification for professionals responsible for embedding security into applications from concept through deployment and ongoing maintenance.
Who is CSSLP for?
CSSLP is designed for software development and cybersecurity professionals responsible for building and maintaining secure applications. It is particularly suited to software architects, developers, engineers, application security specialists, QA testers, penetration testers, programme managers, project managers and IT or security leaders involved in the software development lifecycle.
What are the benefits of studying CSSLP?
Studying CSSLP strengthens the ability to apply secure development practices across the entire SDLC. It enhances professional credibility, supports career progression into secure development and application security roles and demonstrates recognised technical competence to employers and clients. The certification provides a structured framework for reducing vulnerabilities, improving software resilience and aligning development processes with modern cybersecurity standards.
Where is CSSLP available?
This CSSLP course is available online worldwide and in person in Doha, Qatar, Riyadh, Saudi Arabia, Dubai, UAE, Abu Dhabi, UAE, Manama, Bahrain, Amman, Jordan, Muscat, Oman and Cairo, Egypt.
What will I learn through this CSSLP course?
Participants will learn how to integrate security into every phase of the software lifecycle, from initial planning and requirements gathering through design, coding, testing, deployment and maintenance. The course covers secure architecture, risk management, secure coding techniques, vulnerability testing, operational security and software supply chain risk.
Learners gain practical insight into implementing secure development processes and aligning software delivery with recognised cybersecurity frameworks and governance practices.
Prerequisites
There are no formal prerequisites to attend the training. However, to obtain the CSSLP certification candidates typically require a minimum of four years cumulative work experience in one or more CSSLP domains within the software development lifecycle. A relevant degree may substitute for up to one year of experience.
Candidates without sufficient experience may pass the exam first and become an Associate of ISC2 until the experience requirements are met.
Modules

Secure Software Concepts (12%)
Introduces core security principles, risk concepts and foundational secure development practices that underpin the entire software lifecycle.

Secure Software Lifecycle Management (11%)
Covers governance, policies, compliance requirements and management processes needed to integrate security into development methodologies and organisational workflows.

Secure Software Requirements (13%)
Focuses on defining and analysing secure functional and non functional requirements, threat modelling and risk driven design decisions.

Secure Software Architecture and Design (15%)
Explores secure design principles, architectural risk assessment, modelling techniques and building resilient system architectures.

Secure Software Implementation (14%)
Addresses secure coding practices, code review processes, vulnerability management and development techniques that reduce application risk.

Secure Software Testing (14%)
Examines security testing approaches including static analysis, dynamic testing, penetration testing, vulnerability assessment and secure quality assurance practices.

Secure Software Deployment, Operations, Maintenance (11%)
Covers secure release management, configuration control, monitoring, incident response and maintaining applications securely in live environments.

Secure Software Supply Chain (10%)
Focuses on third party risks, software acquisition, component security and protecting the software supply chain throughout development and delivery.


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Exam Details
125 multiple choice questions
Passing score 700 out of 1000 (70%)
English language exam
Examination is delivered in-person at authorised testing centres.
Course Study Options
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