Advertisement!
Author Information Pack
Editorial Board
Submit article
Special Issue
Editor's selection process
Join as Reviewer/Editor
List of Reviewer
Indexing Information
Most popular articles
Purchase Single Articles
Archive
Free Online Access
Current Issue
Recommend this journal to your library
Advertiser
Accepted Articles
Search Articles
Email Alerts
FAQ
Contact Us
International Journal of Forensic Science

Volume  3, Issue 2, July – December 2020, Pages 105-108
 

Original Article

“Digital Transactional Fraud in Electronic Era": Current Trend and Unmasking Techniques

Shikha Upadhyay

Lecturer, Department of Forensic Science, Jain (Deemed-to-be University), Bangalore 560069, India.

Choose an option to locate / access this Article:
90 days Access
Check if you have access through your login credentials.        PDF      |
|

Open Access: View PDF

DOI:

Abstract

The digital revolution and the reasonable, high-speed Internet have together transformed the payments market. Nowadays, the new-age consumer is spending more time on "virtual platforms" and they prefer "digital conversations" means cashless and seamless payments. Frauds related to digital payment have seen a rising trend and there is an urgent need to revamp the secure techniques, transactional scams involving crores of rupees being unearthed in recent decades. The new-age hacker is using more sophisticated, innovative ways to obtain valuable customer information and login credentials to hack into accounts. Customer awareness of online security risks is often poor and they are easily duped into divulging confidential data to criminal groups that can then be used to authenticate fraudulent transactions. To deal with the fraud, we need to adopt various measures to make the digital payments landscape more secure. The current study analyses the current trend of transactional frauds and It also elucidates the impacts that are being faced due to the frauds. Further the study endeavours to throw light on the different types of unmasking techniques.

Keywords: Digital payment; Payment security; Electronic fraud; Online transaction; Fraud detection technique.


Corresponding Author : Shikha Upadhyay