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I'm the founder of Sancho Studio (https://sacho.studio) - an engineering consulting company

~~ We do staff-level engineering that is hard to hire for shoot me an email [email protected].

Prev: Applied Cryptography & Security @ Zoom, Keybase before that, Braintree, MIT Media Lab.

If you're in NYC I'll buy you a bagel and let's have an interesting conversation (jry.io/bagel)

If you're a new Computer Science graduate or current student you can always send me an email for career advice.

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Flighty is a good representation of what craft - compounded over time - gives you.

Everything from on design, to features, to data integrations. It's everything that vibe coding and agents don't get you. I appreciate their craft.

> The most positive outcome I can think of is one where computers get really good at doing, and humans get really good at thinking. If we never figure out how to make computers creative, then there will be a very natural division of labor between man and machine.

Man will do nothing and machine will do everything. That's a bleak world no one is preparing for.

How is that universal basic income scheme coming along?

Businesses exercise power and control in the market. The purpose of this is to set a precedent (perceived or actual) — the auth system was a product, not an API. Anthropic is drawing the line between 'built on us' and 'built around us.'

I don't necessarily see this as an evil action. It doesn't inhibit open source, it sets terms of service and practice boundaries.

Granted this is a wildly unpopular approach, worse has happened in the OSS world...

Language Model Teams as Distrbuted Systems

https://arxiv.org/abs/2603.12229

Language Model Teams as Distributed Systems

Large language models (LLMs) are growing increasingly capable, prompting recent interest in LLM teams. Yet, despite increased deployment of LLM teams at scale, we lack a principled framework for addressing key questions such as when a team is helpful, how many agents to use, how structure impacts performance -- and whether a team is better than a single agent. Rather than designing and testing these possibilities through trial-and-error, we propose using distributed systems as a principled foundation for creating and evaluating LLM teams. We find that many of the fundamental advantages and challenges studied in distributed computing also arise in LLM teams, highlighting the rich practical insights that can come from the cross-talk of these two fields of study.

arXiv.org