C11758: Integrated Healthcare Delivery Monitoring and Control Platform
Novelty:
Networked healthcare monitoring and control platform utilizing a novel middleware for efficient and ubiquitous information flow
Value Proposition:
Lack of integration, interoperability, and ongoing performance analysis permeates all levels of the healthcare delivery system today, resulting in increased personal and monetary cost. This invention utilizes open interfaces and novel middleware, achieving seamless and centralized control of subsystems. Other advantages include:
• Enables data integration, device control, adaptive alarm, automated delivery of care protocols at every point of a patient’s hospitalization.
• Utilizes ubiquitous data recording and relay system, allowing improved awareness, workflow and training within the healthcare system.
• Scalable proof-of-concept.
Technical Details:
Johns Hopkins researchers have developed a novel information delivery and control model for networked healthcare delivery platform. The invention includes open interfaces and a novel middleware for efficient and multi-modality information system, decoupling local user controls from the subsystems (i.e. lighting, audiovisual links, HVAC, real-time location systems, barcode medication administration). Decoupling yields numerous benefits as it consolidates subsystems onto a ubiquitous and centralized command and control system. Far-remote (i.e. homecare, afloat, or similar) telecare could also be provided through this invention
Looking for Partners:
To develop and commercialize the technology as integrated monitoring and control system for healthcare delivery
Stage of Development:
Commercialization
Data Availability:
Under NDA / CDA
Publications/Associated Cases:
Not available at this time
