AI-Driven Smart Bio-Patch for Continuous Drug Delivery with Zero Waste Technology

Abstract

The Continuous Drug Delivery with Zero Waste Technology using the AI-Driven Smart Bio Patch presents an innovative, biodegradable, and AI powered medical device for delivering drugs without waste of pharmaceuticals. Drug delivery using traditional systems often results in overdose, underdose, or drug wastage, representing a potential risk to health as well as the environment. The bio patch integrates real-time biosensing, AI-powered drug dispensation logic, and data security through blockchain-backed backed cryptographically secure flow of patient data such that the perfect, adaptive drug dispensing can be based on a patient’s physiological needs. Machines are used to analyze real-time biometric signals and dynamically release drugs in response to biometric signals through a system using nanopolymer-based hydrogel technology. The benefit of blockchain integration is that it facilitates the storage of tamper-proof, secure medical records so that there is no HIPAA, GDPR, or FDA regulation to deal with, nor are there legal and ethical issues to contend with when considering AI-based healthcare solutions. The proposed system greatly improves patient compliance, improves safety and efficacy, decreases the number of hospital visits, and prevents the pharmaceutical pollution from expired medications. In the context of zero waste, it is ensured that no drug molecule is wasted, on healthcare sustainability and regulatory compliance. Drug release accuracy was improved and patient outcomes, as well as security of supply,were enhanced through blockchain-based monitoring. The achievement of this research helps meet this gap between AI, biotechnology, and law to realize a smarter, safer, greener drug delivery paradigm.