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"Systems that run forever self-heal and scale" by Joe Armstrong (2013)

Strange Loop Conference2 HN recommenders · 2023–2023
85K views · talk · evergreen · Uploaded 2021-03-26

Joe Armstrong's Strange Loop 2013 talk on building large scalable systems from small isolated parallel components. It covers detecting and correcting errors at run time, changing code while it runs, and how Erlang embodies these principles.

Pointed to as the canonical pitch for Erlang's fault-tolerance and self-healing model.

Distributed systemsFunctional programming

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3 comments from Hacker News

@nickpsecurity2023 · in “Ask HN: Best practices for self-healing apps?”

Here's you some examples to learn from. Most are old enough that patents have expired: Why Do Computers Stop and What Can Be Done About It? (1985) [LINK] Their NonStop Architecture [LINK] QNX's systems are ultra-reliable, too [LINK] OpenVMS clusters' uptime was years to decades & mixed CPU ISA's [LINK] Systems that run forever and self-heal (Armstrong) [VIDEO] Microreboots [LINK] Minix 3: Microkernel-based, self-healing, POSIX OS [LINK]

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@POiNTx2023 · in “What's special about Erlang and Elixir?”

"Systems that run forever self-heal and scale" by Joe Armstrong (2013) [0] is a great talk too. [0] [VIDEO]

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@dogleash2023 · in “Flawless – Durable execution engine for Rust”

It wasn't a video pitching the language and certainly not drawing any explicit parallels to modern practices. Just something that got me thinking about the distributed concurrency system of erlang for the first time in a decade. Here is a conference talk that is a pitch, if that's what you're looking for: [VIDEO]

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