
Streamline Azure deployments from VS Code using Azure Developer CLI. Learn to select services, provision infrastructure, and deploy applications efficiently from your local environment.

Explore system-level safety testing automation using open-source tools. Learn to model bad behavior, create scenario-driven tests, and integrate with CI for efficient, compliant software development.

Explore an emerging ecosystem of open-source tools for power grid management, from substations to control rooms, enabling adaptation to energy transition and boosting innovation in the industry.

Explore GraphQL's power in API development, focusing on its benefits for front-end developers, backend systems, and infrastructure. Learn how declarative configuration can streamline operations and improve performance.

Integrating COTS solutions in reactive architectures: A pattern to elevate existing systems, define their purpose, and maximize value without rewriting, ensuring seamless fit within enterprise landscapes.

Explore strategies for introducing reactive architectures to executives and technical teams, addressing concerns, and inspiring adoption. Learn to communicate complex ideas effectively and overcome implementation hurdles.

Explore reactive architecture for modernizing tax systems, focusing on event-driven patterns, Akka technologies, and strategies to enhance responsiveness and user experience.

Explore real-world applications of Akka in sports betting systems, focusing on responsiveness, resilience, and elasticity to balance profit and risk in a dynamic market environment.

Explore key metrics, isolation issues, and failure patterns in distributed reactive systems. Learn to identify and visualize critical data for effective production environment management.

Explore how Reactive systems solve challenges in serverless environments, focusing on Lightbend's Kalix platform for building responsive, scalable applications with simplified state management.

Explore WebAssembly's potential in IoT, cloud services, and edge computing. Learn how it enables efficient, secure, and flexible code execution across platforms.

NEC's open source initiatives: data analysis for decision-making, OpenStack development, continuous testing, and Kubernetes GUI. Enhancing business value through community collaboration and innovation.

Explore cloud-native edge machine learning with KubeEdge-Sedna through robotics and satellite case studies, showcasing lifelong learning and joint inference capabilities for ground and space applications.

Explore IBM's adoption of InnerSource practices, including lessons learned, best practices, and strategies for implementing InnerSource in your organization to enhance collaboration and innovation.

Explore cloud-native storage observability with Delfin, focusing on container deployments, heterogeneous storage monitoring, and Kubernetes integration for comprehensive data insights across hybrid environments.

Comprehensive guide on JWT tokens: basics, vulnerabilities, exploitation techniques, and best practices for securing modern web applications. Includes real-world examples and developer strategies.

Explore principles from Formula 1 racing to balance speed and safety in system design, architecture, deployment, and security. Learn to innovate rapidly without compromising reliability.

Learn to securely package and release Python projects using continuous deployment, covering security improvements, build reproducibility, automated PyPI deployment, and release signing with Sigstore.

Explore key areas of Cloud Native security: platform protection, user management, and software supply chain. Gain insights into securing control planes, managing access, and mitigating threats in the cloud landscape.

Explore BlindAI, an open-source project leveraging Confidential Computing for privacy-friendly AI deployment. Learn about end-to-end encryption, ONNX model support, and real-world applications in document analysis and medical imaging.

Explore decoupling policy from applications and platforms using Open Policy Agent (OPA) to enforce rules consistently across distributed tech stacks, enhancing security and control.