Secure Your Code: Real-World Strategies for Spring Boot

In today’s competitive tech environment, the need for secure, resilient, and scalable backend systems is paramount. The course “Secure Coding in Spring Boot: Real-World Coding Guide” delves deep into the intricacies of developing secure applications that can withstand failures and scale efficiently. Designed specifically for backend developers, it explores contemporary challenges developers face when building applications that are robust against threats and capable of functioning reliably in production. You will learn not only the how-tos, but also the important reasons behind these security features, ensuring you’re well-equipped to handle real-world scenarios that modern applications encounter.

From handling user authentication to protecting sensitive data with OAuth 2.0 and OpenID Connect, this course provides you with essential tools and techniques needed to secure your applications. Throughout, you will engage with practical exercises and real coding examples that mirror situations you’ll likely face in your career. With an emphasis on architectural best practices, you will learn to implement features such as circuit breakers and rate limiting to ensure your applications are fortified against potential abuses. Furthermore, two annex sections at the beginning of the course will familiarize you with Spring Boot and Spring Security fundamentals, critical for those new to these technologies.

By the end of your learning journey, you will be adept in designing scalable, fault-tolerant, and secure systems, ready to take your backend development skills to the next level. Invest in your future and get started with this comprehensive guide to modern secure coding in Spring Boot!

What you will learn:

• Understand and implement OAuth 2.0, OpenID Connect, and JWT for secure authentication
• Integrate and configure identity providers like Auth0 in real-world applications
• Secure REST APIs using Spring Security with roles, permissions, and filters
• Apply rate limiting using Bucket4j to protect endpoints from abuse and overload
• Use Resilience4j to implement circuit breaker, retry, and time limiter patterns
• Design fault-tolerant microservices that gracefully handle service failures
• Isolate system failures with bulkhead patterns for enhanced service stability
• Build and configure API Gateways using Spring Cloud Gateway
• Implement load balancing strategies with Spring Cloud LoadBalancer
• Monitor and manage application health using Spring Boot Actuator
• Secure your application with HTTPS, TLS configuration, and property-based setup
• Structure scalable Spring Boot projects with production-level best practices
• Customize Spring Security authentication flows and login/logout handling
• Configure Spring Boot applications with environment-specific properties
• Understand architectural patterns for building secure, robust, and scalable systems

Course Content:

• Sections: 6
• Lectures: 43
• Duration: 11h 55m

Requirements:

• Basic knowledge of Java programming
• Familiarity with object-oriented programming concepts
• Some experience working with Spring Framework (recommended but can be learned during the course too)
• Understanding of RESTful APIs and HTTP fundamentals
• Basic knowledge of Maven or Gradle build tools
• Comfortable using an IDE like IntelliJ IDEA or Eclipse
• No prior experience with Resilience4j, Auth0, or OAuth2 required – all will be explained in the course.

Who is it for?

• Java developers who want to go beyond CRUD and build production-grade systems
• Backend engineers aiming to design secure and fault-tolerant APIs
• Spring Boot users looking to deepen their understanding of Spring Security and Resilience4j
• Software developers preparing for roles in microservices or cloud-native architectures
• Engineers interested in mastering OAuth2, OpenID Connect, and API protection patterns
• Developers seeking to implement real-world resilience patterns like retries and circuit breakers
• Tech leads and architects responsible for system reliability and scalability
• DevOps-minded engineers who care about observability, rate limiting, and system hardening
• Anyone building Java-based distributed systems who wants practical guidance on robust design
• Developers from other languages (Node.js, Python, Go) wanting to learn backend best practices via Spring Boot

What are you waiting for to get started?

Enroll today and take your skills to the next level. Coupons are limited and may expire at any time!

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