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ISC CSSLP Practice Test Questions, ISC CSSLP Exam Dumps

Passing the IT Certification Exams can be Tough, but with the right exam prep materials, that can be solved. ExamLabs providers 100% Real and updated ISC CSSLP exam dumps, practice test questions and answers which can make you equipped with the right knowledge required to pass the exams. Our ISC CSSLP exam dumps, practice test questions and answers, are reviewed constantly by IT Experts to Ensure their Validity and help you pass without putting in hundreds and hours of studying.

The (ISC)2 CSSLP certification validates the professionals’ experience in managing applications. It also demonstrates that they possess the advanced knowledge and skills required for checking, authentication, and permission throughout the Software Development Lifecycle systems, methods, and best practices set by the cybersecurity specialists within the field of (ISC)2. To get certified, the students have to pass the corresponding exam.

This certificate is designed for those individuals who have the skills in combining security systems within various stages of the SDLC. The potential candidates should have at least 4 years of total working experience as a Software Development Lifecycle Professional. They also must possess practical knowledge of at least one of the subject areas of the CSSLP CBK.

Exam Details

The CSSLP certification exam consists of 125 multiple-choice questions and the applicants are expected to cover all of them within the allocated time of 180 minutes. They also must gain the passing score of 700 points or more to complete the test and obtain the certificate. Please note that this exam is available in English only. As for registration, this process is done through Pearson VUE, which is the official administrator of the (ISC)2 certification tests. This means that you will sit for the exam at one of its testing centers all over the world.

It is recommended that the students use the official resources that are presented by (ISC)2 if they want to achieve the passing score. For this purpose, they have to observe the official website and explore the following variants:

  • Instructor-Led Training – This option provides you with the most appropriate, up-to-date content produced by (ISC)2 that allows you to get all the necessary knowledge and skills for your exam. You can choose between a 6-8 week course with 2 classes per week or 4-5 continuous days of interactive education. Besides that, the courseware materials will be available for you within a year.
  • Private On-Site – This variant is a 3-5-day training that allows you to get all the required information from an (ISC)2 Instructor. You can take this course online, at your office, or at a private venue near you.
  • Classroom-Based Training – This option is designed for those individuals who prefer classroom study rather than online education. It provides the applicants with 5 sequential days of training. In the framework of this course, all the necessary information for your exam is given by an (ISC)2 Instructor.

Exam Topics

The (ISC)2 CSSLP certification exam estimates the applicants’ expertise in eight security domains presented in the content. Passing the test confirms that you possess the high-level knowledge and expertise in effectively designing, developing, and implementing the best security methods within each stage of the software lifecycle. All in all, the topics are as follows:

Secure Software Notions

The first part contains 10% of the exam questions and measures the candidates’ understanding of the following notions:

1. Core Notions

  • Availability
  • Confidentiality
  • Integrity
  • Authentication
  • Accountability
  • Authorization
  • Nonrepudiation

2. Security Design Fundamentals

  • Separation of responsibilities
  • Resiliency
  • Least privilege
  • Defense in depth
  • Economy of a tool
  • Open design
  • Complete mediation
  • Least common a tool
  • Component reuse
  • Psychological acceptability
  • Variety of protection

Secure Software Conditions

This subject area covers 14% of the exam content and evaluates the students’ ability to perform the following processes:

1. Describe Software Security Conditions

  • Functional
  • Non-functional

2. Classify and Examine Compliance Conditions

3. Recognize & Analyze Data Classification Conditions

  • Data control
  • Examples of data
  • Labeling
  • Data lifespan

4. Identify and Analyze Privacy Conditions

  • Data anonymization
  • Disposition
  • User consent
  • Cross borders
  • Data retention

5. Improve Misuse & Abuse Situations

6. Explain Security Requirement Traceability Matrix

7. Ensure Security Conditions Flow Down to Providers

Secure Software Design and Architecture

As for this domain, it makes up 14% of the entire content and validates the learners’ expertise in the following tasks:

1. Performing Threat Modeling

  • Understanding common threats
  • Attacking surface estimation
  • Threat reporting

2. Defining a Security Framework

  • Security control prioritization and identification
  • Divided computing
  • Rich internet applications
  • Embedded
  • Service-oriented framework
  • Ubiquitous/pervasive computing
  • Cloud architectures
  • Hardware platform concerns
  • Control systems
  • Mobile applications
  • Cognitive computing

3. Implementing a Secure Interface Plan

  • Security of log interfaces, Out-of-Band management, and management interfaces
  • Downstream and upstream dependencies
  • Protocol plan options

4. Displaying Architectural Risk Evaluation

5. Modeling Constraints and Security Properties

6. Modeling & Classifying Information

7. Evaluating and Selecting a Reusable Secure Plan

  • Certification management
  • Data loss restriction
  • Flow control
  • Trusted computing
  • Virtualization
  • Database security
  • Programming communication environment
  • Operating System controls & services
  • Securing data destruction, retrieval, and retention
  • Securing backup & restoration planning

8. Performing Security Architecture & Design Evaluation

9. Defining a Secure Operational Structure

10. Utilizing a Secure Structure and Designing Tools, Patterns & Principles

Secure Software Performing

The questions of this objective constitute 14% of the whole content and are dedicated to checking up the individuals’ competence in the following operations:

1. Adhering to the Associated Secure Coding Methods

  • Imperative versus declarative security
  • Output sanitization
  • Concurrency
  • Exception and error administration
  • Data validation
  • Session management
  • Secure auditing & logging
  • Untrusted/Trusted Application Programming Connection, and libraries
  • Resource management
  • Type safety
  • Secure configuration administration
  • Tokenizing
  • Isolation
  • Cryptography
  • Access control
  • Processing microarchitecture security expansions

2. Analyzing Principles for Security Risks

  • Secure principles reuse
  • Static, dynamic & interactive application security checking
  • Vulnerability databases
  • Manual code review
  • Look for malicious principles

3. Implementing Security Controls

4. Addressing Security Risk

5. Safely Reusing the Third-Party Principles or Libraries

6. Safely Integrating Components

7. Applying Security During for the Build Method

  • Compiler switches
  • Anti-tampering procedures
  • Address compiler signals

Secure Software Measuring

About 14% of the exam content is designed to measuring the following skills:

1. Developing Security Test Situations

  • Attack surface confirmation
  • Thrusting analyses
  • Simulation
  • Scanning
  • Fuzzing
  • Cryptographic validation
  • Failure
  • Regression tests
  • Continuous
  • Integration tests

2. Developing a Security Testing Plan & Strategy

  • Nonfunctional security testing
  • Functional security testing
  • Environment
  • Testing techniques
  • Crowdsourcing
  • Standards

3. Verifying and Validating Documentation

4. Identifying Irregular Functioning

5. Analyzing Security Meanings of Test Results

6. Classifying and Tracking Security Errors

  • Risk scoring
  • Bug tracking

7. Securing Test Data

  • Reusing product data
  • Generating test data

8. Performing Verification & Validation Testing

Secure Software Lifecycle Administration

In the framework of this module, which is 11% of the exam questions, the professionals are required to demonstrate the following expertise:

1. Understanding Version Control and Secure Configuration

2. Defining a Roadmap and Strategy

3. Administrating Security within Software Development Methods

  • Security in adapted methods
  • Security in predicted methods

4. Identifying Security Frameworks & Standards

5. Developing and Defining Security Documentation

6. Developing Security Measuring

7. Dismantling Software

8. Reporting Security Conditions

9. Incorporating Integrative Risk Administration

  • Legal
  • Controls and assent
  • Standards & guidelines
  • Risk management
  • Business risk vs technical risk
  • Terminology

10. Promoting Security Culture in Software Establishment

  • Security supporters
  • Security background and leadership

11. Implementing Continuing Development

Secure Software Maintenance, Operations, and Deployment

This subject area covers 12% of the exam questions that estimate the candidates’ ability to do the following tasks:

1. Present an Operational Risk Report

  • Deployment conditions
  • Security criticality
  • System combination
  • Personnel training

2. Securely Announce Software

  • Secure Continuous Delivery pipeline and Continuous Integration
  • Secure software toolchain
  • Create artifact affirmation

3. Safely Manage and Store Security Data

  • Certificates
  • Keys
  • Arrangements
  • Secrets

4. Assure Secure Connection

  • Launching
  • Environment setting
  • Secure triggering
  • Least privilege
  • Secrets injection
  • Security system implementation

5. Implement Post-Deployment Security Testing

6. Get Security Permission to Operate

7. Complete Information Security Continuing Overseeing

  • Receive and examine security visible data
  • Threat information
  • Secure configuration
  • Intrusion response
  • Regulation switches

8. Maintain Incident Reply

  • Root cause investigation
  • Forensics
  • Incident triage

9. Display Patch Management

10. Display Vulnerability Management

11. Runtime Assurance

12. Maintain the Continuity of Services

  • Retention, archiving, and backup
  • Disaster Restoration
  • Resiliency

13. Combine Service Level Aims & Service Level Consents

Secure Software Provision Chain

This is the last part of the exam that makes up 11% of the whole content and evaluates the following skills:

1. Implementing Software Provision Chain Risk Administration

  • Identifying
  • Assessing
  • Responding
  • Monitoring

2. Analyzing Security of External Software

3. Verifying Pedigree & Provenance

  • Secure transferring
  • System interconnections
  • Coding the repository security
  • Building the environment security
  • Righting to audit
  • Cryptographically-hashed & digitally-signed elements

4. Ensuring Provision Security Conditions in the Acquiring Process

  • Auditing of the security system agreement
  • Maintaining and supporting a structure
  • Incident/vulnerability warning, reply, coordination, and notification
  • Recording the security track

5. Supporting Contractual Requirements

Career Opportunities

Those individuals who pass this exam with flying colors become certified with the (ISC)2 CSSLP certification. This means that they can expect to take a good position and receive higher wages. The potential candidates’ experience can be beneficial for various job roles, such as a Penetration Tester, a Quality Assurance Tester, an Application Security Specialist, a Project Manager, a Security Manager, an IT Director/Manager, a Software Procurement Analyst, a Software Developer, a Software Program Manager, a Software Architect, and a Software Engineer. The average salary will depend on one’s title, but the applicants can await about $126,000 per year.

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