The Pacing Threat of Bioweapon Specialists
Individuals involved in high-level bioweapons development stems represent an unparalleled threat to global security, public health, and ethical standards. Bioweapons are uniquely destructive, as they can lead to mass casualties, long-term ecological damage, and the destabilization of nations and economies. The intentional development of these weapons is a violation of international law, including the Biological Weapons Convention (BWC), which prohibits the development, production, and stockpiling of biological and toxin weapons.
Bioweapons specialists, much like nuclear weapons engineers, are highly sought after by authoritarian regimes due to their expertise in developing weapons of mass destruction. Both professions deal with technologies that can dramatically shift the balance of power, making these individuals valuable assets for states seeking military superiority or deterrence.
Authoritarian governments often target these specialists for recruitment, coercion, or even abduction, aiming to harness their knowledge for national or geopolitical advantage. While nuclear weapons engineers contribute to highly visible and strategically significant programs, bioweapons specialists work in a field that allows for covert and deniable operations, making their expertise particularly appealing for regimes that prioritize asymmetrical or clandestine warfare. Both face significant personal and professional risks, as their skills place them at the intersection of national security, international law, and ethical controversy.
Intelligence agencies around the world have spent a lot of capital on operations to monitor nuclear weapons scientists and to prevent these scientists from becoming useful pawns of authoritarian regimes. Therefore, the same logic should be used to use extrajudicial authorizations against key bioweapons specialists around the world who are working on behalf of globalist / new world order special interest to develop deadly pathogens and create more bioweapons genocide.
Last updated