Summarizer

Educational Value of LLMs

Some users highlight the learning aspect of this workflow, noting that interacting with Claude Code allows them to understand new concepts (like API behaviors or network scanning) through the generative act. This counters the 'slop' narrative, suggesting that 'doom coding' can be a valid educational tool for hobbyists or those looking to understand how their devices and networks function.

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Users are increasingly viewing "doom coding" with LLMs as a transformative educational tool that replaces passive scrolling with active, generative learning. By leveraging these tools during daily chores or commutes, hobbyists can rapidly prototype complex systems—such as network scanners or API integrations—gaining deep architectural insights that traditional documentation often fails to convey. This hands-on approach allows learners to grasp nuanced technical concepts, like websocket mediation or hardware security vulnerabilities, far more efficiently than by reading dry specifications. Ultimately, these interactions represent a shift toward a more productive form of downtime where the AI manages the boilerplate while the human absorbs the underlying logic and system behaviors.

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I'm using the Android terminal and Claude Code to vibecode on the go. Or rather, as a fairly boring father of two, when I'm tied up in the necessary chores of family life - cooking and cleaning. Nothing as complicated as this - just Claude Code and a fairly standard Linux dev term, but it's remarkable. Over the recent break, across four or five sessions, I wrote a set of prompts around ~500 words in total. The result was Claude scanning my network for active ports using nmap, fuzzing those ports with cURL, documenting its findings, self-directing web searches for API/SDK docs for my Hue bridge and ancient Samsung TV, then building a set of scripts to control my lighting system and a fully functional HTML+JS remote for my TV. The most entertaining part was Claude prompting _me_ to pop into the living room and press the button on the Hue bridge so it could fetch an API key. The most valuable part? The understanding I gained secondary to generative act. I now understand the button on a Hue bridge literally just tells the device to issue a new API key at the next request. I understand how Entertainment mode works, and why. I understand how Samsung SmartThings is mediated via websockets - and just how insecure decade old Samsung TVs are. Around 500 words to gain all this? I hate to buy into the hype, but it feels inflectional.
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Y'all I'm as shocked as you are it's on the home page! I'm new to hacking (come from an electrical/nuclear engineering background but never did much with software). For reference, just learned what postgres was 2 months ago. Took a lot of tinkering to figure out but that's more a skill rather than complexity issue. Working from a laptop is certainly better, but was able to get good amount done (like building v1 of a backend and setting up a cloudflare tunnel for a PC) on a long bus ride where I would've gotten side eyes for using a laptop. I'm no doctor but I'll bet "Doom Coding" is still not healthy but it's better than doom scrolling on X. Thank you for the comments! I've been learning from these threads (Like tmux or dropbox article lore)
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> down time is supposed to be down time. Life doesn't have down time. Should we avoid learning new things because no one is paying us to learn? One of my favorite uses of AI is to quickly make some simple 'hello world' level application that I can run using a given technology. Don't know what an MCP server is? Boot up Kiro and tell it you want to make a sample MCP server and ask it for suggestions on what the MCP server should do. A relatively short while later, with a lot of that time being spent letting AI do it's thing, and you can have an MCP server running on your computer. You have an AI waiting for you to ask questions about why the MCP server does x y or z or how can you get the server to do a, b or c etc As someone who learns a lot better from doing or seeing vs reading specs, this has been monumentally more efficient than searching the web for a good blog post explaining the concept. And when I'm doing these learning exercises, I naturally lean towards the domain my company is in because it's easier to visualize how a concept could be implemented into a workflow when I understand the current pain points of that workflow. I'm not going home and pulling in story's from my board and working on them (generally), I'm teaching myself new concepts in a way that also positions be to contribute better to my employer.