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EC-Council CASE Java Exam Certification Details:
| Number of Questions | 50 |
| Books / Training | Master Class |
| Exam Code | 312-96 |
| Exam Name | EC-Council Certified Application Security Engineer (CASE) - Java |
| Exam Price | $450 (USD) |
| Sample Questions | EC-Council CASE Java Sample Questions |
| Passing Score | 70% |
| Duration | 120 mins |
| Schedule Exam | Pearson VUE OREC-Council Store,ECC Exam Center |
EC-Council 312-96 Exam Syllabus Topics:
| Topic | Details | Weights |
|---|---|---|
| Understanding Application Security, Threats, and Attacks | -Understand the need and benefits of application security -Demonstrate the understanding of common application-level attacks -Explain the causes of application-level vulnerabilities -Explain various components of comprehensive application security -Explain the need and advantages of integrating security in Software Development Life Cycle (SDLQ) -Differentiate functional vs security activities in SDLC -Explain Microsoft Security Development Lifecycle (SDU) -Demonstrate the understanding of various software security reference standards, models, and frameworks | 18% |
| Secure Coding Practices for Input Validation | - Understand the need of input validation -Explain data validation techniques -Explain data validation in strut framework -Explain data validation in Spring framework -Demonstrate the knowledge of common input validation errors -Demonstrate the knowledge of common secure coding practices for input validation | 8% |
| Secure Coding Practices for Authentication and Authorization | - Understand authentication concepts -Explain authentication implementation in Java -Demonstrate the knowledge of authentication weaknesses and prevention -Understand authorization concepts -Explain Access Control Model -Explain EJB authorization -Explain Java Authentication and Authorization (JAAS) -Demonstrate the knowledge of authorization common mistakes and countermeasures -Explain Java EE security -Demonstrate the knowledge of authentication and authorization in Spring Security Framework -Demonstrate the knowledge of defensive coding practices against broken authentication and authorization | 4% |
| Static and Dynamic Application Security 'resting (SAST & DAST) | - Understand Static Application Security Testing (SAST) -Demonstrate the knowledge of manual secure code review techniques for most common vulnerabilities -Explain Dynamic Application Security Testing -Demonstrate the knowledge of Automated Application Vulnerability Scanning Toolsfor DAST -Demonstrate the knowledge of Proxy-based Security Testing Tools for DAST | 8% |
| Secure Application Design and Architecture | - Understand the importance of secure application design -Explain various secure design principles -Demonstrate the understanding of threat modeling -Explain threat modeling process -Explain STRIDE and DREAD Model -Demonstrate the understanding of Secure Application Architecture Design | 12% |
| Secure Deployment andMaintenance | - Understand the importance of secure deployment -Explain security practices at host level -Explain security practices at network level -Explain security practices at application level -Explain security practices at web container level (Tomcat) -Explain security practices at Oracle database level -Demonstrate the knowledge of security maintenance and monitoring activities | 10% |
| Security Requirements Gathering | -Understand the importance of gathering security requirements -Explain Security Requirement Engineering (SRE) and its phases -Demonstrate the understanding of Abuse Cases and Abuse Case Modeling - Demonstrate the understanding of Security Use Cases and Security Use Case Modeling -Demonstrate the understanding of Abuser and Security Stories -Explain Security Quality Requirements Engineering (SQUARE) Model -Explain Operationally Critical Threat, Asset, and Vulnerability Evaluation (OCTAVE) Model | 8% |
| Secure Coding Practices for Cryptography | - Understand fundamental concepts and need of cryptography In Java -Explain encryption and secret keys -Demonstrate the knowledge of cipher class Implementation -Demonstrate the knowledge of digital signature and Its Implementation -Demonstrate the knowledge of Secure Socket Layer ISSUand Its Implementation -Explain Secure Key Management -Demonstrate the knowledgeofdigital certificate and its implementation - Demonstrate the knowledge of Hash implementation -Explain Java Card Cryptography -Explain Crypto Module in Spring Security -Demonstrate the understanding of Do's and Don'ts in Java Cryptography | 6% |
| Secure Coding Practices for Session Management | - Explain session management in Java -Demonstrate the knowledge of session management in Spring framework -Demonstrate the knowledge of session vulnerabilities and their mitigation techniques -Demonstrate the knowledge of best practices and guidelines for secure session management | 10% |
| Secure Coding Practices for Error Handling | - Explain Exception and Error Handling in Java -Explain erroneous exceptional behaviors -Demonstrate the knowledge of do's and don'ts in error handling -Explain Spring MVC error handing -Explain Exception Handling in Struts2 -Demonstrate the knowledge of best practices for error handling -Explain to Logging in Java -Demonstrate the knowledge of Log4j for logging -Demonstrate the knowledge of coding techniques for secure logging -Demonstrate the knowledge of best practices for logging | 16% |
ECCouncil 312-96 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Security Requirements Gathering | 10% | - Security Requirement Engineering (SRE) - Abuse cases and security use cases |
| Secure Coding Practices for Error Handling & Logging | 8% | - Exception handling in Java - Secure logging using Log4j - Preventing sensitive information exposure |
| Secure Coding Practices for Input Validation | 8% | - Preventing injection flaws - Validation in Struts and Spring frameworks - Input validation techniques |
| Secure Deployment and Maintenance | 10% | - Security for web containers (Tomcat) - Vulnerability scanning: SAST and DAST - Database security practices - Security monitoring and patching |
| Secure Coding Practices for Authentication & Authorization | 10% | - Preventing broken access control - Java authentication mechanisms - Access control models |
| Cryptography in Java Applications | 8% | - Preventing cryptographic flaws - Java Cryptography Architecture (JCA) - Secure hashing, encryption, and key management |
| Understanding Application Security, Threats, and Attacks | 18% | - Common application-level attacks and vulnerabilities - Security integration in Software Development Life Cycle (SDLC) - Need and benefits of application security - Security modeling frameworks: SQUARE, OCTAVE |
| Secure Coding Practices for Session Management | 10% | - Secure session handling in Spring - Session vulnerabilities and mitigation - Session management in Java |
| Secure Application Design and Architecture | 12% | - Secure design principles - Secure architecture patterns - Threat modeling: STRIDE, DREAD |
