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Jump to:
Categories
Solutions
Description
Compatibility Level
Clients
Product Capabilities
Use cases
EHR integrations
Client types
Awards
Differentiators
Health equity
Keywords
Media
Company details
VectorCare
VectorCare

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Categories

Solutions

Description

Product Description:
VectorCare is a patient logistics platform for building and deploying workflows in your EHR to help manage any scheduled event, like transportation, home health, DME, and much more. Build workflows in minutes, deploy in seconds to any EHR.
About VectorCare Inc.:

Accelerating the Future of Patient Logistics. Build and deploy workflow in minutes to any EHR.

Product Description:

Through its comprehensive integration of diverse data sources - including EHR, RPM and patient-generated insights - the Medical Brain has a complete understanding of the patient’s medical history and knowledge of the current situation in real-time. With this complete, whole-person understanding, the Medical Brain proactively identifies emerging health risks, care gaps, delays, and errors. 

The Medical Brain is being used by provider groups, health systems, ACOs to help providers manage patients on their behalf so they can succeed with value-based care. Brain contacts providers and orchestrates care. This patient-first, real-time approach helps patients control chronic disease, reduce hospital days, while increasing provider productivity by 92% by eliminating patient communication and follow-up tasks from provider and office staff.  

The Medical Brain is being used by provider groups, health systems, ACOs to help providers manage patients on their behalf so they can succeed with value-based care.

About healthPrecision / Medical Brain:

Medical Brain is an AI-powered clinical assistant designed to enhance healthcare for both patients and providers. For patients, it offers personalized care by monitoring vital signs, providing health insights, and simplifying the management of appointments, medications, and follow-ups. This ensures proactive care and empowers patients to make informed health decisions. For providers, Medical Brain delivers real-time, data-driven insights to support accurate clinical decisions, streamlines communication within care teams, and automates administrative tasks, allowing more time for direct patient care and improving overall healthcare efficiency.

Compatibility level

Select which hospital or health system you work at and see a personalized compatibility level.

Clients

Select which hospital or health system you work at and see the client list

Product Capabilities

Medical Brain possesses a sophisticated level of contextual understanding, built on a complete set of patient data from a variety of sources including both free text and structured notes from health system and provider EMRs, as well as feeds from clinical systems and RPM devices. In addition, the Medical Brain communicates with patients proactively and on-demand, capturing information about their current situation and conducts a clinical interview to capture the complete, holistic picture. With this multilateration approach, the Medical Brain understands the patient’s medical situation contextually and provides personalized, high precision clinical decisions in real-time.

Medical Brain seamlessly integrates with Electronic Health Records (EHR), including hospital and provider-based systems, as well as specialty systems and digital devices such as RPM. This integration streamlines data acquisition and analysis, and provider workflow, allowing for the efficient, timely and accurate use of historical and real-time patient data. With complete knowledge of the patient’s health condition, the Medical Brain delivers high-precision clinical insights to patients and providers for timely corrective action. Provider workflow is streamlined and interactions are recorded in the EHR and accessible to healthcare providers, thereby improving continuity of care.

Medical Brain rigorously protects patient privacy and adheres to HIPAA and other regulatory standards. It employs state-of-the-art encryption for data storage and transfer, conducts systematic security audits, and enforces strict access controls, ensuring that only authorized individuals have access to sensitive patient information.

Medical Brain engages users through naturalistic interactions, using advanced natural language processing technologies to understand and generate responses that mimic human conversation. This approach helps put patients at ease, simulating an interaction with a healthcare professional and improving overall user satisfaction and engagement.

Medical Brain is designed to handle a large volume of patients and growing volume of interactions to address large-scale population requirements. It supports scalability through robust cloud infrastructure and efficient data management, capable of maintaining high performance levels even as the number of users and the volume of data expand across various regions and healthcare settings. Our team of dedicated clinical professionals have streamlined implementation to enable rapid deployments which scale easily for providers and health systems.

Medical Brain keeps pace with the rapid advances in clinical care and in AI and healthcare technology. As new use cases are required, the Medical Brain team develops new clinical modules with evidence-based protocols and updates the clinical repository with the latest updates, including provider inputs, research, and evolving healthcare practices. This adaptability ensures that Medical Brain remains at the cutting edge of technology, capable of offering the most current and effective solutions in healthcare AI.

With bidirectional communication, Medical Brain facilitates synchronous and asynchronous interactions between patients and care teams 24/7. Patients can receive immediate support through the platform, whether it’s via messaging, video, or audio calls. This capability ensures continuous access to care, helping patients manage their health proactively, with the care team receiving notifications about any significant health changes.

Medical Brain provides extensive operational support for both patients and care teams. This includes logistics management, staff training, patient onboarding, and ongoing technical support. The platform aims to enhance clinician experiences by reducing friction in workflows, preventing burnout, and ensuring patients are supported throughout their care journey. Medical Brain’s comprehensive approach not only improves patient outcomes but also simplifies care delivery for providers, making it an invaluable tool in modern healthcare settings.

Medical Brain enables individuals to share real-time biometric and health data with their care teams from outside the hospital or clinic. This is done through digital technologies, such as wearables and mobile devices, that continuously monitor health metrics (e.g., heart rate, blood pressure, glucose levels). The platform allows care teams to monitor patient data remotely and adjust care as needed, empowering proactive and continuous care beyond in-person visits.

Medical Brain uses advanced analytics to identify patients at risk of worsening conditions or potential hospitalization. By analyzing incoming patient data in real-time, the platform recognizes patterns indicative of deteriorating health, flagging patients for timely intervention. This predictive capability supports early detection of issues, reducing the likelihood of critical events like emergency room visits or hospitalizations.

Use Cases

Description:

Patient Discharge:

Whether it's post-surgery or an ED visit, VectorCare gives you the tools to build custom workflows to drive the right care, at the right time. 

With your network of contracted Vendors connected, scheduling any level of service takes less than 3 minutes

From an Ambulance ride to an Uber or Lyft ride, scheduling is seamless and intuitive.

Pediatric use cases:

None provided

Users:

Access:

Case Managers, Administrators, Transfer Center team, and Nurses. You decide who can access VectorCare and schedule from within the EHR or Web App.

Description:

The Medical Brain’s Patient-Centric Clinical Decision Support combined with Real-Time Care Orchestration identifies risks in real-time and guides immediate corrective action for best outcomes.

1. The Medical Brain® Diabetes module offers evidence-based guidance for the full spectrum of diabetes and related conditions, focused on establishing and maintaining excellent diabetic control with medical management and lifestyle modifications. The Medical Brain is in constant contact with diabetic patients helping them to manage the minute-to-minute intricacies of their condition aiming for their target HgbA1c goals. Diabetes is a condition with multiple co-morbidities and the Medical Brain uses evidence-based guidelines to manage those co-morbidities together to get the best outcomes. As an example, Hypertension can cause blood sugars to rise and both conditions need to be controlled together. As a result, the Medical Brain controls hard to control diabetics with real-time information including well-coordinated trend data for decision-making.  

2. The Medical Brain’s Renal Care Module spans conditions ranging from mild to end-stage renal failure and provide evidence-based guidance on renal specific conditions as well as the related co-morbidities such as diabetes and hypertension. This multi-lateral patient view allows the Medical Brain to guide guides physicians and their patients to maintain an optimal clinical steady state and minimize renal failure progression while driving the best outcomes in cost and quality performance.

3. Medical Brain’s health failure module covers the full spectrum of heart failure conditions from pre-clinical (asymptomatic, Stage B HF) through Stage D heart failures. The module includes evidence-based guidelines and best practices, so patients, cardiologists, and PCPs stay aligned with the goal of maintaining the most stable clinical state. Medical Brain detects risks and facilitates the right intervention by the right provider when adjustments in care are needed.

4. The Hypertension module helps patients gain and maintain control over hypertension with this clinical module incorporating best practices from leading medical experts. The Hypertension Module also includes coordination with other related chronic conditions and delivers trend analyses to patients and providers to manage hypertension 24/7. Medical Brain® directly connects patients and providers for effective care without gaps, miscommunications, or delays.

5. The Medical Brain covers the full spectrum of cardiac arrhythmias, including premature atrial contractions, supraventricular tachycardia or paroxysmal SVT, sick sinus syndrome, atrial fibrillation, and others. The Medical Brain includes evidence-based guidelines and best practices for treating arrhythmias and facilitates the right intervention by providers to achieve a well-controlled, appropriately monitored, and effectively managed clinical situation.

6. This module covers the full spectrum of valvular heart diseases, including aortic stenosis and mitral regurgitation. The Medical Brain® Valvular Disease Module includes evidence-based guidelines and best practices for treating valvular heart disease and related conditions. With coordinated, proactive care, patients can experience a better quality of life without incurring unnecessary spending. 

7. Hyperlipidemia is an important module because it influences many chronic conditions. The Medical Brain guides providers and patients in achieving the optimal lipid profile through lifestyle modifications and appropriate medications. This module includes the full spectrum of hyperlipidemia and related conditions to facilitate medical management and drive better outcomes.  

8. The Orthopedics module addresses a range of both surgical and medical orthopedic conditions. The Module is tailored to evidence-based practices for pre-op patient management including chronic conditions, through the post-op recovery phase including return to functionality and prevention of infections. The Module includes best practices and guidelines from leading Orthopedics organizations.  

9. The Obstetrics module includes evidence-based guidelines and best practices that cover a range of normal through high-risk pregnancies with a focus on assuring accuracy and reducing risk and error to improve patient safety in OB. Clinical guidelines are applied throughout the OB continuum including prenatal, intrapartum and the postpartum periods.  

The OB module and the AI clinical decision support system is tailored to reduce adverse events and prevent OB risk and systems related gaps and delays in care which place women at risk.  

10. The Medical Brain includes evidence-based guidelines, best practices, and protocols for COPD, ranging across the full spectrum of severity. Complex pulmonary conditions such as COPD, exist with co-morbidities including hypertension, cardiac disease and diabetes, and the COPD module coordinates across the full spectrum.

11. This module covers the full spectrum of infectious diseases across outpatient and inpatient settings, including from sepsis and septic shock. This module applies to patients with emerging infectious such as post-surgical signs of infection all the way through septic shock.  

12. The radiology module covers evidence-based guidelines and best practices for selecting the appropriate imaging and radiology studies for each specific case. With Medical Brain, providers can optimize utilization based on the current appropriate use criteria and drive the best outcomes in cost and quality performance through real-time precision.

13. The Medical Brain offers evidence-based guidelines and best practices in lifestyle modifications for multiple conditions and diseases, assisting each person in maintaining the best preventive measures to avoid diseases and disease exacerbations while maximizing their quality of life. This is particularly important for chronic disease management which is influenced by medical as well as social conditions and determinants.  

Pediatric use cases:

None provided

Users:

Diabetes Patients 

Renal Patients 

Heart Failure Patients 

Hypertension Patients 

Arrhythmia Patients 

Valvular Heart Disease Patients 

Hyperlipidemia Patients 

Orthopedic Patients 

Obstetric Patients 

COPD Patients 

Infectious Disease Patients 

Radiology Patients 

Lifestyle Modification Patients 

EHR Integrations

Integrations:

Acute care EMR, Patient portal, Home health, Behavioral health, ADT

EMR Integration & Relevant Hardware:

Use case dependent

EMRs Supported:

Epic, Cerner, Meditech, Allscripts, NextGen, athena, GE, eClinicalWorks, McKesson, Other, Allscripts/Eclipsys, Athenahealth, Azalea Health/Prognosis, CPSI, Evident, Healthland, MEDHOST, MedWorx, QuadraMed, Self-developed, Would prefer not to disclose, Point Click Care

Hardware Compatibility:

Desktop, Mobile / Tablet (web optimized), Mobile / Tablet (native app)

Integrations:

Acute care EMR, Ambulatory EMR, Ancillary EMR, ERP system, Patient portal, Pop health platform, Home health, Behavioral health, Community based organizations, ADT, Access +/or revenue cycle, Credentialing, Website / public online sources, Other

EMR Integration & Relevant Hardware:

Required

EMRs Supported:

Epic, Cerner, Meditech, Allscripts, NextGen, athena, GE, eClinicalWorks, McKesson, Other, Allscripts/Eclipsys, Athenahealth, Azalea Health/Prognosis, CPSI, Evident, Healthland, MEDHOST, MedWorx, QuadraMed, Self-developed, Would prefer not to disclose, Point Click Care

Hardware Compatibility:

Desktop, Mobile / Tablet (web optimized), Mobile / Tablet (native app), Other

Client Types

Awards

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Differentiators

Differentiators vs EHR Functionality:

1. Embedded within EHR but focused on logistics & transitions

VectorCare is designed to integrate directly into the EHR workflow (via SMART on FHIR), enabling ordering, dispatching, scheduling, and tracking of non-acute care services (transportation, home health, DME) from within the same clinical system.

In contrast, standard EHRs are built primarily for clinical documentation, orders, billing, and care delivery – not typically orchestrating vendor networks, transport logistics, or cross-setting workflows in the same way.

Why this matters: It reduces friction (no separate logistics portal), improves visibility of transitions, and keeps everything in context of the patient encounter rather than separate systems.

2. Real-time, bidirectional SMART on FHIR integration & workflow embedding

VectorCare supports SMART on FHIR standards: it can be launched in the EHR context, exchange data in real time, embed scheduling/ordering into the EHR, and keep logistical data (e.g., transport status, pickup ETA) in sync with clinical data. 

Standard EHR functionality often relies on internal modules (e.g., transportation scheduling or case management) or separate logistical systems, with less agility, fewer vendor-agnostic integrations, and more manual work or data duplication.

Why this matters: With SMART on FHIR, you gain plug-and-play app-style flexibility, minimizing custom integration efforts and enhancing interoperability across systems and vendors.

3. Built for networked care logistics, not just patient records

VectorCare gives you a marketplace of credentialed vendors (transportation, home health, DME), multi-vendor broadcasting, real-time vendor performance tracking, no-show/cancellation reduction, rideshare orchestration, etc. 

EHRs are excellent at storing, processing, and retrieving clinical data. They often don’t include best-in‐class vendor management and logistics orchestration out-of-the-box (especially across non-clinical service providers).

Why this matters: When you’re coordinating post-acute, transitional, or non-acute services (like discharge transport or home health setup) the logistics layer is as important as the record layer. VectorCare is tailored for that.

4. No-code workflow builder + configurable logic vs standard rigid workflows

VectorCare emphasizes a configurable, no-code workflow builder, giving operational teams the ability to define logic-based workflows (e.g., discharge → transport → home setup) without heavy IT builds. 

Traditional EHR workflows tend to be pre-configured, more rigid, and often require custom build/IT involvement for non-standard processes (especially logistics transitions).

Why this matters: The flexibility helps adapt to varied care-transition processes across hospitals, home health, payers, etc., and potentially faster time to value.

5. Analytics, logging, and logistics-centric KPIs vs clinical/documentation focus

VectorCare supports real-time tracking, vendor performance KPIs, machine-learning-based insights, and data on transitions, throughput, cancellations, etc. 

EHRs typically focus analytics on clinical outcomes, documentation quality, and internal care delivery metrics, less so on external logistics, vendor networks, or cross-setting service orchestration.

Why this matters: For enterprises focused on reducing length of stay, avoiding readmissions, or optimizing the full care-transition pathway, the logistics data layer provides novel metrics and actionable insights.

6. Vendor-agnostic & multi-vendor orchestration vs single-vendor lock-in

VectorCare is built to interact with many vendor types (transport, DME, home care), broadcast to multiple providers, select based on credentialing, etc. 

Many EHRs have modules or partner networks, but often the logistics/transport/home-care orchestration is either internal or limited to a small set of partners.

Why this matters: It enables health systems and payers to orchestrate across a broad ecosystem, not just the internal silo, and support more flexible, scalable vendor networks.

7. Focus on post-acute, transition, throughput, and service orchestration

As noted in published commentary, VectorCare is aimed at optimizing discharge processes, patient transitions, and non-acute service workflows — e.g., reducing a 31-minute process down to 3 minutes in one case. 

Case Management Society of America

EHRs are fundamentally built around acute/primary care workflows — charting, orders, results, typical inpatient/outpatient care — but may have less maturity for coordinating cross-setting transitions (home health, transport, DME) in a unified way.

Why this matters: For organizations with significant transition-of-care burden (e.g., large hospitals, payers, post-acute networks), this specialized functional difference can drive operational performance that standard EHR modules may not support as well.

Differentiators vs Competitors:

Deep SMART on FHIR / EHR-Embedded Integration

Built for true interoperability, VectorCare launches directly within the EHR using SMART on FHIR. It exchanges data in real time, allowing clinicians to order and track services without leaving the patient record.

Competitors: Typically operate as stand-alone portals or require complex integrations.

End-to-End Logistics Orchestration

VectorCare connects the full continuum of services — transportation, home health, DME, rideshare, and more — within one unified platform.

Competitors: Often specialize in just one vertical (e.g., NEMT, home health, or dispatching).

No-Code Configurable Workflow Builder

A no-code builder enables operations teams to design and automate workflows (e.g., discharge → transport → home setup) without IT intervention.

Competitors: Require custom development or rigid pre-defined workflows.

Vendor-Agnostic Marketplace with Multi-Vendor Broadcasting

VectorCare provides a credentialed marketplace of vendors and broadcasts requests to multiple providers simultaneously for the best match based on time, cost, or credentials.

Competitors: Typically locked to closed or limited vendor networks.

AI-Driven Insights & Predictive Analytics

Embedded reporting with ML-powered dashboards offers real-time visibility into vendor performance, cancellations, and throughput optimization.

Competitors: Offer basic reporting with limited operational insight.

Unified Patient Logistics Platform

VectorCare serves as a system-wide orchestration layer connecting hospitals, payers, and service providers—extending beyond transport into full patient logistics.

Competitors: Usually focus on isolated scheduling or dispatch modules.

Differentiators vs EHR Functionality:

The Medical Brain, an AI-powered digital clinical assistant, offers significant enhancements over a typical Electronic Health Record (EHR) system found in provider offices. Unlike traditional EHRs, which primarily serve as structured data repositories with limited capabilities for interpreting free-text entries, the Medical Brain seamlessly integrates and interprets both structured and unstructured data from various sources. This capability ensures a comprehensive view of a patient's health that is dynamically updated through interactions with patients and providers in natural language. Furthermore, the Medical Brain's advanced decision support algorithms provide recommendations with 98% accuracy, based on a holistic analysis of patient data, thereby facilitating more informed clinical decisions. By layering on top of existing EHR systems, the Medical Brain not only enhances data utility and clinical workflow but also actively contributes to the medical records it accesses, reducing the likelihood of errors and omissions and greatly improving the efficiency and effectiveness of healthcare delivery.

Differentiators vs Competitors:

The Medical Brain differentiates itself from competitors in the digital healthcare space by offering a comprehensive, all-in-one solution that integrates care coordination, EHR interoperability, symptom analysis, and RPM. While competitors may offer one or a few of these features, Medical Brain excels by incorporating all these functionalities into a single platform, enhancing both provider efficiency and patient outcomes. Its capability to engage in dialogues with both providers and patients sets it apart, making it a truly holistic approach to patient care. This dual communication capability allows Medical Brain to gather and utilize a wider range of patient data, leading to highly accurate health assessments and personalized care plans.

Moreover, Medical Brain significantly reduces the administrative burden on healthcare providers, having reduced follow-up administrative tasks by 92%, thereby allowing providers more time to focus on direct patient care. The system’s decision-making support boasts a 98% accuracy rate, which is notably superior to that of any competitor. This high level of precision and efficiency in Medical Brain’s operations not only streamlines workflows but also ensures that clinical decisions are both timely and reliable. By serving as a platform that effectively communicates with and benefits both providers and patients, Medical Brain goes beyond traditional digital assistants and positions itself as a crucial component in modern healthcare ecosystems, driving improvements in healthcare delivery and patient satisfaction.

Health Equity

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American Journal of Obstetrics & Gynecology - An AI based Clinical Decision Support Application Reduces the Rate of Adverse Clinical Events

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