Cyber Secure Coding with Java Training by Tonex
This comprehensive training program is designed to equip software developers and IT professionals with the essential skills and knowledge needed to develop secure and resilient Java applications. Participants will gain a deep understanding of secure coding principles and techniques to mitigate common cyber threats and vulnerabilities associated with Java-based systems.
The Cyber Secure Coding with Java training by Tonex is a comprehensive program designed for Java developers and IT professionals. This course focuses on equipping participants with essential skills to develop secure and resilient Java applications.
Covering secure coding principles, the curriculum addresses common vulnerabilities, implements encryption and authentication, and explores best practices for input validation, session management, error handling, and file/data handling in Java.
With a strong emphasis on secure communication in distributed systems, participants will gain practical insights to safeguard Java applications against cyber threats. This training is ideal for software engineers, security analysts, and technical leads seeking to enhance their Java development practices.
Learning Objectives:
- Understand the fundamentals of secure coding in Java.
- Identify and address common security vulnerabilities in Java applications.
- Implement encryption and authentication mechanisms in Java code.
- Learn secure input validation techniques to prevent injection attacks.
- Develop a strong understanding of secure session management in Java applications.
- Explore best practices for secure error handling and logging.
- Implement secure coding practices for file and data handling in Java.
- Master techniques for secure communication in distributed Java systems.
Audience: This course is ideal for:
- Java Developers
- Software Engineers
- IT Professionals
- Security Analysts
- System Architects
- Technical Leads
Course Outline:
Introduction to Secure Coding in Java
- Importance of Secure Coding
- Overview of Java Security Features
- Security Development Life Cycle in Java
Common Security Vulnerabilities in Java Applications
- Input Validation and Injection Attacks
- Cross-Site Scripting (XSS) and Cross-Site Request Forgery (CSRF)
- Insecure Deserialization and Serialization
Cryptography and Authentication in Java
- Java Cryptography Architecture
- Implementing Secure Password Storage
- Two-Factor Authentication in Java Applications
Secure Input Validation Techniques
- Input Validation Best Practices
- Preventing SQL Injection and Command Injection
- Validating and Sanitizing User Input
Secure Session Management in Java
- Session Management Fundamentals
- Securing Session Cookies
- Session Fixation Prevention Techniques
Secure Error Handling and Logging
- Effective Error Handling in Java
- Secure Logging Best Practices
- Preventing Information Leakage
Secure File and Data Handling in Java
- File Upload Security
- Secure Database Access in Java
- Data Encryption and Decryption in Java
Secure Communication in Distributed Java Systems
- Securing Web Services and APIs
- Transport Layer Security (TLS) in Java
- Implementing Secure Communication Protocols in Java Applications