Where Things Stand

Structured encounter architecture from doorway impression through primary and secondary assessment.

Full About section covering educational approach, audience, standards, foundation, and collaboration.

Platform model explanation — framework layer and simulation layer described.

Platform pricing, subscription plans, institutional licensing, and PathoSim hybrid access model.

This page — transparent product status across all platform components.

Breathing assessment, respiratory physiology, clinical states, and treatment reasoning.

Hemodynamic assessment, circulatory physiology, perfusion states, shock logic, and treatment reasoning.

Bridge document connecting respiratory and cardiovascular reasoning through oxygen delivery physiology.

Platform-level concept architecture and resuscitation reasoning anchor document.

Airway assessment, threat recognition, decision-making, and management escalation frameworks.

Structured framework for clinically useful information gathering and hypothesis-shaping questions.

Neurologic assessment, localization, consciousness, brain injury states, and prioritization.

Organized framework for rhythm, intervals, conduction, ischemia/injury patterns, and clinical integration.

High-fidelity UE5 simulation engine — patient physiology, encounter execution, timing, and task modeling.

Continued site architecture, product pages, and navigation system build-out.

Active outreach and recruitment of emergency physician collaborators for content QA and review.

Systemic physiologic derangements, toxin states, endocrine crises, electrolyte disorders, thermal dysregulation.

Volume state, renal perfusion, fluid balance, acid-base, and kidney-related clinical reasoning.

Obstetric and gynecologic acute presentations, maternal physiology, and urgent prioritization.

Abdominal evaluation, GI bleeding, hepatic dysfunction, and abdominal catastrophe recognition.

Genitourinary assessment, obstructive, infectious, and vascular GU presentations.

Focused encounter-management tool for cardiac arrest.

Full patient encounter structure and assessment flow application.

Documentation and assessment finding review layered on Phylux Assess.

Unified Phylux suite — ToolKit, Assess, and ScribeKit in one application.

Expanded library of high-acuity simulation scenarios across presentations and settings.

Seat-based organizational licensing, user management, and program-level access infrastructure.

Structured subject matter expert review process for framework content accuracy and clinical soundness.

Formal operational medical oversight and direction for the educational platform.