Scaling FIFA Match-Day Traffic with Load Balancing | FIFA System Engineering Series | English

In this video, we break down how FIFA match-day platforms handle massive fan spikes using load balancing, routing strategy, overload prevention, health checks, session design, and high-availability patterns. If you are learning system design, distributed systems, backend engineering, or real-world traffic management, this episode gives a practical view of how load balancing decisions protect performance during live global events. Explained in English Timestamps 00:00 Module 3: Scaling FIFA Match-Day Traffic with Load Balancing 00:33 Agenda 01:34 Situation 02:28 Scaling FIFA Match-Day Traffic with Load Balancing 03:26 The Pressure: Millions of Fans on Match Day 04:21 Core Understanding: Efficient Distribution 05:13 The Purpose of Load Balancing 06:00 Goal 1: Preventing Server Overload 06:56 Goal 2: Improving User Responsiveness 07:44 Load Balancing Algorithms 08:31 Algorithm: Round Robin 09:22 Algorithm: Least Connections 10:15 Algorithm: Weighted Routing 11:04 Health Checks: Guarding the Pool 12:01 Global Routing: Regional Distribution 13:01 Advanced Session Management 13:50 Strategy: Sticky Sessions 14:44 Strategy: Stateless Services 15:37 Managing Sudden Surges 16:34 Failure Handling: Automatic Removal 17:29 Engineering Focus: High Availability 18:20 Engineering Reality: FIFA's Digital Backbone 19:13 Summary 19:59 Closing #FIFA #SystemDesign #DistributedSystems #LoadBalancing #Scalability