Designing a Planet-Scale Distributed Object Storage System: Engineering Deep Dive
Engineering guide to building planet-scale object storage: replication strategies, consistency models, metadata architectures, and design trade-offs.
Engineering guide to building planet-scale object storage: replication strategies, consistency models, metadata architectures, and design trade-offs.
Deep dive into distributed transaction protocols: 2PC, 3PC, Paxos Commit, and Saga patterns with trade-offs and real-world applications.
Comprehensive guide to Raft consensus algorithm: how it works, implementation details, and real-world applications.
Exploring consistency models from strong to eventual consistency, with real-world examples and trade-offs.
Comprehensive guide to Rust async/await: futures, executors, tokio runtime, and building high-performance concurrent applications.
Comprehensive guide to Java virtual threads: how they work, M:N threading model, structured concurrency, and building scalable applications.
Comprehensive guide to reactive programming in Java: Project Reactor, reactive streams, backpressure, and building non-blocking applications.
Engineering guide to building ride-sharing platforms: real-time matching algorithms, geolocation services, dispatch systems, and scalability patterns.
Engineering guide to building video streaming platforms: CDN architecture, adaptive bitrate streaming, video processing pipelines, and scalability patterns.
Engineering guide to building real-time chat systems: WebSocket vs HTTP, message delivery strategies, presence management, and scalability patterns.