Abstract :

The Smart Pill Dispenser Is An IoT-enabled Medical Device Designed To Automate Medication Management, Ensuring Patients Take The Right Dosage At The Correct Time. Medication Non-compliance Is A Common Issue, Particularly For Elderly Patients Or Those With Chronic Illnesses, Leading To Adverse Health Outcomes. This System Integrates Microcontrollers, Sensors, And IoT Connectivity To Dispense Pills Automatically According To A Preset Schedule. A Real-time Clock Module Controls The Timing, While Stepper Or Servo Motors Rotate Compartments To Release The Correct Medication. The Dispenser Is Equipped With Sensors To Detect The Presence Of Pills In Compartments And Confirm Successful Dispensing. Timed Alerts Are Sent Via Buzzer, LED Indicators, Or Mobile Notifications To Remind Patients. IoT Integration Allows Caregivers Or Healthcare Providers To Monitor Adherence Remotely Through A Mobile App Or Web Dashboard. The System Logs Medication Intake Data In The Cloud For Real-time Tracking And Analytics. Safety Mechanisms Prevent Over-dosage Or Missed Doses, While Secure Authentication Ensures Only Authorized Users Can Access The Device. Modular Design Allows Expansion To Multiple Medication Compartments And Integration With Additional Sensors Or Devices. Cloud Dashboards Display Dosage History, Upcoming Schedules, And Alert Logs. Notifications Can Be Customized For Dosage Reminders, Missed Doses, Or Low Medication Levels. Data Analytics Provide Insights For Healthcare Providers To Optimize Treatment Plans And Adherence Strategies. The System Improves Patient Independence, Reduces Caregiver Workload, And Enhances Medication Compliance. By Combining Embedded Electronics, IoT Communication, Automated Actuation, And Real-time Monitoring, The Smart Pill Dispenser Provides A Reliable, Efficient, And User-friendly Solution For Modern Healthcare. It Ensures Timely Medication Intake, Reduces Human Error, And Supports Remote Healthcare Management. Overall, This Smart Device Contributes To Patient Safety, Better Treatment Outcomes, And Efficient Healthcare Monitoring

Published:

27-6-2026

Issue:

Vol. 26 No. 6 (2026)

Page Nos:

1661 - 1673

Section:

Articles

License:

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

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