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We asked GenProse to transcribe this YouTube URL Uncovering Stack Overflow's Shocking Architecture and requested it to generate a blog article in the Passive tone. Here are the results. Topic: Defying the Norm, Unraveling Stack Overflow's Unexpected System Architecture YouTube URL: Uncovering Stack Overflow's Shocking Architecture Persona: Content Creator Tone: Passive Important Keywords (Top 10): 1. "Setting the record straight" 2. "Unexpected world of Stack Overflow system architecture" 3. "Cracked the code" 4. "Designing a platform that serves 2 billion page views a month" 5. "Raised eyebrows from your fellow engineers" 6. "Monolithic application handling the main QNA sites" 7. "Mimic prevailing trends" 8. "Microservices, breaking the system into manageable chunks" 9. "Extensive use of caching, shadow services, and asynchronous communication" 10. "Event sourcing paired with CQRS" Article In a world saturated with microservices, Kubernetes, and cloud-based solutions, Stack Overflow's choice to stick with a monolithic application raises eyebrows. However, this unconventional decision aligns perfectly with their unique circumstances. Instead of fragmenting their system into independent services, Stack Overflow relies on a single monolithic application to handle the main Q&A sites. This streamlined approach enables them to optimize for low latency and efficient memory allocation. Efficiency in Simplicity Stack Overflow's architecture is built around simplicity and efficiency. They operate with just nine on-premise web servers, devoid of complex cloud setups or intricate microservice architectures. Surprisingly, these servers run at a mere 5 to 10% capacity, leaving ample room for future growth. Despite 80% of their traffic originating from anonymous users who visit the site, find a solution, and swiftly depart, Stack Overflow maintains astonishing performance across its most visited pages. Unveiling the Performance Secret The key to Stack Overflow's exceptional performance lies in their intelligent utilization of resources. Although the questions show page is not cached, it effortlessly renders within a mere 20 milliseconds. This impressive feat is powered by an extensive one-and-a-half terabytes of RAM on their SQL Server instances, enabling lightning-fast access to a significant portion of their entire database residing in memory. By prioritizing rapid data retrieval, Stack Overflow ensures a seamless user experience, even in the face of immense traffic. Challenging Industry Trends Stack Overflow's remarkable success prompts us to question the notion that the latest tech concepts always provide the best solutions. Their story serves as a compelling case study, emphasizing the importance of aligning system architecture with specific business and technical requirements. Rather than blindly following industry trends, Stack Overflow highlights the significance of a deeper understanding of the challenges at hand. It serves as a reminder that technology is not a one-size-fits-all field but requires tailored solutions that address specific needs. Conclusion: Stack Overflow's system architecture stands as a testament to the power of thinking outside the box. By defying industry norms and embracing simplicity, efficiency, and deep problem understanding, they have crafted a resilient and high-performing platform. Their story reminds us that true innovation lies in aligning technology with specific requirements, rather than blindly conforming to popular trends. As we navigate the ever-evolving landscape of system design, Stack Overflow's remarkable journey serves as an inspiration to challenge conventions and discover new possibilities. Written with GenProse