Russia Created The Most Sinister Plague Imaginable
In a Nutshell
Soviet bioweaponeers engineered Yersinia pestis with an euphoria-inducing gene so infected people would spread plague in crowds before symptoms appeared. The novel depicts hunters and a UCLA student seeding a Los Angeles Skid Row outbreak that evades BioSense surveillance and reaches anarchy within six days. Defense planners conclude that once the 24-36-hour window closes, CBRN forces must prioritize critical infrastructure over population containment, as rapid devolution follows.
These notes were generated by AI and may contain inaccuracies.
The author selected plague as the central pathogen because of a specific Soviet bioweapons program detail shared by Dr. Hine. Soviet scientists engineered a gene for euphoria into Yersinia pestis. The intent was to prevent the normal behavioral response where sick individuals isolate themselves under covers, thereby limiting transmission. Instead, euphoria would drive infected people to social venues such as discos, dramatically increasing spread.
The novel incorporates the same genetic modification. In the first 24 hours after infection, individuals experience euphoria before symptoms manifest. Once the euphoric phase ends, they begin shedding bacteria and become highly contagious while having already visited crowded locations.
The outbreak begins in Siberia when international hunters encounter a scientist. Five or six of the seven hunters board flights to different continents while still euphoric. One hunter had shot a wolf. A separate infected scientist confesses to a priest; a UCLA student present at the confession becomes infected and flies immediately to Los Angeles.
The initial U.S. outbreak occurs in a Los Angeles homeless encampment on Skid Row. Los Angeles contains approximately 75,000 homeless individuals, with 4,000 concentrated on Skid Row lacking healthcare access and facilities. The author learned from epidemiologists that homeless populations represent a significant vulnerability for epidemic spread.
Following 9/11, the CDC established BioSense, a nationwide syndromic surveillance network. More than 7,000 hospitals, urgent care centers, and emergency rooms feed real-time data to the CDC to detect outbreaks before they escalate to epidemics or pandemics. America's roughly 800,000 homeless individuals fall outside this surveillance system.
By hour 24–36, containment through nuclear strike on the origin country is no longer viable. Containment requires host-nation transparency and rapid deployment of specialized forces. Russia maintains Arabz troops trained for biological incidents, comparable to the U.S. CBRN response force. The U.S. maintains 18,000 CBRN personnel ready for immediate deployment, but these assets are located domestically.
Once an execution order (EXORD) is issued, the operational pivot shifts from population protection to safeguarding critical infrastructure. Critical infrastructure includes roads, water systems, nuclear power plants, and all Department of Defense facilities. The 18,000 CBRN personnel initially secure these sites before broader Department of Defense assets are mobilized.
Defense Department planners are most concerned not with the initial outbreak but with the secondary consequences of anarchy and insurrection. Because plague progresses rapidly, the scenario depicts the transition from outbreak to anarchy occurring within six days, at which point devolution begins.
The UCLA premed student performs pro bono work at Skid Row, creating a super-spreader event. Contributing factors include high population density inside tents, poor airflow in enclosed spaces, absence of reliable public healthcare, long clinic wait times, and diagnostic confusion between plague symptoms and existing conditions such as fentanyl overdose, tuberculosis, acute flu, or alcoholism-related issues.
Early reassurance efforts intended to prevent panic can delay the aggressive containment measures required. Once the military transitions from warning order (WARNO) to execution order (EXORD), the window for effective population-level intervention has already closed. The scenario draws from actual wargaming exercises conducted by defense planners.
Keep Chris Williamson in your library
Save the videos and channels worth coming back to, and find them again in one place.
