Practical Security Architecture - Hands on!

Dive into the realm of distributed systems security with our practical course, designed to provide you with the essential skills to build secure and reliable systems and excel as a security architect. We'll address critical challenges like authentication, authorization, and secure communication, equipping you with expertise in industry-standard technologies and security patterns to navigate today's evolving threat landscape.

Get hands-on experience with powerful tools. Learn to leverage Keycloak for robust authentication, and OPA for fine-grained policy enforcement. Master secure communication and efficient traffic management using Nginx, and develop proficiency in threat detection and mitigation with OWASP CRS and ModSecurity. You'll also integrate JWT for secure token management, Sidecar for building modular architectures, and Reverse Proxy for optimized traffic handling. Finally, learn to implement secure protocols with digital certificates and HTTPS to guarantee data integrity and privacy.

In this course, you will:

• Authenticate and verify identities using a self-hosted open-source identity provider.
• Control access with precision using OPA for robust policy enforcement.
• Secure communications and manage network traffic with Nginx as an inbound and outbound sidecar proxy.
• Detect and mitigate threats with OWASP CRS for comprehensive threat detection rules and OWASP ModSecurity as a first line of defense.
• Integrate essential security patterns such as JWT for secure token management, Sidecar for modular architecture, and Reverse Proxy for efficient traffic handling.
• Implement secure mutual TLS (mTLS) with digital certificates to ensure data integrity and privacy.

Our hands-on approach ensures you can immediately apply these techniques in real-world scenarios. This course is perfect for software developers, security professionals, architects, and anyone passionate about designing and implementing secure systems.

Elevate your security architecture expertise through interactive labs and exercises, transforming theoretical knowledge into deployable, secure solutions.