Wearable Cervical Health Platform
AIDLAS is a multi-physics wearable platform for continuous cervical spine monitoring, biomechanical assessment, and adaptive therapeutic intelligence. Five sensing modalities. Twenty-five patents. Built from lived experience with a C4-C6 fusion.
“I woke up from spinal surgery and realized the only person tracking my recovery was me. The device that should have existed — one that watches the cervical spine continuously, learns your movement patterns, and catches the compensation cascades before they become new injuries — didn’t. So I built it.”
— Founder & CTO, iJarvis LLCAIDLAS integrates multiple independent tissue-sensing modalities into a single cervical wearable. Each modality provides a distinct window into what’s happening at and around the spine. Together, they form a composite picture no single measurement can provide.
9-axis IMU tracking cervical range of motion, angular velocity, postural alignment, and compensatory movement patterns in real time. Multi-node differential angles detect asymmetric loading.
Continuous-wave LED illumination with synchronous demodulation for tissue characterization. Near-infrared spectroscopy measures hemodynamic changes and tissue oxygenation at the cervical site.
PVDF polymer film transducers capture acoustic emissions, swallowing dynamics, and micro-vibrations. Multi-function: simultaneous sensing and bone conduction therapeutic feedback.
Tissue impedance measurements track fluid shifts, edema, and compositional changes in the cervical region over time. Detects inflammatory responses that precede symptomatic episodes.
ACAD (Attentional Capture Alert Design) framework delivers psychoacoustically optimized alerts via dual bone conduction transducers. Prediction-error scheduling ensures alerts remain salient without habituation.
The AIDLAS patent portfolio spans the full stack from sensor hardware to therapeutic intelligence to clinical imaging. Seven umbrella non-provisional filings are in preparation for conversion by February 2027.
Multi-node body monitoring, PVDF transducers, photoacoustic spectroscopy, CMUT array imaging, unified multi-physics aperture, and continuous wearable tissue monitoring.
Adaptive threshold engine, biomechanical fingerprinting, compensation drift detection, movement safety intelligence, and real-time hazard modeling.
Multi-tissue therapeutic management, healing digital twin, post-surgical recovery tracking, osteogenic stimulation, and closed-loop bone health monitoring.
MRI complement / imaging referral reduction, 3D hemodynamic mapping, spectroscopic tissue typing, and multi-species acoustic respiratory monitoring.
ESP32-S3 dual-core, BNO085 IMU, optical chain (NIR LEDs, TIA, ADC), PVDF transducers, bone conduction alerting. BOM ~$540. Validates all five modalities and firmware (v3.0, 6,500+ lines). Currently in hardware assembly.
Capacitive micromachined ultrasonic transducer array for volumetric tissue imaging. Row-column addressed architecture. Intended for clinical trial deployment. Protected by AIDLAS-012 through AIDLAS-016.
25 provisional patents filed. 303+ claims. Seven umbrella non-provisional filings drafted. SAM.gov registration and CAGE code in progress for federal grant eligibility.
Complete breadboard assembly. Validate all five sensing modalities against known reference data. Firmware integration testing. First wearable data collection on the inventor’s own cervical spine.
NIH SBIR Phase I ($275K) post-reauthorization. NSF SBIR. Wefunder community raise at $9M target, $18.75M pre-money valuation. Data from Gen 1 supports all applications.
Convert provisionals to seven umbrella non-provisional patents. Begin FDA pre-submission process. Gen 2 CMUT development if grant-funded. eRA Commons and Grants.gov fully active for NIH pipeline.
Clinicians, researchers, investors, and potential collaborators.
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