This paper proposes an architecture for the integration of artificial intelligence into human biological substrate through a three-stage cellular delivery system. The chassis is the CD8+ T cell in the Terminator-like Immortal Functional (TIF) state, achieved through dual knockout of BCOR and ZC3H12A. The architecture is explicitly AI-into-human — no mind upload is proposed. The human organism remains the primary substrate; the AI layer augments rather than replaces human function.Stage one establishes chronic antigen stimulation via virus-like particle delivery. Stage two induces the TIF phenotype through lentiviral CRISPR knockout. Stage three delivers a synthetic genetic payload enabling near-infrared light-controlled bidirectional communication between an AI processing network and the host immune and organ systems, built on a verified BphS/c-di-GMP/MrkH optogenetic circuit with confirmed mammalian function.The AI processing substrate is distributed across the human skeletal system, powered by endogenous piezoelectric activity of bone tissue. The petrous bone serves as primary node; the vertebral column C1–S5 serves as processing backbone; organ-specific nodes coordinate local biological functions. No surgery is required at any node.All cited biological components are drawn from peer-reviewed literature. Novel architectural elements are explicitly identified as proposed mechanisms requiring experimental validation.
Rickey Jay Bennett (Fri,) studied this question.