
Discover how to create AWS CDK construct libraries that empower dev teams with reusable, compliant building blocks while maintaining security and governance standards for streamlined cloud development.

Dive into container security fundamentals, lifecycle management, and enterprise-level best practices for securing containerized applications in modern development environments.

Master automated password cracking infrastructure setup with Ansible and libvirt/QEMU, focusing on system resilience, snapshots, and rollbacks for optimized hashcat operations.

Explore container security challenges and reduction strategies to enhance your Docker environment's protection against vulnerabilities and potential threats.

Explore how ANSI escape sequences can be weaponized to compromise log files, and learn essential prevention techniques for securing modern application logging systems and forensic investigations.

Dive into critical security vulnerabilities in GitHub Actions, exploring real-world attacks on self-hosted runners and learning how to prevent supply chain compromises in major open-source projects.

Dive into advanced exploitation techniques for JavaScript vulnerabilities, focusing on Prototype Pollution attacks and RCE chains through real-world Kibana Bug Bounty examples and defense strategies.

Explore modern application security challenges and solutions in cloud-native environments, from threat modeling to real-time detection, with emphasis on securing 'everything as code' ecosystems.

Dive into OIDC security vulnerabilities, exploring authentication mechanisms, potential misconfigurations, and real-world attack vectors in cloud environments through CI/CD workflows and identity providers.

Discover how JITServer technology optimizes Java application performance in containers by separating JIT compilation, reducing resource usage, and enabling higher application density with improved reliability.

Discover how to create robust integration tests using Testcontainers framework, enabling independent testing of Java microservices with Docker-based infrastructure services like databases and message brokers.

Explore the decision-making process for implementing Kubernetes in edge computing environments, with practical insights for industrial automation, AI, and connected vehicle applications.

Discover how Paketo automates container image creation for Jakarta EE & MicroProfile apps, enabling rapid deployment and updates with Open Liberty Runtime in this practical demonstration.

Master enterprise application optimization using Jakarta EE and MicroProfile's powerful tools, configurations, and deployment strategies for building scalable containerized solutions.

Discover how to build a rapid-prototyping stack for Software Defined Vehicles using Eclipse components, from hardware setup with Kuksa CANOPi to deployment with Kanto and Velocitas for streamlined vehicle application development.

Delve into cloud-native observability practices, exploring OpenTelemetry and open-source solutions for real-time monitoring, analysis, and cross-platform diagnostics of applications.

Discover how to streamline Kubernetes deployments using Eclipse JKube, generate Helm charts for Java applications, and integrate deployment tasks into CI/CD pipelines - all while minimizing YAML complexity.

Explore the journey of Eclipse Che's transition from VMs to Kubernetes, examining architectural challenges, benefits, and trade-offs in containerized development environments.

Discover how to effectively manage large-scale open-source projects, from mono-repo to multi-repo architecture, with insights on team alignment, automation, and release coordination for 200+ developers.

Discover how Eclipse Kanto and Leda enable over-the-air software updates for vehicles, focusing on container management, system reliability, and safety mechanisms for modern automotive software solutions.

Discover how Shape Up methodology and continuous deployment transformed Eclipse Sirius Web's development process, enhancing client collaboration, prioritization, and product delivery through iterative cycles.