Every system. Every history. Current conditions, active treatments, prior procedures — anchored to every layer of the body they belong to. Available in seconds. No navigation. No searching. No manual input.
When a clinician enters a patient's environment, the whole-body health picture is already there. Current conditions. Historical record. Active medications. Prior procedures. Implanted devices. Every native body system — circulatory, skeletal, nervous, ocular, endocrine, and more — spatially organized on the body, not buried in a tab tree. What used to take minutes of chart navigation appears in seconds, requiring nothing from the clinician except presence.
Other systems show what's happening now, in one system. VPI shows everything that has ever happened, across every body system — and where it happened on the body. A prior procedure, a resolved condition in a system nobody thought to check, a historical finding in an overlooked layer — all spatially present, touchable, accessible. A clinician meeting a complex patient for the first time reads their whole history before a word is spoken.
What surfaces to each clinician first is determined by a four-axis deterministic weighting engine — no AI. Role context (from authentication), clinical acuity, encounter relevance, and temporal recency combine to assign visual prominence to every marker on the body silhouette. A cardiologist and an anesthesiologist reviewing the same patient see different findings foregrounded — not because AI filtered the record, but because the salience engine computed it from structured data. The AI Insights panel is additive and separate: it reads the already-displayed record and surfaces cross-system observations for clinical review. The salience that gives Saliux its name operates in the primary visualization, deterministically, before any AI is involved.
VPI tracks three temporal states across every body system. The care obligation cycle: when was the last dose given, when is wound care next due, which labs are pending, which consults are open — each item green, amber, or red. The recovery trajectory: where the patient sits in their post-operative arc, how many days since a sepsis recognition event, how far into a defined protocol. And intervention windows: time-bounded clinical opportunities that close — tPA eligibility at 4.5 hours from stroke onset, golden hour in trauma, care bundle compliance windows with hard time limits. Every state is body-system-anchored, deterministic, and computed entirely from FHIR timestamps — no AI, no inference. An incoming nurse scans the wristband and reads the full care cycle at a glance, without a verbal relay.
10–20 clinicians may care for a single patient. Each one currently starts from scratch. VPI gives every one of them the same instant picture.
The data needed for pre-procedure assessment already exists in the patient's record. VPI assembles it, organized by relevance. The clinical team reviews. Nothing is manually assembled from scratch.
When a patient moves between care teams or settings, the full picture moves with them — instantly visible to whoever receives them next.
In time-compressed situations, comprehensive patient context isn't a luxury — it's a safety factor. VPI surfaces the complete record for any clinician, immediately, on arrival.
A documented class of adverse events occurs at discharge — when a medication is written without the admission lab value it depends on visible at the same time. Anticoagulant dose written without INR in view. Digoxin without potassium. Diuretics without electrolytes. VPI renders both values simultaneously on the same body system layer, eliminating the simultaneous visibility failure — not by AI recommendation, but by ambient display. The data existed. VPI ensures it is seen together.
Every finding surfaced, every item flagged, every piece of history displayed exists for one purpose: to ensure the clinician has the complete picture before they apply their own professional judgment. VPI does not recommend treatments. It does not generate clinical orders. It does not second-guess trained professionals. The intelligence is theirs. The decision is always theirs.
This is not a regulatory concession. It is the design. Trained professionals do not need software telling them how to practice. They need the right information, surfaced clearly, without noise. Display Never Decide is how that commitment is enforced architecturally — not by policy.
VPI runs on the same workstation the clinician is already using. No new device, no new login, no context switch. Open alongside Epic or Oracle Health and read the body-mapped picture on the screen already in front of you.
iPad for clinicians on the move — ER rounds, specialty consults, home visits. The same full picture, wherever the care happens.
VPI integrates with existing health information systems through FHIR — the open interoperability standard across Epic, Oracle Health, and every major EHR. No data migration. No rip-and-replace. A visual layer on top of the record you already maintain.
Intuitive navigation to patient-specific conditions. The pathway from patient to provider is immediately clear.
A platform that can quickly synthesize relevant medical history, highlight key diagnoses, prior treatments, imaging findings, and clinical trends would allow surgeons to understand a patient's condition in minutes rather than hours.