
Explore microservices scaling using message queues, .NET, and Kubernetes. Learn to design, package, and deploy reliable applications with autoscaling for improved performance and robustness.

Explore e-commerce design challenges, focusing on decomposing complex requirements to build scalable, maintainable systems that align with business needs.

Explore cloud architectural patterns for availability, resiliency, data management, performance, and scalability. Learn implementation strategies and considerations for each pattern to optimize your cloud applications.

Explore agile software architecture principles, roles, and practices. Learn how to effectively implement architectural concepts in modern development environments.

Practical guide to identifying service boundaries in complex systems, avoiding common pitfalls, and discovering natural separations of concerns to prevent future rewrites.

Explore Blazor, a framework for building browser-based .NET apps using WebAssembly. Learn its component-based architecture, routing, DI system, and JavaScript interop to create responsive client-side UIs.

Explore patterns for incrementally migrating from monolithic to microservice architectures while maintaining feature delivery and system functionality.

Discover techniques to integrate future requirements into current code, avoiding batch jobs and scaling efficiently. Learn to capture business logic as first-class citizens for seamless temporal integration.

Discover advanced Azure App Services techniques for enterprise projects, covering security, deployment, performance, scalability, and resiliency best practices.

Enhance .NET application resilience using Polly framework. Learn reactive and proactive strategies, from retries to bulkhead isolation, for robust and reliable connected applications.

Explore Fabulous, a community-driven F# framework for building cross-platform mobile and desktop apps using the React-like MVU architecture, simplifying code and enhancing testability.

Learn to rapidly build scalable, OpenAPI-compliant APIs using Azure Functions. Discover how to create, extend, and maintain APIs efficiently, with practical demonstrations and comparisons to other frameworks.

Explore Netflix's multi-region strategy for improved availability and latency, including algebraic models, incident management, and design considerations for efficient failovers and user steering.

Explores deep learning model sparsity via Tensor-with-Sparsity-Attribute, enabling efficient sparse models across various patterns and optimization techniques, delivering significant speedups compared to state-of-the-art solutions.

Explore Owl, Meta's high-scale content distribution system combining centralized control with peer-to-peer data transfer, offering improved speed and flexibility over traditional methods.

Explore Unity, a system optimizing distributed DNN training through joint algebraic transformations and parallelization. Learn about its unified parallel computation graph and hierarchical search algorithm for improved performance.

Explore Knox, a framework for building verified hardware security modules (HSMs) that eliminates bugs and side channels through formal verification and information-preserving refinement.

Innovative framework for optimizing network-wide monitoring in diverse, dynamic environments. Reduces resource overhead while maintaining performance, coverage, and accuracy through automated profiling and task allocation.

Explore isolation mechanisms for high-speed packet processing pipelines, focusing on Menshen's approach to enforcing isolation between modules in programmable data planes.

Explores improving application performance by deliberately delaying and reordering network packets to increase traffic locality, enhancing cache efficiency in high-speed network interfaces.

Innovative virtual switch solution preventing packet loss and improving network performance through dynamic queuing, doorbell queues, and overlay network techniques for enhanced application responsiveness.