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Ever wondered how distributed systems truly understand the order of events when data is updated concurrently across multiple servers? 🤔 Simple timestamps aren't enough! Dive into Vector Clocks – a fascinating and powerful mechanism for tracking causality and managing consistency in eventually consistent systems. In this video, we'll break down: What a Vector Clock is: Understanding this distributed logical clock. The Problem it Solves: How it tackles ambiguity in concurrent updates and correctly identifies causal relationships. How Vector Clocks Work: A step-by-step guide through the rules of evolution (initialization, local events, sending/receiving messages). Why they matter: Their crucial role in conflict detection and ensuring eventual consistency in decentralized environments. Key advantages & trade-offs: Why they're used in databases like Cassandra and Riak, and their limitations. System Design Interview Insights: How to confidently discuss Vector Clocks to impress interviewers. ---------------------- Perfect for anyone preparing for system design interviews, or looking to deepen their knowledge of distributed data consistency! Don't forget to like, subscribe, and hit the notification bell for more system design deep dives! 🔔 #VectorClocks #SystemDesign #DistributedSystems #Causality #EventualConsistency #TechInterview #NoSQL #Databases #SoftwareArchitecture ✨ Timestamps: 0:00 - Intro 0:53 - The Problem Vector Clocks Solve: Concurrent Updates & Causality 2:50 - What is a Vector Clock? 4:30 - How Vector Clocks Work: Rules of Evolution 8:58 - Why Vector Clocks Matter in System Design 10:47 - Challenges & Interview Discussion