Secure endpoints, handle failure gracefully, and scale your system like a pro. Build systems that survive load & failure
β±οΈ Length: 10.8 total hours
β 4.00/5 rating
π₯ 4,383 students
π August 2025 update
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- Course Overview
- Embark on a practical, code-first journey to master secure and resilient Spring Boot application development. This course is engineered for developers aiming to build enterprise-grade systems that withstand sophisticated cyber threats and operational failures.
- Go beyond basic coding to architect applications that are inherently robust, highly available, and performant under extreme conditions. Learn to design systems that not only secure data and interactions but also maintain continuous service, even when external dependencies or network conditions are unstable.
- Discover how to embed advanced security protocols and sophisticated fault-tolerance mechanisms directly into your microservices. The curriculum focuses on proactive design principles to safeguard against breaches, manage high traffic loads, and gracefully handle service disruptions, ensuring your systems are truly production-ready.
- Understand the critical balance between fortifying against attacks and building systems that can gracefully degrade. This guide equips you with architectural insights and coding techniques necessary to develop applications that are both secure and truly survivable in complex distributed environments.
- Requirements / Prerequisites
- Java Fundamentals: Solid understanding of core Java concepts, including object-oriented programming (OOP).
- Spring Boot Basics: Familiarity with Spring Boot project setup, dependency injection, and creating RESTful endpoints.
- Development Environment: An IDE (e.g., IntelliJ IDEA, VS Code) and JDK 11+ installed.
- Build Tools: Basic experience with Maven or Gradle.
- Web Concepts: Understanding of HTTP, client-server architecture, and REST principles.
- No Prior Security Experience: While helpful, previous expertise in application security or resilience patterns is not strictly required.
- Skills Covered / Tools Used
- Advanced Authentication & Authorization: Implementing robust identity verification and fine-grained access control in Spring Boot applications.
- API Security Hardening: Strategies to protect RESTful APIs from vulnerabilities, overload, and unauthorized access.
- Microservice Resilience Engineering: Designing distributed systems that detect, isolate, and recover from component failures, ensuring high availability.
- Fault-Tolerant Design Patterns: Applying architectural patterns for graceful degradation and preventing cascading failures.
- Identity Management Integration: Connecting Spring Boot applications with external identity providers for secure user management.
- Traffic Management & Load Handling: Techniques to manage application performance and resource consumption under high user loads.
- Secure Coding Principles: Adopting defensive coding practices to mitigate security risks from the ground up.
- Spring Boot Ecosystem: Leveraging Spring’s capabilities for building scalable, secure, and maintainable services.
- Production Readiness: Skills to prepare applications for demanding, real-world production and cloud environments.
- Benefits / Outcomes
- Engineer Production-Ready Systems: Confidently build Spring Boot applications that are secure, highly available, and performant under real-world stress.
- Become a Security Champion: Cultivate a security-first mindset, proactively embedding robust protection into every layer of your architecture.
- Master Resilient Architecture: Design and implement microservices capable of gracefully handling failures, preventing downtime, and ensuring continuous service.
- Boost Career Opportunities: Gain in-demand skills in secure coding, API protection, and fault-tolerant system design.
- Deliver Trustworthy Applications: Create systems that instill user confidence through enhanced data protection and uninterrupted service availability.
- Streamlined Operations: Reduce manual intervention during incidents by designing applications with automated failure recovery and improved stability.
- Implement Best Practices: Apply industry-leading standards for authentication, authorization, and resilience in your projects.
- PROS
- Highly Practical and Actionable: Focuses on hands-on coding and real-world scenarios for immediate skill application.
- Unique Dual Focus: Comprehensively covers both critical security and essential resilience patterns.
- Industry Relevant: Directly addresses challenges in modern microservices and distributed system architectures.
- Expert-Level Content: Provides advanced insights into architectural considerations for complex production environments.
- Up-to-Date: Content updated to August 2025, ensuring relevance with current Spring Boot versions and best practices.
- Proven Quality: Strong student ratings and enrollment numbers reflect the course’s effectiveness and value.
- Empowering Skills: Equips developers with the confidence to build truly robust and dependable applications.
- CONS
- Significant Time Investment: The depth and breadth of topics require dedicated effort and time commitment to fully master.
Learning Tracks: English,Development,Software Engineering
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