Clinically relevant health data
We help patients communicate symptoms more accurately, providing structured data to support more informed clinical decisions.
Pinpoint pain with a simple touch.
Our 3D Mapping program allows patients to communicate their pain to their providers.
Know your baseline before problems arise.
Your Annual Wellness Visit builds
a personalized plan for long-term health.
Patients vital signs are updated regularly through connected devices,
with timely alerts based on configured thresholds.
CyberMDCare is designed to support care coordination
and support workflow processes through remote monitoring.
Your identity is your key.
Designed to safeguard patient health data through multi-layered biometric authentication.
Enterprise Solutions
Four direct paths into the CMDNova infrastructure — from the latest office notice to enterprise-grade solution briefs for the networks operating under value-based care.
CyberMDCare delivers a complete, patient‑centered healthcare experience built on five essential
pillars:
Diagnosis, Prevention, Monitoring, Treatment, and Security.
Our platform connects patients and providers through intuitive tools,
real‑time data, and secure digital care.
We help patients communicate symptoms more accurately, providing structured data to support more informed clinical decisions.
We support long‑term health through structured assessments and early risk detection.
We support patient safety through continuous vital data tracking and provider oversight.
We help make medical care more accessible through secure telemedicine.
We protect patient identity and data with multi‑layer biometric authentication and HIPAA‑compliant systems.
Visualize your symptoms with a simple touch.
Our interactive 3D body model
transforms pain into precise, shareable data for faster, clearer diagnosis.
A structured yearly health assessment designed to detect risks early. AWV helps you build a personalized, long‑term preventive care plan.

Track your vital signs in real time through connected devices.
Patient health data is sent at regular intervals for provider review.

We aim to expand access to licensed providers.
Connect with clinicians through secure telehealth tools designed to support coordinated care.

Your identity becomes your key with multi‑layer biometric authentication. CyberMDCare uses HIPAA‑aligned security practices and multi‑layer authentication to help protect patient information.

Powered by the [DSM-Inference-X™ Engine], CMDNova's proprietary, self-sustaining Artificial Intelligence platform delivers a paradigm shift in Value-Based Care optimization for IPAs and Management Services Organizations (MSOs).
The engine replicates and digitizes the three fundamental pillars of a classic physician encounter—Consultation (Q), Pain Mapping (P), and Vitals (R)—via a mobile-first application, tracking latent patient risk profiles and securing them within a robust cloud architecture. By bypassing traditional, burdensome dashboards and routing actionable 30-day clinical intelligence directly to physicians via cryptographically sealed DSM links, our infrastructure transforms reactive medical care into a proactive, compliance-driven revenue optimization model.
The [DSM-Inference-X™ Engine] ingests raw, multi-modal P·Q·R telemetry from the database, continuously parsing and refactoring the data into the exact objective performance metrics mandated by the Centers for Medicare & Medicaid Services (CMS), beautifully visualized through interactive percentage (%) tracking charts:
The [DSM-Inference-X™ Engine] operates as an autonomous enterprise infrastructure via three sequential, interdependent AI pipelines executing at the core software source-code level:
Multi-Modal CDSS AI Scoring & Real-Time Emergency Trigger Module. The system multi-dimensionally fuses the patient's subjective input—P-FLOW (anatomical pain coordinates and NRS intensity levels) and Q-FLOW (structured questionnaire index pointers)—with the rolling, 30-day average biometric trends (30-Day Average R-FLOW). Moving far beyond rigid static formulas, our proprietary pattern-recognition AI classifier dynamically analyzes this complex dataset pre-encounter. It automatically calculates and stratifies clinical risk into three strict categories: Major Risk (MJ), Minor Risk (MN), or NOTHING. Concurrently, if streaming biometric telemetry breaches critical thresholds, the backend instant-alert protocol triggers, bypassing normal batches to route the Vital Emergency Index directly to the IPA's designated Nurse Hot-line interface.
Predictive HCC AI Inference Module. Utilizing the AI-generated CDSS risk tiers (MJ/MN) and patient demographic matrices as foundational prior context, our core multi-label deep learning classification model calculates accurate disease probabilities. It preemptively predicts and recommends the most clinically appropriate, federally compliant Estimated HCC Codes aligned with both CMS-HCC Version 24 and Version 28 risk-adjustment models. This advisory data acts as precise reference intelligence before formal Electronic Health Record (EHR) entry.
Digital Security Message (DSM) & 30-Day Process Management Module. Based on the predicted candidate HCC codes, the engine dynamically maps and displays forward-looking Potential RAF Score escalation guidelines, giving clinicians an instantaneous projection of risk-adjusted adjustments. Simultaneously, the security gateway generates and transmits a tamper-evident, cryptographically sealed Digital Security Message (DSM) and patient session link. Activating our asynchronous 3-stage scheduler (Approved / Pending / Rejected upon 30-day expiration), this module preserves a forensically verifiable audit trail that directly neutralizes Federal False Claims Act (FCA) audit exposure, providing an unassailable legal and clinical shield for the practicing physician.
The architecture of the CMDNova platform is engineered from the ground up to establish a bulletproof legal Safe-Harbor model, fully aligned with the strict statutory requirements of the U.S. Department of Health and Human Services (HHS) and CMS.
Executive Summary for Enterprise Partners & Investors: The [DSM-Inference-X™ Engine] is an end-to-end, self-sustained clinical software ecosystem purpose-built to eliminate clinician administrative fatigue by delivering encrypted DSM messages and secure session links directly to physicians, backed by an automated 30-day lifecycle engine. By processing strictly de-identified [ID, Gender, Age] parameters, it completely neutralizes HIPAA compliance liabilities while translating historical P·Q·R telemetry into high-performing AWV and HEDIS tracking percentages. It stands as the ultimate legal shield and revenue optimization engine for IPAs in the U.S. Medicare Advantage marketplace.
This advanced framework is 100% fully implemented and verified in our current live Demo profile.
Powered by the [DSM-Inference-X™ Engine], CMDNova's proprietary, self-sustaining Artificial Intelligence platform delivers a powerful compliance and risk-stratification architecture specifically engineered for California's 40 registered PACE organizations and their 117 physical care sites managing highly vulnerable, dual-eligible senior populations.
The engine replicates and digitizes the three fundamental pillars of a classic clinician encounter—Consultation (Q), Pain Mapping (P), and Vitals (R)—via a mobile-first application, tracking latent patient risk profiles and securing them within a robust cloud architecture. By bypassing traditional, burdensome dashboards and routing actionable 30-day clinical intelligence directly to Interdisciplinary Teams (IDT) via cryptographically sealed DSM links, our infrastructure transforms reactive elder care into a proactive, compliance-driven managed care model under a capped capitation structure.
The [DSM-Inference-X™ Engine] ingests raw, multi-modal P·Q·R telemetry from the database, continuously parsing and refactoring the data into the exact objective performance metrics mandated by the Centers for Medicare & Medicaid Services (CMS), beautifully visualized through interactive percentage (%) tracking charts:
The [DSM-Inference-X™ Engine] operates as an autonomous enterprise infrastructure via three sequential, interdependent AI pipelines executing at the core software source-code level:
Multi-Modal CDSS AI Scoring & Real-Time Emergency Trigger Module. The system multi-dimensionally fuses the patient's subjective input—P-FLOW (anatomical pain coordinates and NRS intensity levels) and Q-FLOW (structured questionnaire index pointers)—with the rolling, 30-day average biometric trends (30-Day Average R-FLOW). Moving far beyond rigid static formulas, our proprietary pattern-recognition AI classifier dynamically analyzes this complex dataset pre-encounter. It automatically calculates and stratifies clinical risk into three strict categories: Major Risk (MJ), Minor Risk (MN), or NOTHING. Concurrently, if streaming biometric telemetry breaches critical thresholds, the backend instant-alert protocol triggers, bypassing normal batches to route the Vital Emergency Index directly to the PACE center's designated Nurse Hot-line interface.
Predictive HCC AI Inference Module. Utilizing the AI-generated CDSS risk tiers (MJ/MN) and patient demographic matrices as foundational prior context, our core multi-label deep learning classification model calculates accurate disease probabilities. It preemptively predicts and recommends the most clinically appropriate, federally compliant Estimated HCC Codes aligned with both CMS-HCC Version 24 and Version 28 risk-adjustment models. This advisory data acts as precise reference intelligence before formal Electronic Health Record (EHR) entry.
Digital Security Message (DSM) & 30-Day Process Management Module. Based on the predicted candidate HCC codes, the engine dynamically maps and displays forward-looking Potential RAF Score escalation guidelines, giving clinicians an instantaneous jackpot projection of risk-adjusted adjustments. Simultaneously, the security gateway generates and transmits a tamper-evident, cryptographically sealed Digital Security Message (DSM) and patient session link. Activating our asynchronous 3-stage scheduler (Approved / Pending / Rejected upon 30-day expiration), this module preserves a forensically verifiable audit trail that directly neutralizes federal CMS Risk Adjustment Data Validation (RADV) audit exposure, providing an unassailable legal shield for the PACE organization.
The architecture of the CMDNova platform is engineered from the ground up to establish a bulletproof legal Safe-Harbor model, fully aligned with the strict statutory requirements of the U.S. Department of Health and Human Services (HHS) and CMS.
This advanced framework is 100% fully implemented and verified in our current live Demo profile.
Powered by the [DSM-Inference-X™ Engine], CMDNova's proprietary, self-sustaining Artificial Intelligence platform delivers a paradigm shift in financial and clinical risk management for Accountable Care Organizations (ACOs) operating under the Medicare Shared Savings Program (MSSP).
The engine replicates and digitizes the three fundamental pillars of a classic clinician encounter—Consultation (Q), Pain Mapping (P), and Vitals (R)—via a mobile-first application, tracking latent patient risk profiles and securing them within a robust cloud architecture. By bypassing traditional, burdensome dashboards and routing actionable 30-day clinical intelligence directly to physicians via cryptographically sealed DSM links, our infrastructure transforms reactive medical care into a proactive, compliance-driven shared savings optimization model.
The [DSM-Inference-X™ Engine] ingests raw, multi-modal P·Q·R telemetry from the database, continuously parsing and refactoring the data into the exact objective performance metrics mandated by the Centers for Medicare & Medicaid Services (CMS), beautifully visualized through interactive percentage (%) tracking charts:
The [DSM-Inference-X™ Engine] operates as an autonomous enterprise infrastructure via three sequential, interdependent AI pipelines executing at the core software source-code level:
Multi-Modal CDSS AI Scoring & Real-Time Emergency Trigger Module. The system multi-dimensionally fuses the patient's subjective input—P-FLOW (anatomical pain coordinates and NRS intensity levels) and Q-FLOW (structured questionnaire index pointers)—with the rolling, 30-day average biometric trends (30-Day Average R-FLOW). Moving far beyond rigid static formulas, our proprietary pattern-recognition AI classifier dynamically analyzes this complex dataset pre-encounter. It automatically calculates and stratifies clinical risk into three strict categories: Major Risk (MJ), Minor Risk (MN), or NOTHING. Concurrently, if streaming biometric telemetry breaches critical thresholds, the backend instant-alert protocol triggers, bypassing normal batches to route the Vital Emergency Index directly to the ACO's designated Nurse Hot-line interface.
Predictive HCC AI Inference Module. Utilizing the AI-generated CDSS risk tiers (MJ/MN) and patient demographic matrices as foundational prior context, our core multi-label deep learning classification model calculates accurate disease probabilities. It preemptively predicts and recommends the most clinically appropriate, federally compliant Estimated HCC Codes aligned with both CMS-HCC Version 24 and Version 28 risk-adjustment models. This advisory data acts as precise reference intelligence before formal Electronic Health Record (EHR) entry.
Digital Security Message (DSM) & 30-Day Process Management Module. Based on the predicted candidate HCC codes, the engine dynamically maps and displays forward-looking Potential RAF Score escalation guidelines, giving clinicians an instantaneous projection of risk-adjusted adjustments. Simultaneously, the security gateway generates and transmits a tamper-evident, cryptographically sealed Digital Security Message (DSM) and patient session link. Activating our asynchronous 3-stage scheduler (Approved / Pending / Rejected upon 30-day expiration), this module preserves a forensically verifiable audit trail that directly neutralizes Federal False Claims Act (FCA) audit exposure, providing an unassailable legal and clinical shield for the practicing provider.
The architecture of the CMDNova platform is engineered from the ground up to establish a bulletproof legal Safe-Harbor model, fully aligned with the strict statutory requirements of the U.S. Department of Health and Human Services (HHS) and CMS.
This advanced framework is 100% fully implemented and verified in our current live Demo profile.
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