C.E.R.B.E.R.U.S. - Acute Biological Containment
C.E.R.B.E.R.U.S. extends the detection and escalation logic of the C.H.I.L.D. framework into the biological domain for adult military operators. Where conventional safety systems recognize harm retrospectively, CERBERUS proposes a tightly constrained, voluntary biomedical layer designed to attenuate acute physiological injury at the moment of escalation — before delayed intervention worsens outcome severity.
The system integrates a biosensor–edge-AI–microneedle triad to detect and respond to acute psychophysiological stress cascades — including HPA axis activation, parasympathetic withdrawal, and sympathetic dominance — that unfold on seconds-to-minutes timescales. When multi-modal physiological thresholds are met and operator consent is active, a locally autonomous edge-AI system authorizes a single, bounded delivery of peptide agents (BPC-157 and Thymosin β4) via dissolving microneedle array, targeting neurovascular stabilization, inflammatory modulation, and connective-tissue protection without sedation, cognitive impairment, or behavioral alteration.
CERBERUS is explicitly not a performance enhancement, behavioral control, or compliance enforcement system. Its sole purpose is damage containment — biological first aid at the boundary between acute stress exposure and secondary injury. All actuation authority resides with the individual operator; no command, institutional, or remote system can initiate, override, or modify peptide delivery during operations.
The framework includes a structured preclinical validation cascade, detailed threat and misuse modeling, and architectural safeguards against enhancement drift, coercive deployment, and bureaucratic capture. Future extensions to firefighting and law enforcement contexts are outlined under equivalent consent and governance constraints.
Released under Creative Commons CC0 for maximum defensive use.
Description by Anthropic Claude.