Advanced Quantum Bio-Sensing

Predicting the
Unseen

VPSense pioneers the use of NV Diamond Magnetometry and Tensor Network Analysis to detect Venous Thromboembolism (VTE) precursors before they become clinical emergencies.

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The Quantum Architecture

NV Diamond Sensing

Unlike optical sensors, our nitrogen-vacancy diamond magnetometers detect femto-tesla magnetic shifts caused by changes in blood viscosity and turbulence.

Tensor AI Core

Proprietary tensor networks process high-dimensional bio-data at the edge, reducing latency to under 2ms for real-time surgical monitoring.

Clinical Integration

Designed for seamless HL7/FHIR interoperability. VPSense sits as a silent layer in the ICU, alerting only when probability thresholds are breached.

Why Quantum?

Standard ultrasound and D-dimer tests are reactive. VPSense is predictive.

By leveraging quantum superposition in our sensor array, we map the hemodynamic profile of a patient continuously. This allows for the detection of micro-clots that are invisible to classical instrumentation.

// VPSense Real-Time Logic

Analyzing: Hemodynamic_Stream_01
> Quantum_State: Superposition
> Sensitivity: 15 fT/sqrt(Hz)
> Detecting_Anomalies...

[STATUS] Flow Laminarity: 99.8%
[PREDICTION] VTE Risk: < 0.01%