
Explore offensive XSLT techniques, uncovering vulnerabilities in applications using XSLT engines. Learn systematic review methods to identify high-impact security risks.

Explore insecure deserialization risks, vulnerabilities, and prevention techniques through code examples and live demos, focusing on Java but applicable to other languages.

Automate mobile app security testing using BDD and UI automation frameworks. Integrate OWASP MASVS/MSTG into CI/CD pipelines for faster, repeatable security checks at DevOps speed.

Practical guidance on implementing secure Java web applications using Spring Security and Apache Fortress. Covers authentication, authorization, and confidentiality controls with hands-on demos and code examples.

Explore SDACK architecture for security event inspection, covering Dockerization, monitoring, security policies, and scaling solutions for big data challenges in APT attack analysis.

Discover how Azure's managed PaaS services accelerate app modernization, reducing costs and complexity while enhancing competitiveness through faster time-to-market for .NET, Java, and other applications.

Learn to modernize Java EE/Jakarta EE applications and messaging on Azure, leveraging services like App Service, AKS, ARO, and Azure Service Bus for greater scale, agility, and cost optimization.

Explore cloud-native app development, DevOps transformation, and innovative strategies for IT and developers. Learn to leverage Azure, Visual Studio, GitHub, and Power Apps for faster value delivery.

Explore container security vulnerabilities and learn proactive DevSecOps practices to protect your deployments. Live hack demonstration and practical steps for hardening clusters against attacks.

Simplify integration testing with Testcontainers: Learn to create isolated, repeatable environments for databases, Kafka, and cloud services directly in your test code, enhancing local development and CI pipelines.

Learn strategies to optimize Java images and containers, reducing size and improving security while maintaining functionality and performance.

Explore challenges and best practices for implementing continuous delivery pipelines with Docker containers for Java applications, covering packaging, metadata, validation, and real-world lessons.

Explore containerization for Java applications, covering custom runtimes, image optimization, and performance enhancements like class data sharing and code caching.

Explore asynchronous programming with RxJava: model reactive sources, handle data streams, and learn about Java 9's Flow API for building robust, responsive applications.

Explore Grails 2.0's new features: agent-based reloading, unit testing mixins, advanced GORM queries, and more. Ideal for both new users and experienced Grails 1.x developers seeking to upgrade.

Explore Project Jigsaw in JDK 9, its impact on Java modularity, and how it affects application development, security, and deployment. Learn about module fundamentals and new accessibility rules.

Explore Java garbage collection optimization with insights on performance metrics, tuning tradeoffs, and comparisons of Parallel Old, CMS, and G1 collectors in OpenJDK's HotSpot JVM.

Explore building a resilient distributed task scheduler using Akka, Kafka, and Cassandra, addressing challenges like dynamic load adjustment, task ordering, and datacenter outages.

Explore JVM concurrency options, from Java's ExecutorService to Scala's akka actors and Clojure's core.async. Learn design strategies for deadlock-free, efficient concurrent applications.

Explore Java's G1 Garbage Collector tuning for realtime services, focusing on performance measurement, latency optimization, and effective settings for large heaps.

Explore secure pod-to-pod communication using Mutual TLS, focusing on certificate management, implementation in Golang and Java applications, and integration with Kubernetes for streamlined security.