Design Secure Programs, Security Assurance and Testing using Java Training by Tonex
Design Secure Java Programs Workshop is a comprehensive training program offered by Tonex, designed to equip participants with the essential skills and knowledge to develop secure Java applications. This hands-on workshop delves into the intricacies of Java programming, focusing on security best practices and techniques to mitigate potential vulnerabilities.
Tonex’s Design Secure Java Programs Workshop is a dynamic and immersive training program tailored for Java developers, software engineers, and architects. This intensive workshop provides a deep dive into the essential principles of secure Java programming, covering topics such as common security threats, secure data handling, authentication, and authorization. Participants will gain practical insights into conducting security assessments and implementing robust security frameworks.
Through hands-on exercises and real-world case studies, attendees will acquire the expertise needed to design and develop secure Java applications, safeguarding against potential vulnerabilities. Elevate your Java programming skills and enhance your understanding of secure coding practices with this comprehensive workshop.
Learning Objectives:
- Understand fundamental principles of secure Java programming.
- Implement secure coding practices to safeguard against common vulnerabilities.
- Explore encryption and authentication mechanisms in Java applications.
- Learn to conduct security assessments and identify potential threats.
- Acquire skills in secure data handling and input validation.
- Develop a robust understanding of Java security frameworks.
Audience: This workshop is ideal for Java developers, software engineers, and architects who are involved in the design and development of Java applications. Security professionals seeking to enhance their knowledge of Java application security will also benefit from this course.
Course Modules:
Pre-test 1
Module 1: Introduction to Java Security
- Overview of Java security features
- Importance of secure coding in Java
Module 2: Common Security Threats in Java Applications
- Injection attacks and prevention
- Cross-Site Scripting (XSS) mitigation
- Cross-Site Request Forgery (CSRF) protection
Module 3: Secure Data Handling in Java
- Best practices for data encryption
- Secure storage and transmission of sensitive information
- Protection against data leakage
Module 4: Authentication and Authorization in Java
- User authentication methods in Java
- Role-based access control (RBAC)
- Implementing secure session management
Module 5: Security Assessments for Java Applications
- Java security assurance and testing
- Conducting code reviews for security
- Performing penetration testing
- Identifying and remediating security vulnerabilities
Workshop 1: Integration of Java Security Frameworks
- Introduction to security frameworks (e.g., Spring Security)
- Implementation of security controls using frameworks
- Configuring and customizing security features in Java applications
Workshop 2: Java Security Best Practices
- Using Modules to Isolate Internal Code
- Keeping Java Code Simple
- Abstract implementation details away from end-users
- Access modifiers
- Create modularity and compartmentalize API
- Use GuardRails to check for the latest Java vulnerabilities in code release
- Use Libraries That Are Proven And Popular
- Check Exceptions And Exception Handling
- DevSecOps Pipeline
- Serialization Issues
- Hashing User Passwords
- Error Handling and Logging
- Injection Attacks
- SQL Injection Opportunities
- Key Steps To Prevent SQL injections
- XPath Injection
- Sanitize user input
- GuardRails
Post-tests
Final Project:
Participants can work on a small final project where they apply the knowledge gained during the workshop.