Vector Lab Explosion Scenario: How US Intelligence Would Respond

In a hypothetical nightmare scenario, an explosion occurs at the Vector Lab in Russia. This facility, located in Koltsovo, a science city near Novosibirsk, Siberia (Russia's third-largest city), is a BSL4 lab where much of the Soviet bioweapons program was conducted during the Cold War. An explosion at this lab previously happened in 2019, though without a known release of pathogens.

The Scenario: A Genetically Modified Plague Release

This scenario posits a release of a genetically modified pneumonic plague. The narrative explores how the U.S. Department of Defense (DoD) and other agencies would react. A critical insight from experts is that stopping a biological threat within 12 to 36 hours is crucial to preventing a pandemic. However, the illegality of biological weapons often leads to host nations attempting to cover up or deny such incidents.

Historical Precedent: The Sverdlovsk Anthrax Leak

A historical example of such a cover-up is the 1979 Sverdlovsk anthrax leak in Russia. During the weaponization of anthrax, an engineer at Garrison 19 failed to change an air filter, leading to the release of anthrax spores that killed approximately 100 people. The Soviet government initially attributed the deaths to contaminated meat and denied the lab escape for decades. This incident highlights the danger and potential for denial in lab accidents.

U.S. Intelligence Response

The U.S. would likely be aware of such an explosion. Satellites are constantly monitoring facilities, and while a lab explosion differs from an ICBM launch, it would still be detected. The Vector Lab, in particular, is under surveillance not only for its dangerous biological materials but also because it's near an ICBM facility in Novosibirsk. DoD officials confirm they would have "eyes on it" and report such an event.

Upon detection, the U.S. State Department, through its counter-proliferation efforts, would attempt to contact Moscow. A lack of response would then present a "wicked problem"—a situation where any solution creates more problems.

Intelligence Collection Methods

In the aftermath of such an event, the U.S. intelligence community would focus on determining if people are dying and what the Russian government's actions indicate about a lab escape.

Key intelligence collection methods include:

• SIGINT (Signals Intelligence): The NSA would be listening for communications.
• NRO (National Reconnaissance Office): This agency uses space satellites ("the eyes") to observe the ground.
• MASINT (Measurement and Signature Intelligence): This involves "sniffing" for changes in environmental signatures. Sensors, potentially placed in sewer pipes, walls, signs, drones, vehicles, or sprinkler systems, would detect chemical changes. Intelligence officers would look for chemicals used by the Russian government to mitigate an aerosol release, such as industrial-grade versions of ammonia or rubbing alcohol.

The example of Iran spraying unknown chemicals in the streets during the COVID-19 pandemic illustrates how a totalitarian regime might attempt to mitigate a biological release.

Identifying the Pathogen

A critical step is identifying the pathogen. It's important to distinguish between a virus and bacteria. For instance, plague is a bacterium, not a virus. The entire "billion-dollar industry" of intelligence would be activated to determine if a lab leak occurred, if people are dying, and if so, how and why, with the ultimate goal of identifying the specific pathogen.