Blockchain technology has an influence on Alzheimer’s care offering a groundbreaking answer to long-standing healthcare problems data privacy and sharing. To address these issues, the researchers have come up with a blockchain-based framework to create an mHealth system. This system uses wearable sensors and lot to keep track of a patient’s condition around the clock. Combining a private Ethereum blockchain with the InterPlanetary File System (IPFS) offers a reliable and productive answer to handle healthcare data in mHealth systems. Blockchain makes patient data exchanges safe, clear, and resistant to tampering, while IPFS deals with big health datasets like medical images or ongoing data from wearable gadgets. The system uses smart contracts to make sure approved healthcare workers can see patient data boosting privacy and logging all data interactions. This mix of technologies helps improve patient care quality by allowing real-time safe access to health info letting doctors make quick well-informed choices. It also gives patients more say over their personal health data building trust in the system. As it grows, this setup can spread to other healthcare areas making medical data management safer more effective, and more open while pushing healthcare systems to be more parent-focused and tech-savvy. The above system has every potential to overcome the weaknesses of the traditional healthcare system; the system can be expanded and improved to support other health areas, thereby advancing the healthcare system.

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Utilization of Blockchain Technology in Designing an Efficient Healthcare System

  • R. B. Madhumala,
  • Chandra Kanta Samal,
  • Abhilash Maroju,
  • Biswajit Brahma,
  • Saurabh Aggarwal,
  • Mohammad Ayaan Parvez

摘要

Blockchain technology has an influence on Alzheimer’s care offering a groundbreaking answer to long-standing healthcare problems data privacy and sharing. To address these issues, the researchers have come up with a blockchain-based framework to create an mHealth system. This system uses wearable sensors and lot to keep track of a patient’s condition around the clock. Combining a private Ethereum blockchain with the InterPlanetary File System (IPFS) offers a reliable and productive answer to handle healthcare data in mHealth systems. Blockchain makes patient data exchanges safe, clear, and resistant to tampering, while IPFS deals with big health datasets like medical images or ongoing data from wearable gadgets. The system uses smart contracts to make sure approved healthcare workers can see patient data boosting privacy and logging all data interactions. This mix of technologies helps improve patient care quality by allowing real-time safe access to health info letting doctors make quick well-informed choices. It also gives patients more say over their personal health data building trust in the system. As it grows, this setup can spread to other healthcare areas making medical data management safer more effective, and more open while pushing healthcare systems to be more parent-focused and tech-savvy. The above system has every potential to overcome the weaknesses of the traditional healthcare system; the system can be expanded and improved to support other health areas, thereby advancing the healthcare system.