May 1, 2024
Updated November 6, 2026
17 minute read
Spring Security is a powerful and highly customizable authentication and access-control framework. It stands as the de-facto standard for securing Spring-based applications, offering comprehensive solutions for protecting modern software systems. If you're venturing into the world of Java development, particularly for enterprise-level applications, understanding Spring Security is a significant step toward building robust and secure software. This framework not only simplifies the process of implementing security measures but also provides a flexible architecture that can be tailored to meet specific and complex security requirements.
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Find a path to becoming a Spring Security. Learn more at:
OpenCourser.com/topic/jm11gp/spring
Reading list
We've selected 17 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Spring Security.
The definitive authoritative handbook on the Spring Security framework, providing comprehensive coverage of authentication filters, authorization rules, OAuth 2.0 authorization servers, and JWT validation in Spring Boot 3.
Presents end-to-end enterprise architectures for securing Spring applications, detailing method-level authorization, custom security context propagation, multi-tenant authentication, and single sign-on integrations.
Provides the essential conceptual blueprint for modern API security, formalizing client credentials, authorization code grants, token introspection, and refresh flows implemented by Spring Security resource servers.
Stands as the quintessential guide to writing robust, maintainable Java code, teaching immutability, defensive copying, and serialization safeguards essential for preventing security exploits in Java backends.
Explores distributed security engineering in containerized environments, covering edge gateway authentication, JWT token relay patterns, mutual TLS encryption, and decentralized authorization for microservices.
Details practical security patterns for REST and GraphQL endpoints, demonstrating token-based authentication, capability-based authorization, rate limiting, and cryptographic request signing in backend systems.
Covers the complete Spring development lifecycle, guiding developers through core container configuration, reactive WebFlux endpoints, and the declarative security filter chains that safeguard web applications.
Introduces Spring framework fundamentals with exceptional clarity, teaching beans, dependency injection, and aspect-oriented programming necessary to comprehend how security interceptors protect execution paths.
Demonstrates how to build cloud-native enterprise Spring applications, integrating Spring Security with Keycloak, OpenID Connect authentication, testcontainers for security testing, and container deployment.
Examines modern web vulnerability vectors including Cross-Site Request Forgery, session hijacking, and Cross-Origin Resource Sharing misconfigurations that Spring Security filters are engineered to prevent.
Provides practical domain-driven security patterns for enterprise architectures, showing developers how to embed type-safe authentication barriers and secure data contracts directly into service domains.
Presents domain-driven design strategies to systematically eliminate software vulnerabilities, using strong typing and domain validation to ensure malformed data cannot compromise Spring Security boundaries.
Details modern defensive programming practices for enterprise backend frameworks, analyzing token handling, CSRF protections, and vulnerability triage across modern continuous delivery pipelines.
Teaches developers how to implement resilient security in distributed microservice architectures, focusing on Spring Cloud Gateway filters, OAuth2 token propagation, and role-based access control policies.
Authored by core Spring Security committers, walking through authentication provider hierarchies, UserDetailsService implementations, password encoder hashing, and remember-me token management in enterprise apps.
Focuses on reactive programming paradigms, illustrating how to implement non-blocking security contexts, reactive authentication managers, and reactive method security using Spring WebFlux and Project Reactor.
Bridges conceptual software risk analysis and tactical framework hardening, showing how STRIDE threat modeling systematically uncovers authorization bypass vulnerabilities before code deployment.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/jm11gp/spring
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