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Kevin Henry

Preparation is often the key to success. This course will teach you skills required to design and architect secure software needed for the Certified Secure Software Lifecycle Professional examination.

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Preparation is often the key to success. This course will teach you skills required to design and architect secure software needed for the Certified Secure Software Lifecycle Professional examination.

Failure to design a practical and complete software solution often leads to project failure and inefficiencies. In this course, Secure Software Architecture and Design for CSSLP®, you’ll learn to design software solutions that meet both function and security requirements. First, you’ll explore security architecture. Next, you’ll discover secure interfaces. Finally, you’ll learn how to ensure that risk and threats to the software have been addressed. When you’re finished with this course, you’ll have the skills and knowledge of secure software architecture and design needed for the Certified Secure Software Lifecycle Professional examination.

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What's inside

Syllabus

Course Overview
Threat Modeling
Designing Secure Software
Secure Software Considerations
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Secure Software Review
Domain Summary

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Provides a strong foundation for learning the skills necessary to pass the Certified Secure Software Lifecycle Professional examination
Taught by Kevin Henry, recognized for their work in software security
Covers the fundamentals of secure software architecture and design
Examines secure software considerations, including designing and developing software with security in mind
Teaches how to identify and mitigate risks and threats
May require prior knowledge or experience in software development

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Secure Software Architecture and Design for CSSLP® with these activities:
Compile and Review Course Materials Regularly
Enhances retention by reinforcing key concepts and providing a structured way to review course content.
Show steps
  • Save all lecture notes, handouts, and assignments
  • Review materials at regular intervals
  • Summarize key points
Review Defensive Security Handbook
Builds a strong understanding of defensive programming and security patterns, preparing you for the exam.
Show steps
  • Review key concepts
  • Work through examples
  • Summarize findings
Follow Tutorials on Secure Software Development Best Practices
Provides practical guidance on implementing secure coding techniques, enhancing coding skills and knowledge.
Browse courses on Secure Coding
Show steps
  • Identify reputable tutorials
  • Follow step-by-step instructions
  • Implement techniques in personal projects
Four other activities
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Show all seven activities
Practice Threat Modeling on OWASP Top 10 Vulnerabilities
Develops practical skills in identifying and mitigating threats to software systems, aligning with the exam objectives.
Browse courses on Threat Modeling
Show steps
  • Select a vulnerability
  • Create a threat model
  • Identify countermeasures
Form a Study Group with Classmates
Creates a supportive learning environment, where students can share knowledge, clarify concepts, and work on projects together.
Show steps
  • Find classmates with similar interests
  • Set regular meeting times and goals
  • Discuss course materials
  • Work on assignments together
Design a Secure Software Architecture for a Sample Application
Provides hands-on practice in designing secure software systems, a crucial skill for the exam and professional role.
Browse courses on Software Architecture
Show steps
  • Define application requirements
  • Identify security risks
  • Choose appropriate architecture
  • Document design decisions
Create a Security Review Report for a Software Application
Applies knowledge of secure software design and testing to a practical scenario, simulating real-world job responsibilities.
Browse courses on Security Auditing
Show steps
  • Gather requirements
  • Perform security review
  • Identify vulnerabilities and risks
  • Generate report

Career center

Learners who complete Secure Software Architecture and Design for CSSLP® will develop knowledge and skills that may be useful to these careers:
Software Architect
Software Architects design, develop, and implement software systems. They may also lead teams of software engineers. This course, Secure Software Architecture and Design for CSSLP®, is a perfect fit for those who wish to become Software Architects. It teaches skills like designing secure software solutions, which are essential for Software Architects, as they need to ensure that the software systems they design are secure.
IT Security Architect
IT Security Architects design, implement, and manage security systems for organizations. They may also lead teams of IT security professionals. This course, Secure Software Architecture and Design for CSSLP®, is a great fit for those who wish to become IT Security Architects. It teaches skills like designing secure software solutions, which are essential for IT Security Architects, as they need to ensure that the software systems they design are secure.
Software Engineer
Software Engineers analyze user needs, design application architecture, and develop and test software applications in the field of computer science. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Software Engineers. It teaches skills like designing software solutions that meet both function and security requirements. These are essential skills for Software Engineers, as they need to ensure that the software they develop is both functional and secure.
Security Analyst
Security Analysts analyze security threats and vulnerabilities, and develop and implement security measures to protect organizations from security breaches. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Security Analysts. It teaches skills like designing secure software solutions, which are essential for Security Analysts, as they need to ensure that the software systems they analyze are secure.
Security Consultant
Security Consultants provide security advice and guidance to organizations. They may also help organizations develop and implement security measures. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Security Consultants. It teaches skills like designing secure software solutions, which are essential for Security Consultants, as they need to ensure that the software systems they advise on are secure.
Software Tester
Software Testers test software applications to identify bugs and defects. They may also write test plans and test cases. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Software Testers. It teaches skills like designing secure software solutions, which are essential for Software Testers, as they need to ensure that the software they test is secure.
IT Auditor
IT Auditors evaluate the effectiveness of an organization's IT systems and controls. They may also make recommendations for improvements. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become IT Auditors. It teaches skills like designing secure software solutions, which are essential for IT Auditors, as they need to ensure that the software systems they audit are secure.
Risk Manager
Risk Managers identify, assess, and manage risks to organizations. They may also develop and implement risk management plans. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Risk Managers. It teaches skills like designing secure software solutions, which are essential for Risk Managers, as they need to ensure that the software systems they manage are secure.
Compliance Officer
Compliance Officers ensure that organizations comply with applicable laws and regulations. They may also develop and implement compliance programs. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Compliance Officers. It teaches skills like designing secure software solutions, which are essential for Compliance Officers, as they need to ensure that the software systems they oversee are secure.
Information Security Officer
Information Security Officers develop and implement security policies and procedures for organizations. They may also oversee the organization's security program. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Information Security Officers. It teaches skills like designing secure software solutions, which are essential for Information Security Officers, as they need to ensure that the software systems they oversee are secure.
Cybersecurity Analyst
Cybersecurity Analysts protect organizations from cyber attacks. They may also investigate cyber security incidents and provide security advice. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Cybersecurity Analysts. It teaches skills like designing secure software solutions, which are essential for Cybersecurity Analysts, as they need to ensure that the software systems they protect are secure.
Privacy Analyst
Privacy Analysts protect the privacy of individuals and organizations. They may also develop and implement privacy policies and procedures. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Privacy Analysts. It teaches skills like designing secure software solutions, which are essential for Privacy Analysts, as they need to ensure that the software systems they oversee are secure.
Data Scientist
Data Scientists analyze data to extract insights and knowledge. They may also develop and implement data science models. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Data Scientists. It teaches skills like designing secure software solutions, which are essential for Data Scientists, as they need to ensure that the software systems they develop are secure.
Machine Learning Engineer
Machine Learning Engineers develop and implement machine learning models. They may also design and build machine learning systems. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Machine Learning Engineers. It teaches skills like designing secure software solutions, which are essential for Machine Learning Engineers, as they need to ensure that the software systems they develop are secure.
Cloud Architect
Cloud Architects design and implement cloud computing solutions. They may also manage and operate cloud computing environments. This course, Secure Software Architecture and Design for CSSLP®, may be useful for those who wish to become Cloud Architects. It teaches skills like designing secure software solutions, which are essential for Cloud Architects, as they need to ensure that the software systems they design are secure.

Reading list

We've selected 13 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Secure Software Architecture and Design for CSSLP®.
Covers a comprehensive set of topics on secure software design, making it an essential resource for those preparing for the CSSLP® exam.
Focuses on the architectural aspects of software security, providing a comprehensive overview of secure software design principles and best practices.
Provides a comprehensive guide to threat modeling, a crucial aspect of secure software architecture and design.
Provides a comprehensive overview of computer security concepts and principles, offering a valuable foundation for understanding secure software design and implementation.
Provides a foundational understanding of software security principles and practices, making it an excellent resource for those seeking a strong foundation in the field.
Serves as a valuable reference for secure coding practices in C, providing detailed guidance and examples.
Presents practical guidance on architecting secure software solutions, covering both high-level design principles and implementation considerations.
Serves as a valuable reference for secure coding practices across various programming languages.
Focuses on secure coding practices specifically for C and C++ developers, making it particularly useful for those working with these programming languages.
Provides a comprehensive overview of cryptography and network security concepts, offering a valuable foundation for understanding secure software design.
While this book does not focus specifically on software security, it provides a strong foundation in design patterns, which are essential for designing and implementing secure software.
Explores software fault injection techniques, providing insights into methods for testing software robustness and reliability.
Provides a solid foundation in software engineering principles and practices for real-time systems, which are often used in security-critical applications.

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