@mei.meowy: I can’t help but smile when I see these two and I hope it makes the drivers behind me smile too #satosugu #jujutsukaisen #jjk #anime #animetiktok #anitok #animeships #sugurugeto #suguru #geto #satoru #gojo #satorugojo #gojosatoru #fy #fyp #foryoupage #foryourpage #sticker #rain #decals

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Tuesday 04 February 2025 15:02:41 GMT
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°°○🎀 •skylars_mysxraa•🎀○°° :
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Netflix Technology Architecture: A Breakdown of the Hashtags! This post dives into the impressive tech stack that powers Netflix, from user interface to big data processing. Here's a breakdown of the key areas mentioned: #Frontend: This refers to the user interface you interact with, likely built with technologies like ReactJS for its speed and modularity [PW Skills]. #Backend: The behind-the-scenes engine. Netflix utilizes a microservices architecture, meaning the backend is broken down into small, independent services that communicate with each other [TechAhead]. This allows for scalability and easier maintenance. Popular tools in Netflix's backend include Java, MySQL, and Apache Tomcat [TechAhead]. #Streaming: Delivering smooth video playback requires robust streaming technologies. Kafka and Apache Flink are prominent players here, ensuring efficient data flow and real-time processing for a seamless viewing experience [Kasun Weerasinghe on Medium]. #BigData: Netflix deals with massive amounts of data, user behavior, and content information. Tools like Apache Chukwa and Hadoop come into play for data ingestion and processing [GeeksforGeeks]. #CI/CD: This stands for Continuous Integration and Continuous Delivery. It's likely Netflix leverages CI/CD pipelines to automate software testing and deployment, ensuring a smooth flow from development to production. Overall, Netflix's architecture is a complex masterpiece of technologies working together to deliver a fantastic streaming experience.
Netflix Technology Architecture: A Breakdown of the Hashtags! This post dives into the impressive tech stack that powers Netflix, from user interface to big data processing. Here's a breakdown of the key areas mentioned: #Frontend: This refers to the user interface you interact with, likely built with technologies like ReactJS for its speed and modularity [PW Skills]. #Backend: The behind-the-scenes engine. Netflix utilizes a microservices architecture, meaning the backend is broken down into small, independent services that communicate with each other [TechAhead]. This allows for scalability and easier maintenance. Popular tools in Netflix's backend include Java, MySQL, and Apache Tomcat [TechAhead]. #Streaming: Delivering smooth video playback requires robust streaming technologies. Kafka and Apache Flink are prominent players here, ensuring efficient data flow and real-time processing for a seamless viewing experience [Kasun Weerasinghe on Medium]. #BigData: Netflix deals with massive amounts of data, user behavior, and content information. Tools like Apache Chukwa and Hadoop come into play for data ingestion and processing [GeeksforGeeks]. #CI/CD: This stands for Continuous Integration and Continuous Delivery. It's likely Netflix leverages CI/CD pipelines to automate software testing and deployment, ensuring a smooth flow from development to production. Overall, Netflix's architecture is a complex masterpiece of technologies working together to deliver a fantastic streaming experience.

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