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This was the first thing I noticed as well. It was refreshing to read.

I think your last point is exactly why I'm so interested in local models. The current landscape doesn't feel sustainable. The last few months we've seen the big providers (OpenAI, Anthropic) start to play with usage limits, resets, banked resets, pulling models, etc. I think local models are close to the point where, with a sufficiently well-architected harness, you can get results that are on par with the experience you'd have with cloud inference. It is nice to know that I have hardware under my desk that I control with open weight models that I can interact with on my terms.


yes, you have to unfortunately adopt a 2025 mindset when working with smaller local models because that's where they are compared to the frontier.


It is certainly not sustainable but that is exactly why I want to use $400-$800 of resources a month for $20 while the deal last.

It is really a once in a lifetime deal.

Once the deal is over the local models will be better than what I am using now anyway and the hardware will be all the better than what I can get now for the price.


> local models are close to the point where, with a sufficiently well-architected harness, you can get results that are on par with the experience you'd have with cloud inference

In my opinion, 98% of the work most devs would send to an AI can be capably achieved with a local model and a frontier-level model is overkill.

The goalpost moving feeds right into Anthropic and OpenAI's interests.


To be fair, I can think of reasons why you would want to be able to set them in various ways.

- settings.json - set for machine, project

- env var - set for an environment/shell/sandbox

- slash command - set for a session

- magical keyword - set for a turn


I tend to make a concerted effort to often make sure anything settable via cli is settable via environment variable... though, I often have a search-upward option for a .env file as well. Mostly so that it's easier to containerize/deploy an application in a predictable/reusable way.


Very cool! Would love to know more about the audio processing backend that drives this type of thing


They have a public github repo with examples of code, that’d be a good place to start - but you could also check out the electrosmith daisy seed, a little audio dev board. Someone has made a pedal enclosure for it so you can diy something VERY similar to what this is (minus the vibe coding tools).

https://clevelandmusicco.com/hothouse-diy-digital-signal-pro...


I'm on a deep dive fine-tuning how I organize and manage my personal knowledge base - focused on entity extraction and strategic information retrieval and based on the AgREE paper from Apple[0] and persisting it in Memgraph.

I've got a nice ingest, extract, enrich process going for the graph - I'm currently working on a fork of claude-mem[1] that uses the graph as a contextual backend for agentic coding workflows.

0. https://arxiv.org/abs/2508.04118 1. https://github.com/thedotmack/claude-mem/


Sounds v interesting. Do you have a link to the fork?


If you're like me you're doing it to establish a greater level of trust in generated code. It feels easier to draw out the hard guard-rails and have something fill out the middle -- giving both you, and the models, a reference point or contract as to what's "correct"


Nice tool - I appreciate you sharing the work!


This is a great use case for sub-agents IMO. By default, sub-agents use sonnet. You can have opus orchestrate the various agents and get (close to) the best of both worlds.


In this case I don't think the controller needs to be the smartest model. I use sonnet as the main driver and pass the heavy thinking (via zen mcp) onto Gemini pro for example, but I could use openai or opus or all of them via OpenRouter.

Subagents seem pretty similar to using zen mcp w/ OpenRouter but maybe better or at least more turnkey? I'll be checking them out.


Amp (ampcode.com) uses Sonnet as its main model and has GPT o3 as a special purpose tool / subagent. It can call into that when it needs particularly advanced reasoning.

Interestingly I found that prompting it to ask the o3 submodel (which they call The Oracle) to check Sonnet's working on a debugging solution was helpful. Extra interesting to me was the fact that Sonnet appeared to do a better job once I'd prompted that (like chain of thought prompting, perhaps asking it to put forward an explanation to be checked actually triggered more effective thinking).


Is there a way to get persistent sub-agents? I'd love to have a bunch of YAML files in my repository, one for each sub-agent, and have those automatically used across all Claude Code instances I have on multiple machines (I dev on laptop and desktop), or across the team.



Thanks!


In my experience the best use for subagents is saving context.

Example: you need to review some code to see if it has proper test coverage.

If you use the "main" context, it'll waste tokens on reading the codebase and running tests to see coverage results.

But if you launch an agent (a subprocess pretty much), it can use a "disposable" context to do that and only return with the relevant data - which bits of the code need more tests.

Now you can either use the main context to implement the tests or if you're feeling really fancy launch another sub-agent to do it.


AFAIK subagents inherit the default model since v1.0.64. At least that's the case for me with the Claude Code SDK — not providing a specific model makes subagents use claude-opus-4-1-20250805.


Great, now even computers need to leave the IC track if they want continued career progression.


Did you folks roll this yourself? I like the learning platform and was trying to figure out what you've might have used to build it.



Very cool indeed. I started building something similar - relying on Auto Export [https://apps.apple.com/us/app/health-auto-export-json-csv/id...] to export my health data to an endpoint which stores it in a sqlite database. I never got as far as building an MCP server around the data but that's certainly the direction I was heading. The initial idea was to use my health data to provide context to a health/fitness agent that would recommend workouts, check-in on things, etc.


it is wild to me that products like this don’t allow you to easily export all data into sqlite (or duckdb) natively. it’s 2025 and you frequently have to page through hundreds or thousands of API calls to get a trivial amount of data (or use 3p services)


This isn’t some bespoke API/format that they made up to make it harder for you to get your data. Apple did the right thing here and implemented HL7 standards like CDA and FHIR. This is a win for interoperability. There are already a wealth of tools available for dealing with these standards.


I thought this was sort of deliberate for Apple Health.

People use it to track sensitive information, like reproductive and mental health data, that should only be exported very intentionally.


Agreed. I'm fine jumping through a couple hoops to get my own data in this case.


Why would a malicious actor not be willing to setup the same infra as you, with an app on the iOS store to mine data once consented? I don’t see how api usage difficulty is a real security feature…


Great minds :)

I haven't experimented with MCP too much because I have some reservations about it, but I decided to go MCP-first for this to see how it feels to prototype around it. My typical flow would have been to go sqlite+sveltekit.


Thanks for the link to that app. Gonna setup something this weekend to ingest and aggregate my workout stats onto my personal website :)


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