New ask Hacker News story: Ask HN: What explains the recent surge in LLM coding capabilities?
Ask HN: What explains the recent surge in LLM coding capabilities?
5 by orange_puff | 1 comments on Hacker News.
It seems like we are in the midst of another AI hype cycle. Many people are calling the current coding models an "inflection point", where now the capabilities are so high that future model growth will be explosive. I have heard serious people, like economics writer Noah Smith, make this argument [0]. But it's not just the commentariat. I have seen very serious people in software engineering and tech talk about the ways in which their coding habits have change drastically. Benchmarks [1] alone don't seem to capture everything, although there have been jumps in the agentic sections, so maybe they actually do. My question is; what explains these big jumps in capabilities that many serious people seem to be noticing all at once? Is it simply that we have thrown enough data and compute at the models, or instead, are labs perhaps fine-tuning models to get really good at tool calls, which leads to this new, surprising behavior? When I explain agents to people, I usually walk them through a manual task one might go through when debugging code. You copy some code into ChatGPT, it asks you for more context, you copy some more code in, it suggests and edit, you edit and run, there is an error, so you paste that in, and so on. An agent is just an LLM in that loop which can use tools to do those things automatically. It would not be shocking to me if we took weaker models like Claude Opus 4.0 and made it 10x better at tool calls, it would be a much stronger and more impressive model. But is that all that is happening, or am I missing something big? [0] https://ift.tt/ZP8XK5G [1] https://ift.tt/WNydP7S
5 by orange_puff | 1 comments on Hacker News.
It seems like we are in the midst of another AI hype cycle. Many people are calling the current coding models an "inflection point", where now the capabilities are so high that future model growth will be explosive. I have heard serious people, like economics writer Noah Smith, make this argument [0]. But it's not just the commentariat. I have seen very serious people in software engineering and tech talk about the ways in which their coding habits have change drastically. Benchmarks [1] alone don't seem to capture everything, although there have been jumps in the agentic sections, so maybe they actually do. My question is; what explains these big jumps in capabilities that many serious people seem to be noticing all at once? Is it simply that we have thrown enough data and compute at the models, or instead, are labs perhaps fine-tuning models to get really good at tool calls, which leads to this new, surprising behavior? When I explain agents to people, I usually walk them through a manual task one might go through when debugging code. You copy some code into ChatGPT, it asks you for more context, you copy some more code in, it suggests and edit, you edit and run, there is an error, so you paste that in, and so on. An agent is just an LLM in that loop which can use tools to do those things automatically. It would not be shocking to me if we took weaker models like Claude Opus 4.0 and made it 10x better at tool calls, it would be a much stronger and more impressive model. But is that all that is happening, or am I missing something big? [0] https://ift.tt/ZP8XK5G [1] https://ift.tt/WNydP7S
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