GOVERNANCE & BOUNDARIES

Security & Data Isolation Architecture.

Engineered with clinical-grade data boundaries, privacy-by-design edge processing, and rigorous isolation protocols for continuous kinematic telemetry.

PROTOCOL 01 DATA BOUNDARIES

Architectural Perimeter & Segmentation

Clear cryptographic boundaries separate edge sensor ingestion, raw numerical telemetry, musculoskeletal model states, and clinical identity directories. Inbound movement streams are pseudonymized before entering high-performance GPU compute clusters.

PROTOCOL 02 ENCRYPTION PROTOCOLS

Sensor Data Security & Transport Integrity

All wireless wearable payloads utilize authenticated Bluetooth Low Energy (BLE) pairing with forward secrecy, followed by TLS 1.3 encryption during cloud transmission. Data at rest is encrypted using AES-256 with tenant-isolated key management.

PROTOCOL 03 ACCESS CONTROL

Role-Based Access Control (RBAC)

Granular permission policies ensure that orthopedic surgeons, physical therapists, and administrative teams only view data pertinent to their clinical remit. Clinician actions within the observatory require multi-factor authentication.

PROTOCOL 04 MULTI-TENANCY

Enterprise Multi-Tenant Data Isolation

Health systems operate within dedicated logical or virtual VPC partitions. Cohort biomechanical statistics are calculated within siloed cryptographic boundaries, preventing cross-tenant data leakage.

PROTOCOL 05 EDGE INFERENCE

Privacy-Aware Optical Processing

Markerless video frames recorded during periodic gait assessments undergo localized neural keypoint extraction directly on the client device. Raw video imagery is purged immediately; only non-identifiable 3D skeletal coordinate vectors are transmitted.

PROTOCOL 06 TRACEABILITY

Immutable Access Audit Logging

Every review event, threshold modification, and telemetry export is recorded in append-only cryptographic audit logs, maintaining complete clinical chain-of-custody.

PROTOCOL 07 SYNTHETIC ENVIRONMENT

Synthetic Demo Isolation & PHI Protection

All interactive simulations and case views on this public demonstration website utilize exclusively synthetic kinematic data generated via procedural biomechanical algorithms. No Protected Health Information (PHI) or real patient records are processed or exposed.

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