A brief introduction to the course
For most users, access to the relevant qualifying examinations may be the first, so many of the course content related to qualifying examinations are complex and arcane. According to these ignorant beginners, the CSSLP exam questions set up a series of basic course, by easy to read, with corresponding examples to explain at the same time, the Certified Secure Software Lifecycle Professional Practice Test study question let the user to be able to find in real life and corresponds to the actual use of learned knowledge, deepened the understanding of the users and memory. Simple text messages, deserve to go up colorful stories and pictures beauty, make the CSSLP test guide better meet the zero basis for beginners, let them in the relaxed happy atmosphere to learn more useful knowledge, more good combined with practical, so as to achieve the state of unity.
Concise contents
The CSSLP exam questions by experts based on the calendar year of all kinds of exam after analysis, it is concluded that conforms to the exam thesis focus in the development trend, and summarize all kind of difficulties you will face and highlight the user review must master the knowledge content. And unlike other teaching platform, the Certified Secure Software Lifecycle Professional Practice Test study question is outlined the main content of the calendar year examination questions didn't show in front of the user in the form of a long time, but as far as possible with extremely concise prominent text of CSSLP test guide is accurate incisive expression of the proposition of this year's forecast trend, and through the simulation of topic design meticulously.
Requirements
Those individuals pursuing the (ISC)2 CSSLP certification must have at least 4 years of cumulative and full-time work experience as a Software Development Lifecycle Professional. They must have practical experience in at least one of the eight domains of the CSSLP Common Book of Knowledge. The applicants with a four-year degree in the Information Technology, computer science, or other related fields with three years of full-time work experience in at least one of the eight domains can also opt for this certificate. Those candidates who do not possess this work experience can proceed to take the prerequisite exam and earn the Associate of (ISC)2 certification. They can gain the prerequisite years of experience within five years after obtaining this associate-level option to upgrade to CSSLP.
Secure Software Testing (14%):
- Track and classify security errors;
- Recognize undocumented functionality;
- Establish security test cases;
- Secure test data;
- Validate documentations;
- Carry out verification & validation testing.
- Develop a strategy and plan for security testing;
Reference: https://www.isc2.org/certifications/csslp/csslp-certification-exam-outline#Domain%208:%20Secure%20Software%20Supply%20Chain
Who should take the exam
if you have the following prerequisite and required skills then you should take this exam for getting Certified Secure Software Lifecycle Professional (CSSLP) certificate.
- 3 years of cumulative paid full-time SDLC professional work experience in 1 or more of the 8 domains of the CSSLP CBK
- 4-year degree leading to a Baccalaureate, or regional equivalent in Computer Science, Information Technology (IT) or related fields.
- Minimum of 4 years of cumulative paid full-time Software Development Lifecycle (SDLC) professional work experience in 1 or more of the 8 domains of the (ISC)2 CSSLP CBK
Our Certified Secure Software Lifecycle Professional Practice Test study question has high quality. So there is all effective and central practice for you to prepare for your test. With our professional ability, we can accord to the necessary testing points to edit CSSLP exam questions. It points to the exam heart to solve your difficulty. With a minimum number of questions and answers of CSSLP test guide to the most important message, to make every user can easily efficient learning, not to increase their extra burden, finally to let the CSSLP exam questions help users quickly to pass the exam.
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A true simulation environment
Because many users are first taking part in the exams, so for the exam and test time distribution of the above lack certain experience, and thus prone to the confusion in the examination place, time to grasp, eventually led to not finish the exam totally. In order to avoid the occurrence of this phenomenon, the Certified Secure Software Lifecycle Professional Practice Test study question have corresponding products to each exam simulation test environment, users log on to their account on the platform, at the same time to choose what they want to attend the exam simulation questions, the CSSLP exam questions are automatically for the user presents the same as the actual test environment simulation test system, the software built-in timer function can help users better control over time, so as to achieve the systematic, keep up, as well as to improve the user's speed to solve the problem from the side with our CSSLP test guide.
Benefit in Obtaining the Exam Certification
- Certified Secure Software Lifecycle Professional (CSSLP) report high job satisfaction
- Company decision makers see value in certification
ISC CSSLP Exam Syllabus Topics:
| Section | Weight | Objectives |
| Secure Software Architecture and Design | 15% | - Threat modeling methodologies
- Security architecture patterns
- Secure design for platforms
- Attack surface reduction
|
| Secure Software Lifecycle Management | 11% | - SDLC methodologies integration
- Configuration and change management
- Security governance and metrics
- Environment and tool security
|
| Secure Software Requirements | 13% | - Misuse and abuse case analysis
- Security requirements elicitation
- Requirements traceability
- Compliance and privacy requirements
|
| Secure Software Supply Chain | 10% | - Software bill of materials
- Supplier risk assessment
- Third-party component security
- Supply chain attack mitigation
|
| Secure Software Concepts | 12% | - Security policies and compliance
- Security design principles
- Core security principles
- Risk management fundamentals
|
| Secure Software Testing | 14% | - Vulnerability verification
- Security testing strategy
- Static and dynamic application testing
- Penetration testing
|
| Secure Software Implementation | 14% | - Input validation & output encoding
- Cryptography usage
- Secure coding standards
- Static analysis and code review
|
| Secure Software Deployment, Operations and Maintenance | 11% | - Patch and vulnerability management
- Operational security monitoring
- Secure deployment and configuration
- Secure decommissioning
|