8 Reasons Why WhatsApp Was Able to Support 50 Billion Messages a Day With Only 32 Engineers

omg! such mind-blowing and world-changing ideas like "they didn't reinvent the wheel" and "The bottlenecks were identified and eliminated."

i feel like i am at the mlm presentation. seriously, if you want to "learn more" invest the 6 minutes of your life better.

I expect better from major publications like newsletter.systemdesign.one
- Not even a .pizza domain, it's clearly second rate
I like how "Don't reinvent the wheel" is almost immediately followed by "they rewrote some of the core components to fit their needs". Isn't that basically reinventing the wheel with a few extra steps?
- More a redesign the wheel.
I think it's a case of "easier said than done"

Dumb article. Will save everyone a click:

lower level languages
higher/wider concurrency
faster auto-scaling

The same formula for every platform operating out there. What they don't talk about is efficiency, which is always the most juicy part of these kinds of writeups. You can scale anything to do 50b messages with enough money and resources, but how efficient is it?

Will the 3rd one shock me? As always?

It'll shock you, on whether it shocks you or not.
- pikachu face

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WhatsApp's ability to handle 50 billion messages daily with just 32 engineers is a testament to its efficient design. Its lightweight codebase (built on Erlang), focus on core features, and use of distributed systems ensured smooth operations. Automation and advanced monitoring minimized manual intervention, while end-to-end encryption optimized data transfer securely. WhatsApp also avoided unnecessary features like ads, keeping the platform simple and scalable. Continuous optimization and a team of top-tier engineers further enhanced performance without requiring a large workforce.

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WhatsApp's ability to support 50 billion messages a day with only 32 engineers can be attributed to several factors:

Efficient Codebase: WhatsApp has a highly optimized codebase, allowing it to handle large volumes of messages with minimal resources. The engineers have likely focused on writing clean, efficient code that maximizes performance and minimizes resource usage.

Scalable Architecture: WhatsApp's architecture is designed to scale horizontally, allowing it to handle increasing loads by adding more servers or resources as needed. This scalability ensures that the platform can accommodate the growing number of messages without sacrificing performance.

Robust Infrastructure: WhatsApp likely has a robust infrastructure in place, including data centers located strategically to minimize latency and ensure high availability. This infrastructure is designed to handle massive amounts of traffic while maintaining reliability and stability.

Smart Resource Allocation: The engineering team at WhatsApp likely employs smart resource allocation techniques, such as load balancing and resource pooling, to ensure that resources are utilized efficiently and effectively. This allows them to handle large volumes of messages with a relatively small team.

Automated Systems: WhatsApp likely leverages automation wherever possible to streamline operations and reduce the need for manual intervention. Automated systems can handle routine tasks such as server provisioning, monitoring, and maintenance, freeing up engineers to focus on more critical issues.

Continuous Optimization: The engineering team at WhatsApp is likely constantly optimizing the platform to improve performance, scalability, and efficiency. This continuous optimization ensures that WhatsApp can handle increasing message volumes without experiencing degradation in service quality.

Focus on Core Features: FM WhatsApp Update may prioritize the development and maintenance of core features that directly contribute to its messaging functionality. By focusing on what matters most to users, WhatsApp can allocate its engineering resources more effectively and efficiently.

Talent and Experience: Finally, WhatsApp likely has a team of highly talented and experienced engineers who are experts in their respective fields. With the right talent and experience, WhatsApp can overcome technical challenges and achieve impressive feats like supporting 50 billion messages a day with a relatively small team.

These factors combined allow WhatsApp to support such a massive volume of messages with only 32 engineers, showcasing the company's technical prowess and dedication to providing a seamless messaging experience for its users

WhatsApp was built with a highly efficient and scalable architecture that allowed it to handle massive message volumes. WhatsApp uses a lightweight messaging protocol that minimizes data usage and optimizes message delivery.The platform employs advanced data compression techniques to reduce the size of messages, resulting in faster transmission and reduced bandwidth consumption. WhatsApp utilizes distributed systems and load balancing techniques to distribute the message load across multiple servers, ensuring efficient handling of high message volumes.Unlike other messaging platforms, WhatsApp initially focused on providing essential messaging features with https://fmwhatdownload.pk/, which allowed the development team to maintain a lean codebase and optimize performance. The engineering team at WhatsApp continuously optimized the platform's performance, identifying bottlenecks and implementing improvements to handle increasing message volumes efficiently.

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