Interactive System

Twin Trajectory Explorer

Interactive simulation of longitudinal Twin state evolution, confidence progression, adaptive drift, and recalibration.

Trajectory simulation#

42
48
55
61
66
71
Current trajectoryStabilizing
Current confidence71%
Runtime interpretation

Twin trajectory evolves as longitudinal evidence accumulates through clinician input, ArenaK signals, wearables, and SETPOINT execution feedback.

Why trajectories matter#

01

State is longitudinal

DT4H models progression across time rather than isolated moments.

02

Confidence evolves

Trajectory quality changes as adaptive evidence matures.

03

Drift becomes visible

StateK tracks transitions, instability, and recovery patterns.

04

Execution changes trajectories

SETPOINT practices and outcomes influence future adaptive state.

LayerRuntime Layer
StatusActive Draft
SystemDT4H / StateK / SETPOINT
BoundaryInfrastructure, not diagnosis
System lineageDT4HTwinStateKSETPOINTOutcomesRecalibration
Infrastructure boundaryDT4H models cohorts, Twins, calibration, and runtime state. It does not diagnose, prescribe, or replace licensed clinical judgment.
Document statusInfrastructure draft
Last updatedMay 2026
Applies toDT4H.ai / AvatarK.ai ecosystem