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Catalog / All levels / OffSec CyberCore (OSCC-SJD) Secure Java Development Essentials Certification with 10 Practice Exams
Mammoth Club All levels 9 sections 54 lectures

OffSec CyberCore (OSCC-SJD) Secure Java Development Essentials Certification with 10 Practice Exams

You're a Java developer. You build applications that solve problems. But is the code you write secure? This program teaches you to think like an attacker so you can code like a defender, finding and fixing vulnerabilities before they ever reach production.

MC
Created by Team Mammoth
·
54 lectures
01
Skill level
All levels
02
Sections
9
03
Lectures
54
04
Instructor
Team Mammoth
What's inside

This course includes.

✓
9
Sections
✓
Certificate of completion
Included
✓
Mobile and desktop access
Included
✓
AI learning assistance
Included
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Course content

Curriculum & lectures.

9 sections · 54 lectures
+ Section 1: Secure Coding Principles (Domain 1) 7 lectures Preview
Lecture 1.00: Introduction Locked
Lecture 1.01: Introduction to Secure Java Development Locked
Lecture 1.02: Core Security Design Principles Locked
Lecture 1.03: Java Security Architecture and Ecosystem Locked
Lecture 1.04: Secure Coding Standards and Guidelines Locked
Lecture 1.05: Common Java Vulnerabilities and Pitfalls Locked
Lecture 1.06: Threat Modeling and Defensive Programming Locked
+ Section 2: Error Handling and Logging with Java (Domain 2) 6 lectures
Lecture 2.01: Principles of Secure Error Handling Locked
Lecture 2.02: Java Exception Handling Best Practices Locked
Lecture 2.03: Secure Logging Fundamentals Locked
Lecture 2.04: Logging Frameworks and Configuration Locked
Lecture 2.05: Managing Sensitive Data in Logs Locked
Lecture 2.06: Audit Logging and Monitoring Locked
+ Section 3: Input Validation with Java (Domain 3) 6 lectures
Lecture 3.01: Introduction to Input Validation Locked
Lecture 3.02: Whitelisting vs. Blacklisting Validation Locked
Lecture 3.03: Preventing Injection Attacks Locked
Lecture 3.04: Validation APIs and Frameworks Locked
Lecture 3.05: Handling Special Inputs Locked
Lecture 3.06: Client-side vs. Server-side Validation Locked
+ Section 4: Output Encoding with Java (Domain 4) 5 lectures
Lecture 4.01: Importance of Output Encoding Locked
Lecture 4.02: Context-Specific Encoding Strategies Locked
Lecture 4.03: Using Java Encoding Libraries Locked
Lecture 4.04: Safe Templating and Frameworks Locked
Lecture 4.05: Case Study: Preventing XSS in a Web App Locked
+ Section 5: HTTP Cookie Security with Java (Domain 5) 5 lectures
Lecture 5.01: Understanding Cookies and Sessions Locked
Lecture 5.02: Cookie Attributes (HttpOnly, Secure, SameSite) Locked
Lecture 5.03: Managing Cookies in Java Applications Locked
Lecture 5.04: Preventing Cookie-based Attacks Locked
Lecture 5.05: Best Practices in Cookie Usage Locked
+ Section 6: Security Misconfigurations with Java (Domain 6) 6 lectures
Lecture 6.01: Overview of Common Misconfigurations Locked
Lecture 6.02: Hardening Java Application Servers Locked
Lecture 6.03: Secure Configuration of Frameworks Locked
Lecture 6.04: Environment and Dependency Management Locked
Lecture 6.05: Continuous Scanning and Remediation Locked
Lecture 6.06: Cloud and Container Configuration Security Locked
+ Section 7: Web Session Management with Java (Domain 7) 5 lectures
Lecture 7.01: Session Fundamentals in Java Locked
Lecture 7.02: Session Fixation and Prevention Locked
Lecture 7.03: Secure Session Timeout and Invalidation Locked
Lecture 7.04: Session Storage Options and Alternatives Locked
Lecture 7.05: Session Management in Frameworks Locked
+ Section 8: Using Databases with Java (Domain 8) 7 lectures
Lecture 8.01: Secure Database Connections Locked
Lecture 8.02: Preventing SQL Injection Locked
Lecture 8.03: Secure ORM Usage Locked
Lecture 8.04: Encrypting Data in Transit and At Rest Locked
Lecture 8.05: Database Access Controls (Principle of Least Privilege) Locked
Lecture 8.06: Handling Sensitive Data (Hashing and Tokenization) Locked
Lecture 8.07: Auditing and Monitoring Database Activity Locked
+ Section 9: Assembling the Pieces: Java Security Essentials (Domain 9) 7 lectures
Lecture 9.01: Integrating Security into the SDLC (DevSecOps) Locked
Lecture 9.02: Threat Modeling and Secure Design Patterns Locked
Lecture 9.03: Security Testing Techniques (SAST, DAST, Pen Testing) Locked
Lecture 9.04: Capstone Project – Applying Secure Java Practices Locked
Lecture 9.05: Review of Key Concepts and Exam Preparation Locked
Lecture 9.06: Continuous Improvement and Next Steps Locked
Lecture 9.07 Conclusion Locked
Description

About this course.

Learn to identify, understand, and mitigate common security vulnerabilities in Java applications, from input validation flaws to complex injection attacks, all through hands-on coding examples.


✅ Master secure input validation and output encoding techniques to prevent common injection attacks like SQL Injection and Cross-Site Scripting (XSS).

✅ Understand and implement proper authentication and authorization controls to protect sensitive data and functionality.

✅ Learn to manage application dependencies securely and avoid common misconfigurations that lead to compromise.

✅ Explore the risks of insecure deserialization and learn best practices for designing and securing Java APIs.


Whether you're a developer wanting to write more resilient code or a penetration tester needing to understand the Java attack surface, this program provides the essential, code-level security knowledge you need.


🎁 Includes 10 Practice Exam. Find the bug. Fix the flaw. Harden the code.


Secure code isn't an optional feature—it's a professional responsibility. If you're ready to build applications that are secure by design, your training starts here.

Ready to start building?

You're a Java developer. You build applications that solve problems. But is the code you write secure? This program teaches you to think like an attacker so you can code like a defender, finding and fixing vulnerabilities before they ever reach production.

Buy lifetime access →