Mahalakshmi Scheme: Digital Travel Limit System
Mahalakshmi Scheme: Digital Travel Limit System
N. Madhu
2026 · DOI: 10.22214/ijraset.2026.76773
International Journal for Research in Applied Science and Engineering Technology · 0 Citations
TLDR
A secure and intelligent Digital Bus Pass Management System that automates beneficiary registration, travel validation, and monitoring using modern web and mobile technologies that enhances transparency, efficiency, and accountability in public transport management while reducing manual workload and operational errors.
Abstract
The Mahalakshmi Scheme is a welfare initiative introduced to provide free public transportation for women, aimed at
improving accessibility, safety, and social inclusion. However, the existing manual and semi-digital methods suffer fromchallenges such as identity misuse, lack of real-time tracking, manual verification errors, and inefficient monitoring of travellimits. To overcome these limitations, this paper proposes a secure and intelligent Digital Bus Pass Management System thatautomates beneficiary registration, travel validation, and monitoring using modern web and mobile technologies.The proposed system enables female beneficiaries to register using Aadhaar-based identity verification and mobile OTPauthentication, ensuring authenticity and eliminating duplicate entries. Upon successful registration, a unique Mahalakshmi IDalong with a QR code is generated for each beneficiary. Conductors use a dedicated application to scan the QR code, validateuser credentials, and record journey details such as source, destination, and travel distance. The system automatically calculatesthe traveled distance and enforces a monthly free travel limit, beyond which fare calculation is performed dynamically.A centralized backend manages real-time data processing, maintains travel history, and supports administrative monitoring. Theadmin dashboard provides insights into beneficiary usage, conductor activity, total distance traveled, and revenue generatedfrom excess travel. Security mechanisms such as role-based access control, encrypted data storage, and authenticated QRvalidation ensure data integrity and prevent fraudulent usage.The proposed solution enhances transparency, efficiency, and accountability in public transport management while reducingmanual workload and operational errors. By integrating mobile applications, cloud-based services, and automated analytics, thesystem provides a scalable and reliable digital infrastructure for effective implementation of the Mahalakshmi Scheme andserves as a model for smart governance in public transportation systems