20.4 Mind-control resistance

A dedicated resistance lobe may operate at high Hyperfunction order. If a demanded resistance lobe fails to engage, A1 identifies that positive activation failure. If A2+ is first-active, the extra depth localizes additional failure of lower resistance-monitoring Antilobes rather than deeper resistance-function failure. Factor 14 can inhibit hostile pathways, Factor 16 can govern self-control and monitoring, Factor 19 can separately target the silent resistance lobe and failed lower Antilobes, and Factor 22 can optimize crossfunctionality with identity-preservation and metaneural systems.