I was reminded of this classic paper in the threat modeling literature canon. Hilarious and also insightful β worth a read if you haven’t seen it before.
Writing
π Two Scenario Threat Modeling
A trap that many people fall into when trying to threat modeling or risk planning is a fear of being incomplete that leads them to not even try. People think, “there are so many possible things that could go wrong, so many potential risks. It’s going to be such a huge effort to enumerate all possible scenarios, and I don’t have time, so I guess I can’t do threat modeling.” That is, threat modeling seems so big, so hairy, that people believe it’s too complex to tackle.
This just isn’t true! Some planning is always better than no planning. In fact, you can get a surprising amount of value out of a very simple and fast technique: imagine a couple of scenarios – just two! – and game out what you could do to mitigate them.
π Comfort Scores: A risk mitigation tool for pre-trip briefings
π Using AI to build a tactical shooter (#)
Via RCβs AI article, a fascinating recording of someone programming a game almost entirely by prompting Claude by voice. This feels truly βfuturisticβ to me. Sure itβs clunky at times, but damn if this isnβt closer to the Star Trek computer than I ever thought Iβd see in my lifetime.
π Developing our position on AI - Blog - Recurse Center (#)
Detailed, nuanced, and well-thought-out. Tons of great and insightful quotes from RC alums. And their conclusion is, I think, perfect:
You should use AI-powered tools to complement or increase your agency, not replace it.
π What if We Thought About Risk Decisions Differently?
π Ultralight Heresies
π Evan Reese - Custom OnShape features (#)
A bunch of really useful custom features for OnShape
π‘TIL: 3d printed parts have different strength characteristics than conventionally-manufactured parts
An interesting 3d printing lesson about how the physical characteristics of printed parts differ from other manufacturing:
I needed to replace a rubber hydraulic hose retention strap on my tractor. The part’s $40 + shipping – ludicrous for a 6x2" strip of rubber – so perfect to try to replicate. I have some TPU filament that’s of similar flexibility, let’s go.
For V1, I just replicated the geometry exactly - including, without thinking about it, some little relief holes around the main hose holes:
π Potential causes of accidents in outdoor pursuits (the Meyer/Williamson matrix)
π Changing Directions
I have two important announcements:
I’m leaving the tech industry. Hopefully “for good”; if not, at least “for now”.
As such, the content on this blog is going to shift, perhaps dramatically. I’m going to be writing about a broader range of topics that interest me (projects around my hobby farm, wilderness trips, emergency medicine) – more writing for me, less writing for some imagined audience. (I’ll probably still end up writing about some of the same topics as I’ve been covering since 2020, just less often.)
I’m writing this post mostly to give myself permission to make that change, and to give readers the opportunity to unsubscribe/unfollow if they’re not interested.
If you’re interested in more details about why I’m leaving the industry and what’s next for me and this blog, read on.
π Decision making matrix for alpine climbing (#)
Great example of a simple risk framework in action.
π How to report a security issue in an open source project
π Beware tech career advice from old heads
π Building a Community Privacy Plan (#)
Really great guide. I love the community focus β so many of these security guides are individually-oriented, which limits their applicability to groups, especially volunteer groups.