
Explore Microsoft's JAMStack-based approach for building Docs and Learn, focusing on scalability, performance, and community contributions through GitHub integration.

Explore sagas for modeling complex collaborative domains without distributed transactions, focusing on failure handling and eventual consistency in stateful systems.

Explore alternatives to HTTP for microservices communication, including messaging and RPC. Learn benefits and challenges of different approaches for efficient, scalable, and resilient architectures.

Explore near-real-time data analytics using Apache Kafka streams. Learn to process, aggregate, and distribute large volumes of data efficiently, moving beyond traditional ETL methods for instant insights.

Explore microservice architectures, comparing synchronous and asynchronous models. Learn patterns like CQRS and Event Sourcing, and strategies for evolving systems towards asynchronous communication.

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

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.

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 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.

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 InfiniFS, an efficient metadata service for large-scale distributed filesystems, addressing challenges like load balancing, path resolution, and near-root hotspots.

Explore GPU virtualization with gVirt, achieving 95% native performance and scalability up to 7 VMs through mediated pass-through technology for secure isolation and full feature support.

Scalable, adaptive edge stream processing engine for IoT applications, enabling fast processing of concurrent queries in dynamic environments through dynamic dataflow abstraction and P2P overlay networks.

Explore Twitter's Aperture algorithm for client-side load balancing, addressing scalability challenges in large service clusters and improving RPC framework efficiency.

Explores efficient graph processing on emerging storage devices, proposing a new partitioning framework that leverages improved random access capabilities for 2X better performance than state-of-the-art solutions.

Distributed system for training Graph Neural Networks using serverless computing, offering affordable scalability for billion-edge graphs with improved performance-per-dollar compared to GPU servers.

ZeRO-Offload: Enabling billion-scale model training on a single GPU by offloading data and compute to CPU, minimizing data movement, and optimizing efficiency. Scales to multiple GPUs and works with model parallelism.

Explores a fault-tolerant data store combining causal and strong consistency for geo-distributed systems, addressing liveness challenges and optimizing durability costs in multi-consistency environments.

Explore Amazon DynamoDB's architecture, scalability, and performance optimizations. Learn how it handles massive workloads, ensures reliability, and evolves to meet increasing demands.