PLATFORM-ENABLED SOLUTIONS

From Infrastructure to Intelligence.

Built on Cowbell, QStat, and DX5, RHI’s solution layer delivers domain-specific systems for operational readiness, clinical research, oncology remote monitoring, and distributed edge decision support.

FLAGSHIP SOLUTION · OPERATIONAL · FORCE HEALTH PROTECTION

Operational Readiness Monitoring

MEMOS supports persistent crew and warfighter monitoring in maritime, expeditionary, and high-threat operational environments through passive physiological collection, environmental correlation, command-level dashboards, individual feedback, and longitudinal analytics validated in shipboard-representative Navy testing.

Shipboard-representative deployment Passive wearable monitoring Environmental hazard correlation

Continuous passive physiological monitoring
Environmental exposure correlation
Command dashboards and alerts
Individual-level mobile visibility
Fatigue risk and sleep analytics

TRL-7 · Operationally relevant capability

<4 hour deployment across 4 decks

20 QStat wearables + 19 environmental sensors

>200 Mbps through steel bulkheads and closed hatches

2-node failure tolerance in a 6-node cluster

Seamless passive BLE hub handoff demonstrated live

CLINICAL RESEARCH · TRANSLATIONAL SCIENCE · DEVICE VALIDATION

Clinical Trial Infrastructure

“MEMOS is not merely a data collection tool. It is a secure clinical intelligence operating system.”

Edge-native, air-gapped clinical trial infrastructure for intraoperative studies, perioperative monitoring, translational animal research, device validation, secure hospital-side AI workflows, and multi-omics expansion without public cloud dependency.

Supports secure study orchestration, device validation, and structured digital workflows under full institutional control.
Trovomics extends the stack into harmonized multi-omics workflows with shared sample metadata and physiological context.

ONCOLOGY RPM · HOME & COMMUNITY CARE

Accurate Patient Monitoring at Scale

RHI’s oncology monitoring model combines QStat and Cowbell to deliver continuous, patient-verifiable remote monitoring, flexible home-to-clinic data pathways, reduced manual check-ins via edge-native AI, and earlier adverse-event warning across distributed care environments.

Continuous patient-verifiable oncology monitoring
Flexible home, clinic, and research deployment patterns
Care-team dashboards and escalation workflows
Pilot-funded signal validation and alert refinement
Federated clinical trial capability and full data ownership

ACTIVE RESEARCH DOMAIN

CU Anschutz COMBAT TRIAD Lab

Fentanyl and CBRN exposure modeling using controlled physiologic datasets, blood biomarkers, and environmental inputs to inform translational pathways from preclinical models toward human applicability.

Non-invasive BP estimation Sedation depth modeling Cardiovascular instability prediction

Modular Multi-Species Hardware

Supports human subjects, large animal models, and custom research deployments without redesigning the sensing layer.

Clinical Workflow Modernization

Replaces handwritten documentation with structured digital annotation and publication-ready reporting workflows.

Validation & Calibration

Enables time-synchronized comparison to reference devices, calibration extraction, error modeling, and structured export.

Raw Waveform AI Research

Provides direct access to raw PPG, IMU, temperature, and environmental streams for feature engineering and modeling.

Closed-Loop AI Lifecycle

Supports local acquisition, training, deployment, active learning, and controlled model refinement under secure conditions.

Concurrent Multi-Subject Orchestration

Supports cohort-based trials, multi-arm studies, and parallel validation workflows with centralized coordination.