Population-Scale Simulation of Human Longevity

Most public-health simulations work at the level of countries or cohorts. The CureForge Eight-Billion Virtual Humanity Simulator is the target architecture for population-scale simulation of human longevity trajectories at species scale. Nine subsystems collaborate across population-scale agent-based simulation, per-agent biological-age trajectory modeling using neural-ordinary-differentialequation digital twins, cross-agent disease-progression network modeling, intervention-distribution modeling for population-level rollouts, demographic stratification by age, sex, ancestry, and disease burden, cross-pillar trajectory coordination, longevity-escape-velocity population-crossing modeling coordinated with the federation’s escape-velocity institute, compute-efficiency optimization across federation-wide GPU scheduling, and a public-communication agent specifically dedicated to anti-hype calibration. Currently calibrated as target architecture; demonstrated scale will grow as the federation matures. The institute is the engine that lets the federation answer questions at species scale.

Value proposition:

• Population-scale agent-based simulation as a target architecture
• Per-agent neural-ordinary-differential-equation digital twins
• Anti-hype calibration on every external population-trajectory claim