"A Lab Will Explode In Russia & Release Something Awful" - Annie Jacobsen

Duration: 11:09 1931 transcript words EN summary

Video summary

The video presents a hypothetical nightmare scenario centered on an explosion at Russia's Vector Lab in Siberia, which serves as a high-containment facility for bioweapons research with historical ties to Soviet programs. Unlike previous incidents where no pathogen was released, this specific simulation involves the accidental release of genetically modified pneumonic plague into the atmosphere. The narrative highlights that despite being located far from major population centers like Moscow or St. Petersburg, such labs are strategically situated near large cities and critical military infrastructure, including Intercontinental Ballistic Missile facilities nearby. This proximity creates a volatile situation where any kinetic event detected by satellites could be misinterpreted as a nuclear launch, forcing the United States to decide within hours whether to retaliate with nuclear weapons against what might actually be an accidental biological leak. The immediate aftermath of such an incident would trigger a complex chain reaction involving intelligence agencies and diplomatic protocols that often fail due to the host nation's desire to cover up the event rather than admit responsibility, as seen in historical cases like the 1979 Kyzyldyr anthrax accident where Soviet officials denied contamination for decades. The United States possesses advanced surveillance capabilities through satellites operated by organizations like the National Reconnaissance Office and signals intelligence gathered by the NSA, allowing them to detect explosions and chemical signatures used to mitigate aerosol releases in totalitarian regimes. Intelligence officers would analyze changes in atmospheric data or unusual spraying activities on the ground using sensors embedded in various systems to determine if a pathogen has been released and what chemicals are being deployed to neutralize it, all while trying to distinguish between an accidental leak and intentional weaponization within a very short window of time. A critical distinction made throughout the scenario is that biological weapons programs often involve bacteria rather than viruses, with pathogens like plague classified as "dead-end hosts" because they kill their human carriers before spreading further through person-to-person transmission in typical scenarios. The video emphasizes that solving this crisis constitutes what defense experts call a "wicked problem," where any attempted solution to stop the spread inevitably creates new problems due to the lack of transparency and the high stakes involved with nuclear escalation. Because biological weapons are illegal, nations rarely admit to possessing them or their stockpiles in freezers, making verification difficult even when satellites confirm an explosion has occurred at a known facility. Ultimately, the transcript illustrates how quickly a localized laboratory accident could spiral into a global catastrophe if diplomatic channels fail and military responses are triggered prematurely within the narrow timeframe available before widespread infection occurs. The scenario underscores the dangers of relying on outdated assumptions about nuclear deterrence in an era where biological threats can act as triggers for conventional or strategic strikes, effectively turning a containment breach into a catalyst for potential war. By walking through these steps—from satellite detection to chemical analysis and diplomatic stalemates—the narrative serves as a stark warning that preventing pandemics requires not only scientific vigilance but also political honesty and the ability to de-escalate situations before they cross the threshold from accident to intentional conflict.

Read the full video transcript

Let's war game out your nightmare scenario. >> Day one, what happens? >> Explosion at the Vector Lab in Russia. And the reason that I chose that is why I chose many plot points in the scenarios. It happened once before in 2019. There was an explosion at the Vector Lab. Vector is the BSL4 facility where the a majority of the Soviet bioweapons program occurred back during the cold war. >> Where is it? It's in just outside of Novo, Sabirk, Siberia. Okay. And so that may sound like the middle of no nowhere. It's actually in a small sort of village, a science city called Colts Sovo, 8 miles from Novo Sabir. Siberia, it's a, you know, people are like, wait, Siberia? Is that a real place? It is. Okay, sounds far away. It's the third largest city in Russia after Moscow and St. Petersburg. 1.6 million people and most BSL4 lab or many BSL4 labs by the way are just right in the middle of some of the largest popular population centers in the world Tokyo South Africa Atlanta right so that's how it begins I have an explosion in the lab but unlike what happened in 2019 where there was no release as far as anyone knows there is a release of a pathogen and it's pneumonic plague and it's genetically modified pneumonic plague and I take the reader through the military system of systems as as I have spent my career working to understand all that to see how the DoD reacts and to see how and when the the president will be told and to see how and when the different agencies get involved and to me that was just an extraordinary you know learning curve and a sort of like wo along the way with the number one thing leading the charge that every sort of expert in any of those agencies told me was Annie if you can stop something with 12 to 24 hours 12 24 to 36 hours if you can stop it in his tracks you can prevent a pandemic but of course because biological weapons are illegal no one wants to admit they have biological weapons in their freezers and so >> the host nation's immediately going to try and cover it up or deny it. >> And that is the natural response across history to just if there is an unnatur you know there was a famous case in Serlo in Russia in 1979 where they were weaponizing anthrax. They were milling it into powder. Anthrax is an interesting pathogen because it's called a a deadend host. Right? So if you get anthrax it's not transmissible. M >> you get it in your lungs and you die but you can't it's not airborne but it's like a super killer and for whatever reason it was sort of favored you know pathogen of the cold war. We had an anthrax program too. So there was a there was some guy some you know engineer in the garrison 19 where they were milling the anthrax into tons of weapons >> forgot to change the air filter and it got out and it killed a hundred people in the town. M >> and so the Soviet pullet burl you can imagine the generals with their tall boots came in and were like it's contaminated meat and it was you know it was an escape. It was a lab escape and they denied it for decades. Now it's known to be this kind of a situation. So a lab leak, a lab accident is really a very dangerous situation. Would the US be aware? Because presumably they've got satellites that see if an they they'll have an idea about where potential labs are. Yes. They'll be trying to track, hey, has there been some sort of kinetic event that's occurred there and what's the process and what's going >> You're absolutely right. I mean, with nuclear weapons, we have satellites parked in geosync over all the facilities to look for that launch in the first second that it happens. and we see it and we know it. Lab, a lab accident is different that it's a different kind of explosion, but they measure it from space. They know it's not a ICBM launch. It's an explosion. >> And the reason specifically why they have eyes on the Vector Lab is not just because it's like a super dangerous lab that's known to probably have all the bioweapons, but because it's just a few miles from an ICBM facility in Novo Sabirk. So the defense department officials I interviewed said, "Absolutely, Annie. We'd have eyes on it. We'd know it and we'd call it in." >> And but what do you do? >> What do you do? >> You know, you you reach out to Moscow through your State Department people. I spoke to State Department officials that work in the business of counterp proliferation. This is sort of like a fancy word for saying trying to stop, you know, biological weapons in their tracks. They would make an overture, no response. >> So now you're met with the do we drop the nuke or not question. >> You are met with that. And >> because you only have 12 hours, 24 hours probably at most. >> Yeah. And that, you know, that is a scenario that we've seen in Hollywood movies. It's actually a could very plausibly be a real scenario. But who's going to do that? Because it's almost certainly going to trigger a nuclear exchange. Certainly not. Interesting to think about the way that nuclear weapons work, at least the old the old style ones where you had uh well even the new style ones, right? The the H bomb, you have a trigger and then that is the explosion. And in this you would have a trigger before the trigger and the trigger would be the bioweapon leak >> that would cause the nuclear >> attack which would also have its trigger inside of a trigger. >> Mhm. And then you're talking about what's called a wicked problem. A wicked problem in defense department nomenclature is a problem that only creates more problems >> with its solution. And by the time you deploy the air quote solution, new problems have been created. [laughter] [gasps and snorts] >> Okay? So if there's a leak, it becomes really difficult to determine whether or not a biological release has happened. All of this machinery spins up. >> Any host nation that's it and dropped the ball doesn't want to admit it. >> Yep. >> Day two. >> What happens? >> So, back up for a second because I'm going to tell you some really interesting intelligence collection methods that are wild to think about. So, we you know that so the the entire intelligence community in the United States at this point in a scenario is now focused on did what is are people dying? That's what they need to find out. >> Or what is the what is the Russian government doing that makes us think they know there's been a lab escape? And so there's NSA listening to the SIG. There's NRO looking down. So NRO is the eyes. NSA is the ears. >> What's NRO? >> Uh the National Reconnaissance Office organization. So that's space satellites. >> [gasps] >> And then you have a really interesting um collection component called mason which is measurement and signal signature intelligence and it's sniffing. So we have sensors or maybe we have sensors I'll put it that way in facilities. I mean I'm talking like sewer pipes maybe the walls on signs. You can put amazing se sensor on anything that moves. It could be on a drone. It could be in a vehicle. It could be in a sprinkler system. And that is sniffing for a level. And the intelligence officers are looking for change. So when when the signatures change and that would usually have to do with chemicals that would be used by the Russian government that would be deployed to try to mitigate the aerosol release. >> Oh, that's interesting. What sort of chemicals can you do to that try to mitigate this? >> I write them in the book. They're a little hard to pronounce. >> What What do they achieve? >> Well, it's it's like a it's like a a dum dum version of ammonia, right? So imagine if if a pathogen spilled on this table, you know, get out the am like you would try and clean it up >> with rubbing alcohol, ammonia. Well, these are like industrial versions of those drugs. And you see spraying. You saw that. I remember when COVID happened in Iran. They were there were trucks going down the street with hoses and and people were just spraying, you know, government people were spraying the streets with an unknown chemical. We I don't know what it was. I'm sure somebody in the, you know, intelligence community knows. You can do that in a totalitarianesque country because >> no one has a say. you can't do that here in Austin. People would be like they would freak out. >> Yeah. Yeah. >> But the in a place like Russia, you could do that and that's being looked at. So I take the reader through these different, you know, you see this entire billiondoll industry go into effect to try and determine has there been a lab leak? Are people dying? >> Uhhuh. Uhhuh. >> And if so, how and why? But the number one thing that has to be identified is what is the pathogen? Is it a virus? Is it a bacteria? Very interesting distinction that most people don't know. A pathogen is a germ that will kill you. Germs are germs. We all have germs. We germs in our guts. But a pathogen is a dangerous, deadly germ. Potentially potentially virus. Bacteria. Plague is bacteria, not virus. 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