Chirality is the property of a molecule existing in two mirror-image forms, called enantiomers, that are not interchangeable. In biology, those two forms can behave very differently: one may be useful or active, while the other is weaker, inactive, or even harmful. That makes chirality important in chemistry, drug design, and any automated process that depends on precise molecular control.
In cyber security, chirality matters because modern laboratories and manufacturing lines are software-driven. If an attacker alters a recipe, calibration file, sensor reading, or process parameter, a system may produce the wrong enantiomer or an unsafe ratio of both. Defenders protect these environments with access control, signed configurations, change tracking, and data integrity checks so that the intended molecular form is actually what gets made.