Master circuit breakers, bulkheads, retries, and load balancing for stable distributed systems
What you will learn
Understand the core resilience patterns used in modern microservices
Implement circuit breakers using Resilience4j in Spring Boot
Apply retry logic to recover from transient service failures
Use time limiter patterns to prevent backend hangs and long response times
Protect APIs with rate limiting using Bucket4j and Resilience4j
Isolate failures with the bulkhead pattern (thread-pool and semaphore isolation)
Build load-balanced microservices with Spring Cloud LoadBalancer
Set up routing and edge protection with Spring Cloud Gateway
Secure endpoints using OAuth2, JWT, and Spring Security
Configure identity providers (like Auth0) for real-world authentication
Monitor service health using Spring Boot Actuator
Create fault-tolerant asynchronous flows using CompletableFuture and TimeLimiter
Compare different resilience libraries (Resilience4j vs. Bucket4j) and know when to use each
Write integration tests for resilient endpoints in Spring Boot
Design backend systems that stay reliable under pressure and traffic spikes
Add-On Information:
Get Instant Notification of New Courses on our Telegram channel.
Noteβ Make sure your ππππ¦π² cart has only this course you're going to enroll it now, Remove all other courses from the ππππ¦π² cart before Enrolling!
- Design for Inherent Stability: Architect microservices that inherently resist failures, ensuring your applications remain robust and available under diverse conditions.
- Prevent Cascading Failures: Master techniques to isolate faults, stopping individual service issues from crippling your entire distributed system.
- Optimize System Resource Management: Implement strategies to protect critical resources from exhaustion, maintaining service availability even during high demand.
- Enhance End-User Satisfaction: Build highly responsive and available systems, directly improving the user experience by minimizing service interruptions.
- Adopt a Proactive Resilience Mindset: Cultivate a development approach focused on anticipating and mitigating distributed system challenges before they impact users.
- Seamless Security & Resilience: Integrate robust authentication and authorization within your resilient architecture, creating secure yet highly available microservices.
- Achieve Operational Readiness: Develop the skills to deploy, monitor, and maintain production-grade microservices with confidence, reducing downtime and operational overhead.
- Master Inter-Service Dependency Management: Learn to effectively manage complex service interactions, preventing single points of failure from propagating across your ecosystem.
- Unlock True Scalability: Understand how foundational resilience patterns are crucial for building microservices that scale horizontally without compromising stability.
- Fortify Your API Edge: Implement advanced gateway-level protection to shield backend services from malicious traffic, overload, and external instability.
- Strategic Resilience Tooling: Gain expertise in choosing and applying the most appropriate resilience libraries for specific architectural challenges.
- Hands-On Architectural Application: Translate sophisticated resilience theories into practical, demonstrable implementations using industry-standard frameworks.
- Diagnose & Mitigate System Bottlenecks: Develop sharp analytical skills to identify and resolve performance issues and failure points in complex microservice deployments.
- Ensure Uninterrupted Business Operations: Design systems that are inherently resistant to common failures, directly contributing to continuous service and revenue stability.
- PROS:
- Comprehensive Skill Set: Gain a holistic understanding of resilience from core patterns to security, monitoring, and gateway protection, making you a full-stack resilience expert.
- Industry-Relevant Tools: Work with leading libraries and frameworks like Spring Boot, Resilience4j, and Auth0, directly applicable to modern enterprise development.
- Immediate Practical Application: The ‘hands-on’ approach ensures you can apply learned patterns to your projects instantly, seeing tangible improvements in system stability.
- Future-Proof Your Career: Mastering distributed system resilience is a critical and highly sought-after skill in today’s cloud-native and microservice-driven job market.
- CONS:
- Prerequisite Knowledge Assumed: While hands-on, the course likely expects a foundational understanding of Spring Boot and general microservice concepts to maximize learning.
English
language