Real-World Need

We define human health as actualized capacity: steady energy, stable mood, restorative sleep, resilient stress response, recovery that completes, performance that holds. And we don't see these as single numbers or readouts - we see them as expressions of coordination—systems moving together over time.

Fieldflux Biosystems is building two interconnected systems around a single thesis: Timing is Everything. Timing is how relationship becomes measurable. When timing holds, coherence holds. When timing drifts, strain accumulates—often before anything looks “wrong” in isolation.

The two systems work together:

QPCI™ is the clinical and research platform for phase-coherence imaging—built to fuse diverse physiological streams into a single synthetic view of timing and regulation.

Membrane: Health is the everyday layer—built to organize lived data into coherence, trend, and protocol response, and to share a structured 28-day assessment with professionals through secure QR workflows and full report exports.

Together, they create continuity: the lab and the clinic, the home and the field, the session and the month—connected by the same timing-first logic.

What follows is where this changes professional work, in concrete terms: what exists today, and what becomes possible with a coherence-first view of the whole system.

Hospitals and inpatient teams

Current reality is abundant measurement and fragmented meaning. Vitals trend in one system, labs live in another, imaging in another. Many signals arrive as snapshots, and deterioration often becomes obvious only after the system has already shifted.

With QPCI and Membrane together, whole-body coordination becomes legible. QPCI provides a phase-coherence view in a clinical setting; Membrane provides continuity across days and weeks outside the hospital. The value is practical: earlier visibility into drift, clearer tracking of stabilization, and a structured way to monitor protocol response beyond single-metric movement. Handoffs become easier when trends reflect system behavior instead of isolated readings.

Emergency departments and acute triage

Current triage operates under time pressure, incomplete information, and a focus on immediate stabilization. Many patients present with symptoms that sit in the gray zone, where a single snapshot misses the trajectory.

With Fieldflux systems, trajectory becomes a first-class signal. QPCI is designed to support rapid coherence assessment in an acute setting, while Membrane can contribute a 28-day context that arrives instantly through shareable QR workflows. The benefit is a clearer distinction between compensation and destabilization, and a faster read on whether an intervention is actually restoring coordination or contributing to the systems increasing deficits.

Neurologists and neuro-rehab teams

Current tools provide valuable information, and cross-system coordination often remains implicit. Sleep, autonomic function, mood, cognitive load, and recovery pacing are commonly assessed as separate domains.

With QPCI, neural timing and brain-body coupling become measurable as relationships. With Membrane, longitudinal context becomes structured: sleep timing, autonomic stability, exertion and recovery dynamics become readable across weeks. Together, they support clearer pacing decisions, earlier drift detection, and more grounded conversations about recovery trajectory rather than isolated symptoms or single test results.

Cardiologists and dysautonomia specialists

Current care offers rich cardiac monitoring and limited integration with the broader timing architecture of regulation—sleep alignment, autonomic balance, metabolic pacing, and recovery dynamics.

With QPCI, cross-domain phase relationships can be assessed in a clinical session. With Membrane, day-to-day regulation is tracked as a coherent pattern rather than separate readouts. Together, they help connect symptoms to timing drift, interpret protocol response across real life, and support more precise pacing strategies based on stability trends.

Psychiatry, behavioral health, and sleep clinics

Current measurement leans heavily on self-report, symptom inventories, and partial physiological proxies. Many interventions are effective, and the feedback loop often remains slow.

With Membrane, regulation becomes visible through sleep and circadian patterns, autonomic stability, metabolic steadiness, and recovery dynamics across time. With QPCI, coherence can be assessed in a controlled session to deepen understanding of system coordination. Together, they shorten the feedback loop: earlier drift recognition, clearer trend direction, and measurable protocol response for sleep routines, circadian anchoring, stress regulation practices, and care plans.

Substance-use recovery and stabilization programs

Current workflows track safety and symptoms, and early destabilization can still hide between check-ins. Recovery is deeply physiological, and progress unfolds through regulation over time.

With Membrane, stabilization becomes trackable as a trajectory—sleep regularity, autonomic steadiness, metabolic stability, and recovery capacity over weeks. With QPCI, deeper coherence assessment can be performed in structured settings where clinically appropriate. Together, they provide earlier warning signals, clearer pacing feedback, and more consistent milestones for stabilization.

Physical therapy, rehabilitation, and integrative clinics

Current practice is high-touch and outcome-driven, and measurement is often limited to function tests, pain reports, and fragmented wearable data.

With Membrane, recovery becomes measurable as regulation: does the system stabilize with a new protocol, or does drift accumulate beneath the surface? With Pro tools, the 28-day report and Dynamics Lab support planning and pacing: linking today’s choices to tomorrow’s trajectory. With QPCI, sessions can add a deeper coherence view when indicated. Together, they support smarter progression, fewer setbacks, and clearer levers for recovery.

Professional sports, elite performance, and coaching staffs

Current performance monitoring ranges from subjective readiness to scattered dashboards, with key decisions still anchored in experience and imperfect signals.

With Membrane, the day-to-day becomes coherent: early drift, trend direction, and protocol response become visible across autonomic/circadian/metabolic/mechanical domains. Pro workflows support team use: secure 28-day sharing, full reports, predictive planning, and the Dynamics Lab for scenario testing and pacing decisions. With QPCI, the same coherence-first logic extends to higher-resolution assessment in controlled environments—supporting readiness discussions, deload timing, travel adaptation, and return-to-play decisions with greater clarity.

The common shift across every professional setting

Current systems measure a lot and synthesize a little. Fieldflux systems are built to make synthesis first-order: relationship, timing, stability, and response.

QPCI provides a phase-coherence imaging platform designed for clinical and research environments. Membrane provides lived continuity, structured professional sharing, and tools that help translate data into decisions. Together, they make it possible to see what matters most for health and performance over time: whether the system is moving together, and how fast it returns to coherence after real life happens.