Medical devices / biosignal intelligence

B.A.S.I.S. BioSignal AI.

BioAdaptive Signal Intelligence System is the medical and biosignal lane: a device-agnostic layer for connected monitoring, recovery-state tracking, clinical workflow, and patient-specific artificial intelligence.

Holoscan bridge seated FHIR-ready output SMART on FHIR workflow multimodal signal stack
B.A.S.I.S. BioSignal AI one-sheet

Full medical capture surface

Not one wearable. A hospital-facing signal layer.

  • First live lanes - MoFit HRV/RR and Muse Athena EEG/optical/IMU prove the capture surface; recorded state frames now route through a Holoscan-style runtime bridge.
  • Clinical vitals expansion - ECG, PPG/SpO2, blood pressure, respiration, sleep, temperature, posture, gait, tremor, and EDA/GSR.
  • Metabolic and chemistry lanes - CGM/glucose, lactate, hydration/electrolytes, cortisol, sweat patches, and skin temperature.
  • Hospital interface - normalized windows, signal quality, device context, state vectors, specialist views, and FHIR-ready exports.

Clinical stack

Designed to sit beside existing medical infrastructure.

FHIR and SMART workflow

  • Observation, Device, DiagnosticReport, Encounter, CarePlan, and RiskAssessment paths where appropriate
  • SMART on FHIR launch for provider workflow and patient context
  • Integration-engine-ready exports for hospital review surfaces

Specialist surfaces

  • Nursing station, physician review, sports medicine, rehab/PT, perioperative, behavioral health, and research
  • Connected monitoring without overclaiming diagnosis or treatment
  • State-vector routing into Mirror Architecture review layers

Live proof surface

Real capture lanes are already visible.

This is the live signal console proof surface: Muse Athena packets, MoFit HRV/RR, device intake, stream audit lanes, and the AI Partner packet builder in the same B.A.S.I.S. capture hub.

B.A.S.I.S. live signal console showing Muse Athena and MoFit HRV capture lanes

Runtime bridge

Recorded biosignal state frames now route through source, guard, and lane sinks.

The July 2026 public-safe Holoscan gate converts B.A.S.I.S. from capture-only proof into a runtime-routing surface: recorded HRV/Muse-derived state frames pass through a source adapter, timing/quality guard, and lane-separated sinks with zero drops and zero sequence gaps in the closed gate. This is engineering support, not a clinical claim.

B.A.S.I.S. Holoscan runtime bridge public-safe visual

NVIDIA / Holoscan fit

Low-latency medical-device streaming is the natural platform bridge.

Holoscan

Medical-device sensor/network connectivity, AI processing, and streaming pipelines from embedded to edge to cloud. The first recorded source / guard / sink bridge is now seated.

Jetson

Portable sensor kits, field demos, and local review surfaces.

Riva / NIM

Voice-guided clinical/session assistants and packaged inference services once the state vector is stable.

AI Enterprise

Hospital governance, deployment support, and partner-ready service packaging.

Partner action

Request the B.A.S.I.S. demo path.

For medical-device, research, sports medicine, rehab, or hospital workflow review, request the demo kit and protected technical packet.