Complex Machinery is my take on the intersection of AI and risk, plus related topics.
Past issues have covered:
It publishes two or three times a month.
You can subscribe at https://newsletter.complex-machinery.com/ .
In Other News is a curated subset of what I've been reading as of late. Each issue is a bullet-pointed list of articles with one or two sentences as a description. It's intentionally barebones and simple, designed for quick skimming.
This started as a recurring segment of Complex Machinery where I'd share one-liners about interesting articles. It eventually grew into its own publication, and from there it developed a wider remit than Complex Machinery's "risk, AI, and related topics."
In Other News lands in subscribers' inboxes on Wednesday mornings.
You can subscribe at https://InOtherNews.complex-machinery.com/ .
I launched Block & Mortar as a way of sharing my explorations into web3 -- the entire "layer cake" of blockchain, NFTs, and the AR/VR/XR world of metaverse technology.
Block & Mortar covered a mix of recent web3 news, as well as analysis of business impact and applications of this field.
The newsletter is now inactive, but you can still browse the archives at https://blockandmortar.xyz/ .
I've condensed years of experience and write-ups into quick, one-page websites:
Over the years one question that's consistently come up is: "How should we use AI (or ML, or data science, or what have you)?"
By treating "use AI" as a foregone conclusion, these companies have skipped over the important step of first asking: "What challenges do we face? And will AI help solve them?"
I assembled Will AI Help Here? (https://WillAIHelpHere.com) to help companies work through those questions.
This one-pager guide picks up where Will AI Help Here? left off.
Having confirmed that AI can, indeed, help your business, the next step is to figure out how to get started. How Do I Do AI? (https://howdoidoai.com/) briefly walks through what's involved in kicking off an AI project (or an AI-driven product) and notes some common points of friction.