Connectivity in acute medical care

Achieving health equity is challenging, especially in urgent medical scenarios. Acute care situations and remote population limit access to specialised and preventative care in a convenient, cost-effective, and timely manner.

Health equity requires universal access to essential healthcare, regardless of geographic limitations. That asks for improved, connected digital health technologies, ensuring secure data exchange and regulatory alignment. By providing more accessible, convenient, cost-effective, and culturally sensitive solutions, these technologies can overcome uncontrolled, geographic, or socioeconomic barriers to healthcare access.

To enable this, it is crucial to ensure seamless, transparent, and secure access to health data for everyone involved, including patients, caregivers, and healthcare professionals. The widespread adoption of remote patient monitoring technologies sees the rise of collaborative platforms and communication protocols. These need to align with regulations on data security and privacy and be able to handle large amounts of data exchange.

What we do

The PHRESH project aims to improve health risk assessment, emergency response, and treatment by integrating advanced digital health technologies. Our project uses remote patient cutting-edge technologies enabling highly accurate sensors, real-time analysis capabilities, proactive care systems, advanced algorithms for rapid diagnosis, personalised treatment protocols, learning, and quantum-secure encryption.

PHRESH is dedicated to crafting and implementing a comprehensive framework designed to mitigate health risk assessment, emergency response, and treatment. As industries become more digitised, there is untapped potential to capture regarding these factors.

PHRESH stands for Patient Health Response in Emergent and Secure Solutions for Connected Healthcare.

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Improve health risk management with advanced, secure tech

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It uses real-time analysis and quantum-secure encryption

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Patient Health Response in Emergent and Secure Habitats