ISC CSSLP Practice Test Questions, ISC CSSLP Exam dumps
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The (ISC)2 CSSLP certification validates the knowledge and skills of the professionals in leading applications. It demonstrates to the potential employers that the specialists possess the advanced skills and technical knowledge required for auditing, authentication, and authorization throughout the Software Development Lifecycle procedures, policies, and best practices established by the cybersecurity experts within the domain of (ISC)2. The candidates pursuing this certificate must complete the corresponding exam.
Target Audience
The target candidates for the CSSLP certification are the professionals with the expertise in incorporating security practices, including auditing, authentication, and authorization, into different phases of SDLC (Software Development Lifecycle). This certificate covers software design all through to the implementation stage, testing, and deployment.
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.
Exam Details
The CSSLP certification exam is a 3-hour test containing 125 questions. The format of the exam questions includes multiple-choice items, and the students can take this test in English only. The candidates must gain 700 or more points to complete this exam and earn the certificate. Pearson VUE is the official administrator of the (ISC)2 certification tests, which means that you will sit for this one at one of its centers across the world.
Exam Topics
This certification exam measures your knowledge and skills in a broad range of topics covered in the CSSLP CBK. These subject areas include the following information that you should know to pass this test on the first try:
Secure Software Concepts (10%):
- Understand core concepts – This section requires an understanding of confidentiality, authorization, integrity, accountability, availability, authentication, and non-repudiation;
- Know the principles of security design – This domain covers the knowledge of least privilege, defense-in-depth, separation of duties, resiliency, open design, the economy of mechanism, least common mechanism, complete mediation, component reuse, psychological acceptability, and diversity of defense.
Secure Software Prerequisites (14%):
- Explain software security prerequisites, including functional and non-functional;
- Recognize and evaluate compliance prerequisites;
- Recognize and evaluate data classification prerequisites, including data ownership, data types, labeling, and data lifecycle;
- Recognize and evaluate privacy prerequisites, including data anonymization, data retention, user consent, cross borders, and disposition;
- Develop abuse and misuse cases;
- Establish security prerequisite traceability matrix;
- Ensure security prerequisites flow down to providers/suppliers.
Secure Software Design & Architecture (14%):
- Carry out threat modeling – This area covers an understanding of common threats, threat intelligence, and attack surface evaluation;
- Explain security architectures – The subtopic evaluates your skills in working with the Cloud architecture, hardware platform concerns, control systems, cognitive computing, rich Internet applications, embedded, distributed computing, and service-oriented architecture;
- Carry out secure interface design, including security management interfaces, log interfaces, and Out-of-Band management;
- Model security properties and limitations;
- Model the data and classify it;
- Measure and analyze the reusable secure design, including credential management, data loss prevention, trusted computing, virtualization, programming language environment, database security, flow control, as well as operating system services and controls;
- Carry out security design and architecture review;
- Explain secure operation architecture such as the operational interfaces and deployment topology;
- Utilize secure design and architecture principles, tools, and patterns.
Secure Software Implementation (14%):
- Hold on to the appropriate secure coding practices – This subsection covers declarative vs. imperative, output sanitization, session management, concurrency, input validation, secure auditing & logging, secure configuration management, isolation, tokenizing, cryptography, and access control, among others;
- Evaluate code for various security risks – It requires the individuals’ skills in securing code reuse, dynamics application security testing, interactive application security testing, manual code review, static application security testing, and vulnerability list/databases;
- Implement security controls;
- Tackle security risks, including remediation, transfer, mitigation, and acceptance;
- Securely incorporate components;
- Securely reuse 3rd-party libraries or code;
- Apply security in the course of building processes.
Secure Software Testing (14%):
- Establish security test cases;
- Validate documentations;
- Develop a strategy and plan for security testing;
- Recognize undocumented functionality;
- Secure test data;
- Track and classify security errors;
- Carry out verification & validation testing.
Secure Software Lifecycle Management (11%):
- Secure version control and configuration, including documentation, software, hardware, patching, and interfaces;
- Explain roadmap and strategy;
- Maintain security in a software development methodology;
- Establish the standards and frameworks for security;
- Explain and develop security documentation;
- Develop the security metrics, including defects-per-line-code, average remediation time, criticality level, and complexity;
- Decommission software;
- Integrate IRM (Integrated Risk Management);
- Report security status, including feedback looks, dashboards, and reports;
- Execute continuous improvement;
- Promote software development’s security culture.
Secure Software Operations, Deployment & Maintenance (12%):
- Carry out operational risk evaluation, including system integration, safety criticality, deployment environment, and personnel training;
- Securely release software – This subject area covers secure software tool-chain, develop artifact verification, and secure CI/CD pipelines;
- Securely manage and store security data, including secrets, credentials, configurations, and key/certificates;
- Ensure a secure installation, including least privilege, bootstrapping, security policy implementation, secure activation, secrets injection, and environment hardening;
- Carry out security testing post-deployment;
- Acquire security approval to function;
- Carry out ISCM (Information Security Continuous Monitoring;
- Support IR (Incident Response);
- Carry out patch management;
- Carry out vulnerability management;
- Support the continuity of operations;
- Incorporate SLO and SLA;
- Runtime protection.
Secure Software Supply Chain (11%):
- Implement risk management for the software supply chain – This part includes identifying, assessing, responding, and monitoring;
- Evaluate security of the 3rd-party software;
- Validate provenance and pedigree – It covers secure transfer, code repository security, right to audit, system interconnection/sharing, cryptographically-hashed & digitally-signed elements, and developing environmental security;
- Ensure security prerequisites of the supplier within the acquisition process – This section measures your knowledge of security track record, maintenance & support structure, and security policy compliance audit;
- Support contractual prerequisites, including intellectual property ownership, end-user license agreement, warranty, code escrow, service level agreement, and liability.
Career Opportunities
(ISC)2 CSSLP is an ideal option for the security professionals and software development specialists because it helps fortify and validate their skills to perform the required tasks efficiently. The individuals with this certificate can explore numerous career opportunities and take up the job titles as a Security Manager, a Cybersecurity Engineer, and a Security Consultant. They can also work as Information Managers, Information Security Consultants, Testing Managers, Information Security Managers, and IT Security Analysts. Their income will depend on their role, but looking at a possible average salary, they can expect about $98,000 per year.
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