ENHANCED SECURITY SYSTEM FOR RFID-BASED AUTHENTICATION OF PHARMACEUTICAL PRODUCTS

Abstract

The invention presents an advanced digital system integrating various sensor types and local processing capabilities to enhance healthcare delivery. Central to this system is an activated medicine box designed to provide real-time notifications to patients regarding their prescription schedules. This innovative solution addresses medication adherence by reminding users to take their medications on time, thereby improving health outcomes. Users, including both patients and their caregivers, can input medication data via a mobile application, allowing for seamless tracking of medication intake and inventory management. The system not only ensures timely medication consumption but also maintains accurate records of stock levels, enabling users to monitor their medication supply effectively. This integration of sensor technology and mobile connectivity represents a significant advancement in the healthcare sector, promoting better medication management and facilitating improved patient care in an increasingly digital world.

Specification

This invention relates to a secure authentication system for medicinal pills using Radio Frequency Identification (RFID) technology. It aims to enhance the safety and integrity of pharmaceutical products by ensuring that only legitimate medications are accessed and administered, thereby reducing the risks of counterfeit drugs and ensuring patient
safety.


The increasing prevalence of counterfeit medications poses a significant threat to patient safety and public health. Counterfeit drugs can lead to ineffective treatment, adverse reactions, and loss of trust in healthcare systems. As the pharmaceutical industry continues to grow, the need for reliable authentication methods to verify the integrity of medicinal products becomes paramount. Traditional verification methods, such as visual inspections and batch numbers, are often inadequate in detecting sophisticated counterfeits.

Radio Frequency Identification (RFID) technology offers a promising solution for secure authentication of medicinal pills. RFID tags, which can be embedded in packaging, provide a unique identifier for each product and enable real-time tracking throughout the supply chain. This technology allows healthcare providers, pharmacists, and patients to authenticate medications quickly and efficiently, reducing the risk of counterfeit drugs entering the market.
The proposed invention focuses on developing an enhanced security system for RFID­based authentication of pharmaceutical products. It leverages advanced cryptographic techniques to protect the data transmitted between RFID tags and readers, ensuring that only legitimate medications are recognized. By implementing secure authentication protocols, the system aims to prevent unauthorized access and tampering, providing a robust defense against counterfeit drugs.
This invention not only enhances the safety and integrity of medicinal pills but also contributes to improved traceability and accountability within the pharmaceutical supply chain, ultimately promoting better health outcomes 'and fostering trust among patients and healthcare providers.


4.2 FIELD OF INVENTION
A system for secure authentication of medicinal pills using RFID technology to ensure accurate tracking and verification of pharmaceutical products. 4.3 DISCUSSION OF THE RELATED ART
The integration of digital technology into various sectors, particularly healthcare, has led to significant advancements in patient care and medication management. Many existing solutions employ sensor technology and local processing capabilities to enhance information sharing, contributing to a more interconnected digital ecosystem.
Prior art includes various medication management systems that utilize reminders and alerts to assist patients in adhering to their prescribed regimens.
However, the proposed system introduces a novel activated medicine box specifically designed to provide real-time notifications to patients regarding their medication schedules. This innovation addresses the limitations of current solutions, which may not offer interactive features or personalized reminders tailored to individual patient needs.

The activated medicine box can be linked to a mobile application, allowing either the patient or their caregiver to input medication data easily.
Moreover, while some existing systems focus solely on reminder functions, the proposed invention goes a step further, by maintaining comprehensive medication intake and stock records. This functionality ensures that patients not only receive timely reminders but also have access to their medication history and current stock levels, significantly enhancing adherence and overall health outcomes.
By providing a more interactive and comprehensive approach to medication management, this invention distinguishes itself from prior art and addresses unmet needs in the healthcare sector, ultimately contributing to improved patient compliance and better health management. 4.4 SUMMARY OF INVENTION
The invention presents an advanced system integrating digital technology and sensor connectivity to enhance medication management in the healthcare sector. Central to this system is an activated medicine box designed to notify patients in real time when it's time to take their prescribed medications. This feature ensures adherence to medication schedules, promoting better health outcomes.
Patients or their caregivers can easily input medication data through a user-friendly mobile application, allowing for personalized tracking and management of medication regimens. The system not only provides timely reminders but also helps maintain comprehensive records of medication intake and stock levels, enabling users to monitor their prescriptions effectively.
By leveraging local processing and interconnected sensors, the invention enhances the overall experience of medication management, addressing common issues such as missed doses and medication shortages. This innovative approach aims to improve ■patient compliance, streamline healthcare processes; and ultimately contribute to better health outcomes in the rapidly evolving digital healthcare landscape. The combination of real-time notifications and detailed tracking positions this activated medicine box as a valuable tool for both patients and caregivers in managing medication effectively.

An activated medicine box equipped with sensors that provide real-time notifications to patients regarding their medication schedules.
Claim 2: A mobile application that allows patients or caregivers to input medication data for tracking and management.
Claim 3: A system for reminding users to take medications on time, thereby enhancing adherence to prescribed treatment regimens.
Claim 4: A method for maintaining accurate records of medication intake and inventory levels through the integration of local processing and sensor technology.
Claim 5: A digital healthcare solution that connects various sensor types to improve medication management and facilitate patient care in a connected healthcare ecosystem.

Documents