International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 12 Issue: 09 | Sep 2025
p-ISSN: 2395-0072
www.irjet.net
Digital Medical Prescriptions & Automatic Delivery of Drugs Aryan Dinakaran1, Anshul Bamb2, Yuvraj Singh Pathania3 1Founder & Research Lead, Epochlypse Research, Mumbai, India 2Department of Computer Science, Vellore Institute of Technology, Pune, India
3Department of Computer Science, Vellore Institute of Technology, Bengaluru, India
---------------------------------------------------------------------***--------------------------------------------------------------------Abstract - A QR Code is a two-dimensional matrix code designed with two objectives: it must contain more data than one-dimensional barcodes, and it must have the ability to adapt quickly via phones, tablets, or computer cameras equipped with QR Code scanning software. Each QR Code has a distinct pattern. Doctors in hospitals and clinics issue medical prescriptions to patients that contain the patient's name, date of visit, name of medicines, number of doses, and other pertinent medical information. However, not all information about the medication is provided in the prescription. In such a circumstance, digitalisation of the prescription paradigm becomes necessary. Making digital prescriptions will not only give patients all important information about their medications, but it will also save paper, make the process of writing prescriptions more economical, and eliminate worries about fake prescriptions. Ideally, when patients are done consulting with the doctor, they must proceed to the receptionist to make their payment. They then head to the pharmacy to purchase medications. This represents an excessive effort for the patient, and it might cause stress. As a result, the purpose of this study is to create a solution that allows a patient to easily access all information about their medication prescribed by a medical professional and simply purchase the prescribed medicines without having to go to the pharmacy by directly delivering the prescription medications to the patient's home.
the process of purchasing medicines from pharmacies. We are attempting to reduce the amount of work a patient has to do in this process by automating the payment steps for purchasing medications from a pharmacy.
2. Literature Review 1.
Utilising visual secret sharing (VSS) technology and the functionality of QR codes, this paper first evaluates the current state of medical management technology and its unpatched vulnerabilities prior to actually discussing the possible applications of quick response (QR) code to secure medical management administration and enhance medical management security. 2.
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1.INTRODUCTION
A quick response code is a black-and-white square image that can hold data for a locator, identifier, or tracker that is linked to an application or a website. Anyone with a smartphone can conveniently scan it and access the information linked with the code.
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Pharmacy Supply Chains Models
This study assesses prospects for pharmaceutical supply chain (PSC) reconfiguration driven by manufacturing technology advancements and new, patient-centred delivery models. In order to identify, define, analyse, and classify PSC models, a critical synthesis of both academic and practical literature is used.
The main objective of this study is to digitise medical prescriptions in order to make all prescribed details easily available to patients seeking medication and to automate
Impact Factor value: 8.315
Quick Response Code: Medical Prescription
The creation of a medication prescription QR code is one of the study's goals. Analysis, design, implementation, testing, deployment, and maintenance phases are all included in the approach. This research describes Medication Prescription QR codes, which provide patients with concise and easy-to-access information about prescribed drugs.
Digitisation and automation are extremely crucial in our daily lives. The process of converting information into a digital format is known as digitisation. Automation encompasses a broad range of technologies that assist in the reduction of human involvement in processes.
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A Jin-Based Solution for E-Prescriptions
The main goal of this research is to concentrate on this problem and describe a Jini-based prototypical solution for electronic prescriptions, which enables their wireless transmission to in-range pharmacies and the enhancement of the service levels provided to the user, for example, by providing the patients with information about queue lengths and anticipated waiting times. High levels of agreement were identified in the therapeutic and user assessments of the prototype's performance, simplicity, and utility.
Key Words: Medicines, Authentic Prescriptions, QR Codes, Pharmacy Supply Chain
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QR Code to Secure Medical Management
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