Blockchain-Enabled Hashing Architecture to Ensure Medical Data Integrity in Lung Cancer Patients
Bannishikha Banerjee, Indraneel Mukhopadhyay · 2025
Maintaining the integrity of patient data is crucial in today’s healthcare systems, especially when dealing with serious disorders like lung cancer. This abstract describes a groundbreaking system precisely designed to ensure the unquestionable integrity of medical data for lung cancer patients. Using blockchain technology and powerful hashing algorithms, the framework creates a secure and immutable chain of medical information. By emphasizing data integrity, it tackles the essential element of credibility in healthcare information. The system rigorously preserves patient data via cryptographic hashing, making it tamper-resistant and reliable for healthcare practitioners in important decision-making processes. By seamlessly incorporating blockchain concepts, this framework provides a strong and unique solution that raises the bar for trust and confidence in management of lung cancer patients.