Healthcare runs on data. The problem has never been the data — it's where it lives. Buried in categories. Locked behind queries. Invisible until someone thinks to look. Saliux puts the entire picture where it belongs: on the body. Every system. Every history. Every finding, spatially anchored.
Rotating care teams. Shift changes. Specialist consultations. Every new clinician starts from zero. That costs time — and time in a clinical setting costs more than money.
EHR systems navigate by category. Findings hide behind menus. Peripheral awareness — the kind that catches what deliberate search misses — doesn't exist in a text-table interface.
The pressure for faster patient throughput is real. Pre-procedure assessments. Care transitions. Handoffs. Every manual step is a bottleneck that modern visualization can eliminate.
When clinical data maps to anatomy rather than administrative category, something changes. Every system the human body contains — cardiovascular, nervous, skeletal, ocular, endocrine, and thirteen more — has a home on the visualization. A clinician walking into a room sees the patient's whole-body picture — current and historical — without navigating a single menu. Findings surface in context. A salience engine computes visual prominence for every marker — role context, clinical acuity, encounter relevance, and temporal state — and surfaces what needs attention first. All of it, at a glance.
Patient data anchored to anatomy — not buried in categories or tab trees.
Years this gap has existed in clinical visualization
Clinicians who may rotate through a single patient's care during a hospital stay
Additional data entry required to see the full patient picture
"Intuitive navigation to patient-specific conditions. The pathway from patient to provider is immediately clear."
"A platform that synthesizes relevant medical history and highlights key clinical trends would allow surgeons to understand a patient's condition in minutes rather than hours."
Three provisional patent applications filed · 24 named embodiments spanning all three interfaces.
Whole-body clinical visualization at the acute point of care. Every system, every history — spatially present without replacing existing EHR infrastructure.
Explore VPICoordinator Hub, field caregiver PWA, and family portal — reading from and writing to the patient-owned record, in real time, across home health, assisted living, memory care, and hospice. Activated by VPI at hospital discharge, or by the patient self-provisioning. Either path.
Explore Saliux CareNot a portal. A FHIR R4 record the patient owns, hosted on Saliux-operated infrastructure — operated by Saliux, owned by the patient in the ways that matter: legal ownership, access control, portability. Provisioned at first clinical encounter — or self-provisioned by the patient from home — the patient then grants each provider access and can revoke at any time. Every authorized provider reads from and writes to the same record — the patient's phone is one of those authorized clients, not the record itself.
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