🧪 Medical Enhanced Human Simulation

Real human-enhancement technology never arrives as one device — it's a portfolio: powered exoskeletons for strength, neural interfaces for cognition, metabolic or pharmacological accelerants for endurance, and sensory prosthetics for perception. This simulator models the systems-level trade-off of stacking them on one body. Each module follows a saturating diminishing-returns curve, so late investment buys little extra capability, while physiological strain grows quadratically per module plus a synergy penalty when several systems run hot together — because they all draw on the same finite metabolic, thermal and neural budget. A logistic overload-risk model turns that strain into a live failure probability, and a stylized 3D figure glows per active module so the trade-off is visible, not just numeric.