https://yushengauggie.github.io/byte-by-design Two AI hosts break down system design in bite-sized episodes — like overhearing two senior engineers whiteboarding over coffee. Each episode tackles a real interview topic: from URL shorteners to LLM serving platforms, covering requirements, architecture, trade-offs, and how companies like Netflix, Stripe, and Google actually built it. 5-10 minutes, no fluff, interview-ready. en © 2026 Yusheng Ding Sat, 09 May 2026 21:44:04 +0000 byte-by-design pipeline Yusheng Ding Two AI hosts break down system design in bite-sized episodes — like overhearing two senior engineers whiteboarding over coffee. Each episode tackles a real interview topic: from URL shorteners to LLM serving platforms, covering requirements, architecture, trade-offs, and how companies like Netflix, Stripe, and Google actually built it. 5-10 minutes, no fluff, interview-ready. Two AI hosts break down system design in bite-sized episodes — like overhearing two senior engineers whiteboarding over coffee. Each episode tackles a real interview topic: from URL shorteners to LLM serving platforms, covering requirements, architecture, trade-offs, and how companies like Netflix, Stripe, and Google actually built it. 5-10 minutes, no fluff, interview-ready. no Yusheng Ding https://yushengauggie.github.io/byte-by-design/episodes/s01e02 Rate limiters are critical components that control the flow of requests to protect systems from overload and ensure fair resource allocation. This episode explores design patterns, algorithms, and real-world implementations used by major tech companies. Season 1, Episode 2 of Byte by Design. Sat, 09 May 2026 21:43:59 +0000 https://yushengauggie.github.io/byte-by-design/episodes/s01e02 7:35 2 1 Rate limiters are critical components that control the flow of requests to protect systems from overload and ensure fair resource allocation. This episode explores design patterns, algorithms, and real-world implementations used by major tech companies. Season 1, Episode 2 of Byte by Design. no https://yushengauggie.github.io/byte-by-design/episodes/s01e01 URL shorteners like bit.ly and tinyurl.com appear simple but involve complex system design challenges including distributed ID generation, caching strategies, and handling massive read/write ratios at scale. Season 1, Episode 1 of Byte by Design. Thu, 07 May 2026 07:45:09 +0000 https://yushengauggie.github.io/byte-by-design/episodes/s01e01 8:50 1 1 URL shorteners like bit.ly and tinyurl.com appear simple but involve complex system design challenges including distributed ID generation, caching strategies, and handling massive read/write ratios at scale. Season 1, Episode 1 of Byte by Design. no https://yushengauggie.github.io/byte-by-design/episodes/s01e01 URL shorteners like bit.ly and tinyurl.com appear simple but involve complex system design challenges including distributed ID generation, caching strategies, and handling massive read/write ratios at scale. Season 1, Episode 1 of Byte by Design. Thu, 07 May 2026 07:27:07 +0000 https://yushengauggie.github.io/byte-by-design/episodes/s01e01 8:50 1 1 URL shorteners like bit.ly and tinyurl.com appear simple but involve complex system design challenges including distributed ID generation, caching strategies, and handling massive read/write ratios at scale. Season 1, Episode 1 of Byte by Design. no https://yushengauggie.github.io/byte-by-design/episodes/s01e01 URL shorteners like bit.ly and tinyurl.com appear simple but involve complex system design challenges including distributed ID generation, caching strategies, and handling massive read/write ratios at scale. Season 1, Episode 1 of Byte by Design. Thu, 07 May 2026 06:38:49 +0000 https://yushengauggie.github.io/byte-by-design/episodes/s01e01 8:50 1 1 URL shorteners like bit.ly and tinyurl.com appear simple but involve complex system design challenges including distributed ID generation, caching strategies, and handling massive read/write ratios at scale. Season 1, Episode 1 of Byte by Design. no