OMNIPHYX™ is an institutional-grade device concept designed to unify rapid screening, risk signals, and actionable decision support across multiple domains. A key focus is delivering functional, blood-related physiological intelligence in real time—supporting hospital intake, research, population programs, and remote care environments where speed, repeatability, and scalability matter.
Request Evaluation / Pilot Blood Intelligence Capabilities DeploymentBuilt for regulated stakeholders requiring repeatable outputs, scalable deployment, and structured screening/triage support.
Blood carries critical physiological information—oxygen delivery, perfusion behavior, systemic stress, and metabolic stability. Traditional blood testing measures discrete lab values from a sample. OMNIPHYX™ is designed to provide functional blood-related physiological insight in real time, translating multi-domain signals into structured indicators that support screening, triage, monitoring, and decision pathways without conventional laboratory workflows.
Indicators reflecting circulation quality, perfusion behavior, and oxygen delivery patterns.
Signals associated with physiological strain, instability, and systemic load trends.
How blood-related physiology behaves across systems—useful for screening and longitudinal tracking.
Immediate flags indicating when deeper laboratory evaluation or escalation may be warranted.
Scalable assessment of blood-related health patterns across large groups without lab infrastructure.
Adds functional context before, between, or alongside lab panels to support decision workflows.
OMNIPHYX™ is not presented as a replacement for laboratory diagnostics. It is designed to provide functional blood-related physiological intelligence to support screening and decision pathways.
Combines multiple measurement categories into a single structured intelligence output.
Functional indicators that relate to systemic blood status, stability patterns, and perfusion dynamics.
Repeatable workflows for rapid large-population assessment and monitoring.
Triage guidance, escalation flags, and follow-up direction.
Hospitals, field programs, mobile care, and resource-limited environments.
Intake screening, triage support, monitoring, and care pathway routing.
Population screening and national health initiatives with scalable workflows.
High-repeatability measurement framework for studies and protocol-driven outputs.
Workforce readiness and occupational screening programs.
Front-door assessment and triage prioritization.
Mobile chronic-risk detection and tracking.
Longitudinal stability and trend tracking.
Protocol-driven measurement outputs.
Workforce screening programs.
Low-resource scalable assessment.
