> My guess is that developing a new lethal virus or bacteria that is very infectious, is the easiest way, but even that requires a lot of high tech out of reach of most people.
You can do at home gene editing with open source software and have it synthesized into a bacteria for the cost of a nice meal for two (under $100), or viral vector for less than $500. That's in reach of anyone that can snatch a purse.
I think you're confusing DNA sequencing with DNA synthesis. DNA synthesis is much more expensive, around $0.07 per base pair [1], and bacteria have more than a million, so it's over $70.000. Then you just have the DNA, turning that into the bacteria is very complex, I'm not even sure whether it can be done.
Using CRISPR to modify existing bacteria is probably cheaper, but still complex.
> 3D printed guns are a thing as well and yet they don't show up in most annual violent crime reports.
For now in most parts of the world it's easier to acquire a gun either legally or on the "grey market" and be assured that it will work for the intended purpose than to 3D print a gun, find a shooting range to test out the gun and iterate until it works fine enough.
Making a google form requires more effort than "send me an email at mailto://feedback@shipyard.com". The email body can even be prepopulated with the feedback template. Its really not a high bar, and thus disheartening that the people that should care, seemingly, dont.
> Can't imagine the food safety institutions even considering pop-up home cafes in my native Belgium.
Many states in the US have "cottage food" laws that allow low-risk foods (think baked goods, jams, jellies, candies, nuts, etc) to be labeled "this is an unregulated unlicensed cottage food product" and sold without a license. Belgium may have something similar.
There's no AI in anything right now, we're just using physics based classical algorithms. It makes sense to eventually use AI but in the context of like initializing a physics solver to reduce the step-count.
You can do at home gene editing with open source software and have it synthesized into a bacteria for the cost of a nice meal for two (under $100), or viral vector for less than $500. That's in reach of anyone that can snatch a purse.
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