Certified Security Verification, Validation & Evaluation Engineer (CSVVEE) Certification Program by Tonex
This program prepares professionals to act as independent authorities on security verification, validation and evaluation for complex systems and products. Participants learn how to translate security requirements into rigorous, defensible test strategies that stand up to scrutiny from regulators, customers and internal governance teams. The curriculum emphasizes structured methods for test planning, execution and evidence collection, aligned with international frameworks including ISO IEC 15408, NIST SP 800 53A, DO 326A ED 204A and IEC 62443.
By the end of the course, attendees understand how to expose weaknesses early, judge exploitability, and build a credible assurance story that management can trust. The program directly strengthens cybersecurity outcomes by improving how tests are designed, executed and documented, ensuring that identified risks are grounded in clear technical proof and traceable to security objectives across the lifecycle.
Learning Objectives
- Understand the role of independent verification, validation and evaluation across the system lifecycle
- Translate security requirements into structured, risk aligned test strategies and plans
- Develop and maintain end to end traceability between requirements, tests, findings and mitigations
- Apply systematic techniques for vulnerability analysis, exploitability assessment and evidence based reporting
- Construct clear, reviewable assurance evidence packages suitable for regulators, certifiers and customers
- Evaluate cybersecurity impact of weaknesses, tests and mitigations to support robust assurance decisions
Audience
- Cybersecurity Professionals
- Security and safety engineers
- Test and quality assurance engineers
- Systems and software engineers
- Security architects and technical leads
- Compliance, audit and certification specialists
- Aviation, automotive and industrial control engineers
Program Modules
Module 1: Foundations of Security Verification and Validation
- Role of independent evaluation functions
- Verification versus validation versus certification
- Security objectives and threat modeling basics
- Integration of security testing into lifecycles
- Interfaces with safety, reliability and quality teams
- Overview of key security assurance standards
Module 2: Requirements Traceability and Test Design
- Breaking down security requirements into testable elements
- Building and maintaining traceability matrices
- Risk based selection of test depth and coverage
- Designing positive, negative and abuse case tests
- Prioritizing tests for safety and mission critical behavior
- Keeping traceability current through change and refactoring
Module 3: Security Test Planning and Execution
- Structuring comprehensive security test plans
- Defining environments, dependencies and constraints for tests
- Selecting tools, scripts and procedures for repeatability
- Managing data, logs and evidence during execution
- Defect reporting, triage and retest strategies
- Regression planning and configuration control for releases
Module 4: Penetration Testing and Exploitability Analysis
- Scoping and rules of engagement for penetration activities
- Black box, gray box and white box approaches
- Techniques for discovery of attack paths and weaknesses
- Exploitability assessment and use of scoring schemes
- Use of fuzzing and fault injection in structured campaigns
- Consolidating penetration results into actionable guidance
Module 5: Assurance Evidence and Evaluation Artifacts
- Structure and purpose of assurance cases and arguments
- Types of evidence from tests, analyses and reviews
- Demonstrating repeatability, independence and objectivity
- Handling nonconformities, waivers and residual risk rationale
- Building certification ready documentation sets
- Communicating assurance posture to technical and executive stakeholders
Module 6: Formal Security Evaluation Frameworks Practice
- Applying ISO IEC 15408 Common Criteria concepts
- Protection profiles, security targets and evaluation assurance levels
- Using NIST SP 800 53A for assessment procedures and methods
- Mapping DO 326A ED 204A guidance to verification activities
- Integrating IEC 62443 requirements for industrial and OT systems
- Coordinating multi standard evaluations for global deployments
Exam Domains
- Security Evaluation Governance and Lifecycle Strategy
- Requirements Traceability and Test Architecture Design
- Advanced Vulnerability and Exploit Assessment Techniques
- Assurance Case Development and Evidence Management
- Framework Application and Compliance Oriented Evaluation
- Certification Readiness, Reporting and Continuous Improvement
Course Delivery
The course is delivered through a combination of expert led lectures, interactive discussions and structured case based exercises focused on real world security evaluations. Participants work through practical examples that mirror certification and regulatory expectations for systems based on Common Criteria, NIST 800 53A and related standards. Access is provided to curated online resources including readings, checklists, templates and example assurance artifacts so that learners can immediately reuse proven patterns in their own organizations.
Assessment and Certification
Participants are assessed through quizzes, short written assignments and a capstone style project in which they construct a simplified assurance package for a representative system. Performance is evaluated on the clarity, traceability and rigor of the proposed tests and evidence. Upon successful completion of all requirements, participants receive the Certified Security Verification, Validation & Evaluation Engineer CSVVEE Certification from Tonex, recognizing their ability to support high assurance security programs.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified Security Verification, Validation & Evaluation Engineer CSVVEE Certification Program by Tonex exam, candidates must achieve a score of 70 percent or higher.
Strengthen the assurance story behind your products and systems by mastering independent security verification, validation and evaluation. Enroll in the Tonex CSVVEE Certification Program to turn test results into trusted cybersecurity evidence that stakeholders can rely on.