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To productively look after their patients, different on-screen characters and substances (like medicinal experts, medical attendants, unified wellbeing experts, healing facilities centers, hospices, etc) regularly need to exchange significant amounts of information in real time. Quiet created information or individual clinical information in general is viewed as an essential angle in enhancing tolerant results. Be that as it may, individual clinical information is hard to gather because of their disseminated nature, i.e., situated over numerous spots, for example, specialist's office, radiology focus, doctor's facilities, or, on the other hand a few facilities, and heterogeneous information sorts, for example, content, picture, diagram, or paper based archives. In the event of crisis, this circumstance makes individual clinical information recovery nearly unimaginable since the sum and sorts of individual clinical information keep on growing. Finding applicable clinical information when required is getting more troublesome if no moves are made. In general, after a patient visits a healthcare provider (such as a general practitioner for an annual physical examination, a nurse practitioner to obtain a flu vaccine, or a radiographer for an x-ray), he or she will likely require additional medical services or consideration over a period of time (for example, specialized medical examinations such as attractive reverberation imaging filters, or, on the other hand routine restorative examinations, for example, blood tests, cholesterol checks, and glucose checks). Accordingly to such situations, we propose an approach that oversees individual wellbeing information by using meta-information for organization and easy recovery of clinical information and cloud storage for easy access and sharing with caregivers to implement the continuity of care by using unique identity number of a particular

PROVIDING SECURITY WITH BIOMETRIC SYSTEM TO THE HEALTH DATA USING CLOUD STORAGE