This document provides information about the EC-Council Certified Secure Programmer Java course. The course teaches developers how to identify security flaws and implement security countermeasures throughout the software development life cycle. It covers topics like Java security principles, secure coding practices, threat modeling, authentication and authorization. The target audience is students and programmers who develop secure Java applications. Upon completion, participants can take a 50 question, multiple choice certification exam.

1. EC-Council Certified Secure Programmer Java
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Lets set up Framework
 About EC-Council Secure Programmer Java
 Course Objective.
 What will you learn.
 Prerequisite & Target Audience.
 Exam structure.
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EC-Council Certified Secure Programmer
 This course will be invaluable to software developers and programmers alike to
code and develop highly secure applications and web applications. This is done
throughout the software life cycle that involves designing, implementing, and
deployment of applications.
 The course teaches developers how to identify security flaws and implement
security countermeasures throughout the software development life cycle to
improve the overall quality of products and applications.

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EC-Council Certified Secure Programmer
 EC-Council Certified Secure Programmer lays the foundation required by all
application developers and development organizations to produce applications
with greater stability and fewer security risks to the consumer. The Certified
Secure Application Developer standardizes the knowledge base for application
development by incorporating the best practices followed by experienced
experts in the various domains.
 This course is purposefully built with tons of labs peppered throughout the three
days of training, offering participants critical hands on time to fully grasp the new
techniques and strategies in secure programming.

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Course Objective
 This comprehensive course deep drives the reader on:
• How Java security works.
• Its security features.
• Its security policies.
• Its strengths, and weaknesses.
 This course will help in understanding how best a programmer can write code to
optimize application security.
 This course will give basic to advanced knowledge in various aspects of secure
Java development that can effectively prevent hostile and buggy code saving
valuable effort, money, time and reputation of organizations as ‘prevention is
always better than cure’.

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What will you learn
1. Advanced knowledge of Java Security principles through advanced concepts
and secured coding practices.
2. Core Java Security concepts such as Java Security Platform, Sandbox, JVM, Class
loading, Bytecode verifier, Security Manager, security policies as well as Java
Security Framework.
3. Secure Software Development, Threat modelling, Software Security Framework,
Secure Software architectural design, coding, testing, review process techniques
and practices.
4. Secure File Input/Output as well as secure coding in Serialization process, their
best practices, standards and guidelines

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What will you learn
5. Input validation in Java, its various techniques, input validation errors and best
practices in implementing them.
6. Java’s fundamental concepts, the ‘Exceptions’; erroneous behaviour, best coding
practices in avoiding and handling them.
7. Secure Authentication and Authorization .process implementation in Java
applications, their various standard practices and guidelines.
8. Java Authentication and Authorization Service (JAAS), its architecture, Pluggable
Authentication Module (PAM) Framework, access permissions through Java
Security Model

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What will you learn
9. Secure Java Concurrency and Session Management that includes Java Memory
Model, Java Thread Implementation methods, secure coding practices, guidelines
for handling threads, race conditions and deadlocks
10. Core security coding practices of Java Cryptography that includes Encryption,
KeyGenerator, implementation of Cipher Class, Digital Signatures, Secret Keys
and key management
11. Strengths and weaknesses of Java applications, various Java Application
Vulnerabilities namely Cross-Site Scripting (XSS), Cross Site Request Forgery
(CSRF), Directory Traversal vulnerability, HTTP Response Splitting attack,
Parameter Manipulation, Injection Attacks their prevention techniques, secure
coding best practices and countermeasures to avoid Java application
vulnerabilities

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Prerequisite & Target Audience
Prerequisite
 You must be well-versed with JAVA programming
language.
Target Audience
 Students looking for their career in JAVA Programming
 Programmers who are responsible for designing and building
secure Windows/Web based applications with JAVA Framework.
It is designed for developers who have JAVA development skills.

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Exam Framework
 Number of Questions: 50
 Passing Score: 70%
 Test Duration: 2 Hour
 Test Format: Multiple Choice.
 Test Delivery: Online.
 Exam Prefix: 312-94

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