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Author(s):

Mrs. K. Ramya | Manojalex G | Mohamed Irfan J | Kathirvalavan G | Prabu A
Keywords:

Edge Computing, Healthcare Data Security, Patient Report Transmission, Multi-Factor Authentication (MFA),Role-Based Access Control (RBAC),Real-Time Data Processing
Abstract:
As Healthcare Increasingly Embraces Cloud-based Technologies, It Faces Critical Issues Such As Transmission Delays And Heightened Security Risks Due To Centralized Data Storage. Traditional Cloud Setups Often Fall Short In Delivering Real-time Patient Data And Safeguarding Sensitive Information From Unauthorized Access. To Overcome These Challenges, This Project Presents A Secure Authentication-Based Patient Report Transmission System Powered By Edge Computing. By Handling And Verifying Data At Local Edge Nodes—closer To Where It Originates—the System Significantly Reduces Latency And Enables Prompt Data Delivery, Which Is Essential For Time-sensitive Medical Decisions. This Decentralized Model Not Only Improves Processing Speed But Also Enhances The Overall Efficiency Of Data Management. To Ensure Robust Security, The System Incorporates Multi-factor Authentication (MFA) And Role-based Access Control (RBAC), Which Together Help Confirm User Identities And Limit Access Based On Professional Roles. This Innovative Framework Offers A Reliable, Secure, And Fast Method For Transmitting Healthcare Data, Making It Highly Effective For Critical Care Environments That Demand Both Speed And Privacy.

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