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EC-Council: Certified Application Security Engineer (CASE .NET) Certification Training in Qatar
The one-day Certified Application Security Engineer (CASE).NET training program aims to equip software professionals with the skills that organizations and academic institutions worldwide want. Software developers can construct safe apps with this extensive, hands-on course on application securit
EC-Council: Certified Application Security Engineer (CASE .NET) Certif
Engage in interactive, hands-on labs to test secure application software features and gain invaluable real-world experience.
Course materials designed to consider the most current technological advances and business trends in the software development life cycle.
Course Overview
The Certified Application Security Engineer (CASE). NET is a short, hands-on training on application security that will assist you in developing safe application software. This course covers security-related tasks related to planning, designing, testing, and deploying applications—all Secure Software Development Lifecycle (SDLC) stages. In contrast to other application security training, CASE covers safe requirement collecting, robust application design, and managing security concerns throughout the post-production stages of application development in addition to the secure coding practices standards. This training helps people make security a top priority in their work roles within the SDLC, making security the primary responsibility of developers, testers, network administrators, etc.
This one-day training event covers a variety of approaches, including error handling, session management, authentication/authorization, defensive coding strategies, input validation, and cryptographic attacks. It is sought after by software application engineers, analysts, and testers globally and regarded by recruiting officials. The knowledge gained from this course will help the organization by equipping it with defensive coding techniques that guard against inappropriate error handling and information exposure. Enroll in the Vinsys Qatar Certified Application Security Engineeer .NET program to learn how to protect apps from security flaws effectively. Give yourself the knowledge and skills to create, implement, and manage safe software in the modern digital environment.
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Course Objectives
This course has various learning objectives to equip you with the following skills and abilities to perform efficiently:
- Gain a thorough understanding of secure SDLC and models.
- Utilize your understanding of SAST, DAST, threat modeling, and OWASP Top 10.
- Record the security specifications for a developing application.
- Establish, uphold, and implement best practices for application security.
- Conduct an application's human and automatic code review.
- Assess vulnerabilities in web applications by doing application security testing.
- Encourage the creation of a comprehensive program for application security.
- Assess the seriousness of flaws and release in-depth reports outlining related risks and countermeasures.
- Collaborate in groups to strengthen security stance
- Use application security scanning tools, including encryption, single sign-on, AppScan, Fortify, WebInspect, and static and dynamic application security testing (SAST and DAST).
- Adhere to industry-accepted best practices for secure code, such as the OWASP Guide or CERT Secure code, to mitigate common coding vulnerabilities.
- Establish a method for software source code reviews as a component of the SDLC, Agile, and CI/CD development cycles.
Audience
This course is perfect for:
- Java Programmers
- Application Security Professionals
- Programmers who work using Java as their medium
- Application security-focused security analysts
- Security architects working on projects involving Java
- Specialists in online application penetration testing
- Experts in quality assurance seeking to include security in the SDLC
- IT specialists want to move into careers involving secure coding
- Engineers in DevOps who oversee secure deployment procedures
- Managers of technical projects who are in charge of Java development
- Cybersecurity experts offering guidance on Java application security
- Chief Technology Officers (CTOs) seeking to comprehend the threats and countermeasures for application security
- Information security officers who are in charge of protecting Java apps inside a company
Eligibility Criteria
The following are the minimal requirements needed to complete the Certified Application Security Engineer (CASE) .NET course:
- Knowledge of Java syntax and principles since the course will address security techniques unique to Java.
- Understanding of the HTTP protocol, web services, and client-server interactions involved in the operation of web applications.
- Basic understanding of cybersecurity concepts, dangers, and best practices.
- Comprehension of the phases involved in creating and implementing apps helps facilitate an understanding of the security considerations at every level.
- Knowledge of the SQL language and how programs interact with databases.
Course Outline
Module 1: Understanding Application Security, Attacks, and Threats
- What Is an Application Secure?
- Why Is Application Security Necessary?
- Most Typical Attacks at the Application Level
- Why Attacks Can Happen to Applications
- Creating Complete Application Security
- Unsecured Program: An Issue in Software Development
- Frameworks, Models, and Standards for Software Security
- Requirements for Security Getting Together
Module 2: The Value of Compiling Security Requirements
- Engineering Security Requirements (SRE)
- Modeling Abuse Cases and Security Use Cases
- Abuser and Security Narratives
- Requirements for Security Quality Engineering (SQUARE)
- Operationally Critical Assessment of Vulnerability, Asset, and Threat (OCTAVE)
- Design and Architecture of Secure Applications
Module 3: Comparative Expense of Vulnerability Fixing at Various SDLC Phases
- Design and Architecture of Secure Applications
- The Secure Design Process's Objective Secure Design Measures
- Principles of Secure Design
- Modeling of Threats
- Break Down the Secure Application Architecture
- Safe Coding Techniques for Validating Input
Module 4: Validation of Input Validation Patterns and Security Concerns
- Effects of Missing Information Techniques for Validating Input Data
- Utilizing Frameworks and APIs for Input Validation
- Open Source Java Servlet
- Filter Validation Framework
- Validation Filters for OWASP ESAPI Data
- Validation with Servlet Data
- Struts Framework
- Validation of Data: Spring Framework
- Errors in Input Validation
- Typical Secure Coding Techniques
Module 5: Best Practices for Secure Coding in Authentication and Authorization
- Overview of Authentication
- Authentication Types
- Authentication Vulnerabilities and Solutions
- Overview of Authorization
- Model of Access Control
- Authorization for EJB
- JAAS stands for Java Authentication and Authorization.
- Security in Java EE
- Authorization Typical Errors and Workarounds
- Spring Security Framework's Authorization and Authentication Systems
- Techniques for Defensive Coding to Prevent Broken Authentication and Authorization
- Secure Development Checklists: Inoperable Session Management and Authentication
Module 6: Secure Cryptography Coding Techniques
- Cryptography in Java
- Secret Keys and Encryption
- Class Cipher
- Electronic Signature
- SSL, or Secure Socket Layer,
- Crucial Administration
- Electronic Signatures
- Signed Sources of Code
- Hashing
- Java Card Cryptography
- Spring Security: Module for Cryptography
- Dos and Don'ts in Cryptography with Java
Module 7: The Best Methods for Cryptography in Java
- Safe Coding Techniques for Management of Sessions
- Management of Sessions
- Monitoring Sessions
- Managing Sessions with Spring Security
- Vulnerabilities in Sessions and Their Mitigation Strategies
- Guidelines and Best Practices for Managing Secured Sessions
- A Checklist for Safeguarding Session IDs and Credentials
- Norms for Safeguarded Meeting Administration
Module 8: Safe Coding Techniques for Managing Errors
- Overview of exclusions
- Inaccurate Exceptional Acts
- The Goods and Bads of Error Handling
- Handling Spring MVC Errors
- Managing Exceptions in Struts 2
- The Best Methods for Handling Errors
- Overview of Logging
- Using Log4j for logging
- Safe Coding for Logging
Module 9: Application Security Testing: Static and Dynamic (SAST and DAST)
- Handled Static Application Security Testing Examine Secure Code for the Most Typical Vulnerabilities
- Code Evaluation: Checklist Method
- SAST Report SAST Finding
- Automated Application Vulnerability
- Scanning Tools for Dynamic Application Security Testing
- Tools for Security Testing Based on Proxy
- Selecting Secure Deployment and Maintenance
- SAST vs. DAST
Module 10: Safe Implementation
- Previous Action for Deployment
- Activities for Deployment: Maintaining Security at Different Levels
- Assuring Network Security, Application Security, Host Security, and Web Container Security (Tomcat)
- Keeping Orcale Secure with Security Upkeep and Monitoring
About The Certification
The esteemed Certified Application Security Engineer .NET certification requires passing an exam. With the help of CASE certification, you can evaluate vulnerabilities in web applications by doing application security testing. These abilities validate an individual's capacity to take the appropriate measures against various computer and network security hazards, which benefits professionals such as software application engineers, analysts, and testers.
About The Examination :
After completing the course, you are qualified to sit for the CASE.NET test. The CASE test seeks to improve their credentials and satisfy industry expectations for safe software development by giving professionals a clear path to comprehend and use security measures in Java programs. Through CASE, testers and application developers may show they have the knowledge and abilities to address typical security risks. The details of the exam are listed below:
- There are fifty questions.
- Test Time: Two Hours.
- Test Format: Multiple Choice Questions.
- Passing Score: 70%
- Availability: EC-Council Exam Portal.
To be qualified to apply to take the CASE test, an applicant has to either:
- Attend the official CASE training the EC-Council offers through one of its approved partners.
- Have at least two years of professional experience in the information security or software sector.
- Hold any other industry-equivalent certificates, such as the GSSP.NET/Java
- Be an ECSP (.NET/Java) member in good standing.
Choose Your Preferred Mode
Online Training
- Real-time active engagement is encouraged in interactive online learning settings.
- Online learning tools that are simple to access for instruction.
- Flexible scheduling options to satisfy a variety of learners' needs.
- Knowledgeable advice from seasoned business professionals.
Corporate Training
- Devoted technical support to handle any issues arising from the virtual learning environment.
- Instructors help learners during the training process and offer customized comments.
- Regular assessments and tracking tools are necessary to monitor personal progress.
- Accreditation and recognition will be awarded upon completion of the online training course.
FAQ’s
What significance does app security have in today's digital world?
In most industries, software and applications are the keys to success for firms. Businesses suffer from poorly protected or insecure apps and risky code and deployment techniques. Web applications are the target of over 75% of all cyberattacks. Despite these concerning statistics, a lot of businesses neglect security, which leads to regular data breaches and identity theft.
Who created the CASE.NET Certification & Training?
EC-Council's collaboration with well-known application and software development specialists created the CASE Certification & Training.
What are the main objectives of the CASE Certification and Learning Program?
Ensuring that app security is no longer seen as an afterthought and providing the framework necessary for development companies or application developers to create safe, dependable, and less hazardous apps. Additionally, the goal is to empower personnel to prioritize security as the most crucial aspect of their job functions in the Software Development Life Cycle (SDLC) and to help enterprises reduce the risk of losing millions of dollars due to security breaches.
What distinguishes CASE from Alternative App Security Training?
Unlike other similar programs, the CASE course does not limit itself to secure coding practice standards. Instead, it discusses safe requirement collection, robust application design, and how to properly handle security concerns during the application development process' post-development stages.
Why is Security an Important Topic for Every Stage of the SDLC?
The best approach to developing highly secure apps is to manage security at every software development life cycle stage. Applications may withstand malicious assaults and lower end-user/application-vendor ownership costs with the help of security-focused strong design principles, rigorous coding, testing, and deployment procedures.
Is the focus of the CASE course more on practical learning or theoretical aspects?
It provides practical instruction with access to iLabs, the cloud-based laboratory offered by EC-Council.
Is attending the EC-Council-authorized training required before the CASE exam?
No. But in that case, to sit for the CASE test, you would need to prove that you are a current, active member of ECSP (.NET), have at least two years of experience working in the infosec/software field, or possess other certifications that are recognized as being on par with the industry, such the GSSP.NET.
For the CASE certification course, why choose Vinsys Qatar?
In addition to being the leading EC-Council Accredited Training Partner (ATP), Vinsys is a well-regarded worldwide provider of Individual/Corporate IT training. Its unrivaled products, certified instructors, adaptable skilling programs, and 24/7 learner support guarantee the most thorough upskilling experiences—a must for taking advantage of crucial NET application security prospects.
What is the duration of the Certified Application Security Engineer (CASE) course?
The length of this course is one day.
How does Vinsys provide a return on investment for its clients?
Vinsys offers comprehensive training and skill development programs, enhanced monitoring for individuals and groups, and tailored training to achieve specific goals to guarantee a company's return on investment.
Is there help available after the course?
Through round-the-clock support, the training method ensures you get guidance and help while using your newly acquired skills.
Why Vinsys
Seasoned Instructors
Official Vendor Partnerships
Authorized Courseware
3,000+ Courses & 2,000+ Modules
In Synch with Tech-advancements
Customizable Blended Learning Options
Reviews
It was a great experience to enroll in this course. My knowledge base has grown significantly, allowing me to include security in the Software Development Life Cycle (SDLC). There were solutions to all of the queries from the beneficial experts
Yogesh RaiProject Manager
The best career decision I have ever made is enrolling in this course. I now better understand the models, frameworks, and reference standards for software security, which will ultimately help my firm succeed. Thanks to this training, I can advance and work well. I'm grateful, Vinsys
Jaya KamalIT Head
After successfully completing the course, my staff is now equipped to use defensive coding techniques to prevent erroneous error handling and information leakage. This training gave my staff a wealth of information, ultimately benefiting my firm. My heartfelt gratitude for the trainers' support.
Saadiq al-Kanan
After we enrolled our team members in Vinsys' CASE training, our company's assignments drastically improved. Vinsys' cutting-edge methods and training resources made it easy for our team to get data and make strategic decisions that would increase the business's profitability.
Tanuj Attri
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