The EC-Council Certified Application Security Engineer (CASE.NET)

The EC-Council Certified Application Security Engineer (CASE.NET)

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Duration

3 Days

Certified Instructor

Course Id

nextecEC601

Course Description

Course Overview

The Council Certified Application Security Engineer (CCASE) course is designed to equip individuals with the knowledge and skills needed to secure and defend application software from potential vulnerabilities and cyber-attacks. This course covers various domains of application security, including secure coding practices, vulnerability assessment and management, secure software testing, and secure software deployment. The CCASE certification validates the expertise of professionals in application security engineering.

Prerequisites

To enroll in the CCASE course, individuals should have a basic understanding of programming concepts and experience in software development. Familiarity with at least one programming language and web application development is recommended. The CCASE course is suitable for software developers, security professionals, and individuals aspiring to specialize in application security engineering.

Methodology

The CCASE course adopts a comprehensive and hands-on approach to learning. It combines theoretical lectures, practical demonstrations, group discussions, and interactive lab exercises to ensure a deep understanding of application security concepts and practices. Participants will learn from experienced instructors with expertise in application security, engage in collaborative activities and discussions, and work on real-world scenarios and simulations. The course emphasizes practical application and provides hands-on experience to develop the necessary skills in application security engineering.

Course Outline

Secure Coding Practices

Understanding common software vulnerabilities

Implementing secure coding practices and guidelines

Addressing security concerns during the software development lifecycle

Threat Modeling and Risk Assessment

Conducting threat modeling for application security

Identifying and prioritizing potential security risks

Assessing the impact and likelihood of security threats

Secure Software Testing

Performing security testing and vulnerability assessments

Implementing secure code review processes

Utilizing automated tools for security testing

Secure Software Deployment

Securely configuring application servers and environments

Managing access controls and authentication mechanisms

Implementing secure software deployment practices

Secure Software Maintenance and Incident Response

Establishing processes for secure software maintenance

Managing software updates and patches

Developing an incident response plan for application security breaches

Outcome

Upon completing the CCASE course and obtaining certification, professionals will have the knowledge and skills necessary to effectively secure and defend application software against potential vulnerabilities and cyber-attacks. They will be equipped to implement secure coding practices, conduct vulnerability assessments, perform secure software testing, and deploy applications securely. Graduates of the course will be well-prepared for roles such as application security engineers, software developers with a focus on security, or security consultants specializing in application security. The CCASE certification enhances career prospects and validates expertise in application security engineering.

Labs

The CCASE course includes hands-on lab exercises that allow participants to apply their knowledge and skills in a simulated application development environment. The labs cover various aspects of application security and provide practical experience in implementing secure coding practices, conducting vulnerability assessments, and performing secure software testing. The specific labs may vary based on the training provider and curriculum, but some examples of lab activities may include:

  • Implementing secure coding practices and addressing common software vulnerabilities
  • Performing vulnerability assessments using automated tools and manual techniques
  • Conducting secure code reviews and identifying potential security risks
  • Configuring secure application servers and managing access controls

Responding to simulated application security incidents and performing incident analysis

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