👨‍💻 EC-Council CASE

🧠 1. Certification Name and Issuing Body

• Full certification name: Certified Application Security Engineer (CASE) – .NET or Java

• Issuing organization: EC-Council

• Official website: https://cert.eccouncil.org/case-java-dotnet

🧩 2. Certification Level and Type

• Level: Intermediate to Advanced

• Type: Technical (Application Security / Secure Development)

📜 3. Purpose and Goals

• What skills does it certify?
  Secure software development skills throughout the Software Development Lifecycle (SDLC), including secure coding practices, threat modeling, security testing, and remediation

• Target roles or profiles:
  Software Developers, Application Security Engineers, DevSecOps Professionals, Software Architects

• Practical applications:
  Implementing security controls in apps, preventing OWASP Top 10 vulnerabilities, secure SDLC integration, use of secure frameworks, performing secure code reviews

🎓 4. Prerequisites

• Recommended prior certifications:
  CEH (optional), or knowledge of secure coding practices

• Suggested experience:
  At least 2 years of hands-on software development experience in Java or .NET

• Required technical knowledge:
  Object-oriented programming, authentication, session management, database security, and error handling

📚 5. Content and Curriculum

• Key domains/modules:

  1. Secure SDLC and threat modeling

  2. Secure design and architecture principles

  3. Authentication and authorization controls

  4. Input validation and output encoding

  5. Cryptography in software development

  6. Session and error handling security

  7. Application layer attack mitigation (XSS, SQLi, etc.)

  8. Secure deployment and post-release security

• Technologies/tools:
  Java or .NET (two separate tracks), IDEs, Burp Suite, OWASP ZAP, SAST/DAST tools

• Framework mapping:
  OWASP Top 10, NIST 800-53, ISO/IEC 27034, CERT Secure Coding Standards

🧪 6. Learning Approach

• Style: Instructor-led, online self-paced or in-person training

• Labs/environments: Yes – hands-on labs simulating real-world secure coding scenarios

• Materials:

  • Official EC-Council courseware

  • Practical lab environment

  • Access to e-learning platform and mock exams

• Recommended platforms: EC-Council iClass, ATCs (Accredited Training Centers), LinkedIn Learning (supplemental)

📝 7. Exam Format and Details

• Mode: Proctored (online via ECC Exam Portal)

• Duration: 2 hours

• Questions: 50 multiple-choice

• Languages: English

• Passing score: 70%

• Certification validity: 3 years

💰 8. Estimated Cost

• Exam fee: ~$250 USD (exam only)

• Full training + exam bundle: ~$999–$1,299 USD depending on provider

• Renewal cost: ~$80–$100 USD every 3 years

🌍 9. Industry Recognition

• Demand/popularity: Gaining traction in secure development, DevSecOps, and compliance-driven environments

• Organizations that value it: Fintech, healthcare, enterprise software firms, government agencies

• Comparison:

  • More hands-on and language-specific than CSSLP (ISC2)

  • More practical than vendor-neutral certs like GSSP-JAVA/.NET

  • Complements CEH or OSWE for full secure SDLC understanding

💼 10. Career Opportunities

• Job roles:
  Secure Software Developer, Application Security Engineer, DevSecOps Engineer, Security Consultant

• Suggested paths:
  → CASE (.NET/Java) → CSSLP / OSWE / GPYC
  → CASE + CEH = Offensive + Defensive Developer Profile

💵 11. Average Salary

• USA: $90,000–$120,000/year

• Europe: €65,000–€95,000/year

• Salary impact: High for secure developer roles or in regulated sectors

• (Sources: LinkedIn, PayScale, EC-Council alumni feedback)

📅 12. Renewal and Maintenance

• Validity: 3 years

• Renewal options:

  • Submit proof of 120 CPEs

  • Pay renewal fee

  • Retake exam if preferred

🧭 13. Final Recommendations

• Ideal for:
  Experienced developers seeking to formalize and expand their secure coding and application defense knowledge

• When to pursue:
  After building experience in software development and acquiring baseline security knowledge (CEH, Security+, or work experience)

• Tips:
  Choose the right track (Java vs .NET). Focus on understanding SDLC security integration. Reinforce training with OWASP and threat modeling frameworks.