A Comparative Study of Online and Offline Food Delivery Systems

  • V Basil Hans Research Professor at Srinivas University in Mangalore
  • Claret Vinaya Pereira PhD student at XIME, a research institute, Mysore University.
  • Rajkumar S. Associate Professor and the Dean of Research at XIME

Abstract

The food service sector has changed a lot because of the quick growth of digital technologies. Now, there are online food delivery systems that work alongside traditional offline ways. This study offers a comparative comparison of online and offline food delivery systems concerning user convenience, service efficiency, cost-effectiveness, customer happiness, and operational issues. The study assesses variations in ordering procedures, delivery duration, service dependability, payment adaptability, and consumer inclinations through surveys, secondary data, and performance metrics. The results show that online systems are more convenient, offer more food selections, allow for real-time tracking, and have more payment alternatives. However, offline systems are still favored because they are thought to be fresher, allow for more personalized interactions, and are more reliable in places with restricted digital connectivity. The study finds that both models have their pros and cons. It also recommends that combining digital platforms with traditional service features might improve the client experience and make operations more efficient. These ideas help make food delivery systems that are more flexible and focused on the needs of the client.

References

1. P. A. R. A. M. E. S. H. W. A. R. GANAPATHI, “CUSTOMER
SATISFACTION WITH ONLINE FOOD ORDERING PORTALS
IN QATAR,” 2019. International Journal of E-Services
and Mobile Applications 12(1):57-79 DOI:10.4018/
IJESMA.2020010104
2. Talha Talukder, A. A., Mahmud, Md. A. I., Sultana, A.,
Pranto, T. H., Haque, A. B., and Rahman, R. M. (2022).
A meal delivery system based on blockchain and smart
contracts that puts customer pleasure first.Journal of
Information and Telecommunication, 6(4), 501–524.
3. B. Al Hossain Onee, K. Fatema Antora, O. Sharif Rajme,
and N. Mansoor, “Development of a Blockchain-Based
On-Demand Lightweight Commodity Delivery System,”
2023.
Published
2025-12-20
How to Cite
HANS, V Basil; PEREIRA, Claret Vinaya; S., Rajkumar. A Comparative Study of Online and Offline Food Delivery Systems. Journal of Advanced Research in Sustainable Urban Development and Community Empowerment Initiatives, [S.l.], v. 1, n. 2, p. 18-22, dec. 2025. Available at: <https://thejournalshouse.com/index.php/JoARSUDCEI/article/view/1843>. Date accessed: 28 dec. 2025.