That handful is also probably rare enough that you'd have to order up and test far too many designs to find one that works, making this an impractical threat vector.
This part, cheaper to buy things that already exist for anyone in the market for such weaponsAs the article states, I wouldn't be too concerned about AI-designed protein toxins for now. There are plenty of nasty enough biological (and chemical) weapons in the world that are far more readily available.
Maybe, but I would think the problem with weaponizing smallpox is it’s so virulent and by this point so fatal to so much of the population that the only people who would want to use it are literal death cults, everyone else would have trouble vaccinating their own population fast enough for it not to destroy them as wellHell, I'd be very surprised if there aren't stocks of smallpox virus around other than at the CDC and Novosibirsk. Its genome sequence is publicly available and could assembled by anyone with graduate level molecular biology skills and an oligo synthesiser.
Sure. You'd have to be an absolute madman to use it as a weapon and reintroduce it to the world, but that doesn't offer much reassurance does it?Maybe, but I would think the problem with weaponizing smallpox is it’s so virulent and by this point so fatal to so much of the population that the only people who would want to use it are literal death cults, everyone else would have trouble vaccinating their own population fast enough for it not to destroy them as well
I mean, some I guess? It reduces the number of actors who would be trying it at least. But yeah, I get your pointSure. You'd have to be an absolute madman to use it as a weapon and reintroduce it to the world, but that doesn't offer much reassurance does it?
If you were really planning on doing this, you would probably just go ahead and buy a DNA synthesizer (there are a bunch of them). More steps, more money but if you are in the mood to create several thousand sequences it would be the way I would go.That is the key piece of information here at least for the present.
Your odds of getting a working one would not be very high and if you had to order a bunch of them it would get very expensive and odds are decent that sooner or later one of them ends up close enough to trigger the scrutiny at which point you would likely get caught.
I personally don’t consider this a current risk. I would consider it equivalent to an encryption algorithm that is fine today, but will likely be insecure in the future so it is good to update the algorithm now before it becomes a real problem.
Perhaps a more immediate risk is the methods to make DNA are well publicized research. Sure it will be more expensive and slower to do it based on published research rather than ordering the DNA from a vendor, but a decently outfitted molecular biology lab could likely do this and the various reagents etc. have multiple uses so I’m not sure it would be easy to catch someone gathering the materials to do so.
If you are at all patient, all you have to do is wait until we trash the economy and environment all buy ourselves.As the article states, I wouldn't be too concerned about AI-designed protein toxins for now. There are plenty of nasty enough biological (and chemical) weapons in the world that are far more readily available.
Hell, I'd be very surprised if there aren't stocks of smallpox virus around other than at the CDC and Novosibirsk. Its genome sequence is publicly available and could assembled by anyone with graduate level molecular biology skills and an oligo synthesiser.
(a retired biochemist writes)
There's a thought, the weight of which is shockingly difficult to understate.This part, cheaper to buy things that already exist for anyone in the market for such weapons
Maybe, but I would think the problem with weaponizing smallpox is it’s so virulent and by this point so fatal to so much of the population that the only people who would want to use it are literal death cults, everyone else would have trouble vaccinating their own population fast enough for it not to destroy them as well
How does this even happen? Is it also a prion which miraculously changes the sequence of endogenous proteins to self replicate? To paraphrase a historical meme:"Shareholders wanted to see results so we fast-tracked this AI-designed protein, sorry about the zombie apocalypse, but some of them earned a cabin on the space-station where I'm sure they'll have learned my lesson."
And a high pH. But against that it is still the most poisonous substance known to man, with an LD50 on the order of nanogrammes.... botulism toxin is an ingrained fear. Fortunately the organism that produces it requires a lack of oxygen ...
I would be hesitant to rule out the prospects of them eventually reaching that sort of sophistication.
An aside, but my first summer lab job as a biochem undergrad was purifying the hemolytic peptide melittin from bee venom. The lab was studying how it interacted with lipid vesicles (simulating a cell membrane) by H/D-exchange NMR.The expense would be astronomical, and frankly if you were going to do that, you don’t need an AI designed toxin, just use ricin or bee venom or peanut allergen or any of hundreds of natural products whose behavior is already well understood.
Actually I think decades is a better guess. It is still really hard to do, AI or no AI.Given the progress of AlphaFold and similar networks "eventually" may be measureable in single-digit years.
I just don’t see the potential for great harm here. This doesn’t qualify for weapon of mass destruction. A protein is not on its own self replicating, so like a chemical bomb can only be as big as the amount of dangerous material you make. If we want to destroy an entire community, then we are talking about putting whatever it is in high enough concentration across a volume the size of a municipal water supply.
That is the key piece of information here at least for the present.
Your odds of getting a working one would not be very high and if you had to order a bunch of them it would get very expensive and odds are decent that sooner or later one of them ends up close enough to trigger the scrutiny at which point you would likely get caught.
I personally don’t consider this a current risk. I would consider it equivalent to an encryption algorithm that is fine today, but will likely be insecure in the future so it is good to update the algorithm now before it becomes a real problem.
Perhaps a more immediate risk is the methods to make DNA are well publicized research. Sure it will be more expensive and slower to do it based on published research rather than ordering the DNA from a vendor, but a decently outfitted molecular biology lab could likely do this and the various reagents etc. have multiple uses so I’m not sure it would be easy to catch someone gathering the materials to do so.
This part, cheaper to buy things that already exist for anyone in the market for such weapons
Maybe, but I would think the problem with weaponizing smallpox is it’s so virulent and by this point so fatal to so much of the population that the only people who would want to use it are literal death cults, everyone else would have trouble vaccinating their own population fast enough for it not to destroy them as well
Prions do not really replicate themselves like a virus or bacteria. A prion is a pathogenic form of a protein that makes the normal protein already present change to the pathogenic form. The pathogenic forms stick to each other and disrupt cell machinery. I always thought of it as analogous to a crystallization event.This doesn’t negate your broader point, but prion diseases (caused by proteins termed “proteinaceous infectious particles ”) are an interesting counter example to the claim that proteins are not self replicating.
One has to wonder how many dangerous proteins are actually being screened for - the 72 the researchers tested for seem woefully low.
I agree though that this doesn’t currently seem like a currently viable threat vector.
Nah, wouldn;t work (but your ideas intrigue me and I would like to subscribe to your newsletter). Any country even remotely interested in doing this wouldn't care a whole lot about it's general population. We got robots, right?Potential biological warfare trolling: start re-introducing vaccination against smallpox in your country, watch adversaries waste millions on intelligence trying to figure out whether you're planning a viral attack.
... most of them? The vacuum decay clock doesn't so much tick; it's got one hand, one mark, and a revolution is one Planck second.So HOW many doomsday clocks have we got tikking now, including this one?
I agree that this is much more of a theoretical threat than an actual one, and making data bases smarter at recognizing the threat here is not going to help at all. The one actual use for this technology I can see is for use by very sophisticated organizations in assassinations. with total deniability Arguably an analogue of something like ricin might be undetectable especially if novel, and the healthy 50 year old just dropped dead with what looked suspiciously like ricin poisoning for no reason whatsoever. There are two big however. First the Livchenko and other poisonings by the FSB show that Russia at least actually wants people to know when it is responsible, with only the most transparent of fig leaves. Second the kind of organization whichh would do this will do the whole process soup to nuts internally, so scouring the web for suspect DNA sequences will be totally irrelevant.I just don’t see the potential for great harm here. This doesn’t qualify for weapon of mass destruction. A protein is not on its own self replicating, so like a chemical bomb can only be as big as the amount of dangerous material you make. If we want to destroy an entire community, then we are talking about putting whatever it is in high enough concentration across a volume the size of a municipal water supply. The expense would be astronomical, and frankly if you were going to do that, you don’t need an AI designed toxin, just use ricin or bee venom or peanut allergen or any of hundreds of natural products whose behavior is already well understood.
Otherwise what we are talking about here is a very overpriced labor intensive weapon to harm a small handful of people. If we are worried about that, then I think that perhaps we might reexamine 2nd amendment protections because a massacre like that happens on US soil a couple times per day with conventional weapons.
The real threat here is you might be able to evade standard CSI techniques and escape culpability. This really seems like something that only a foreign intelligence / assassination squad could afford / want to do.