The omnipotent role of nanotechnology in digital banking sector

View at publisher
Authors: Bhanu Pratap Singh, Vinay Kumar
Cited by: 0
References: 18

Abstract

The science of modifying things at the atomic and molecular level, or nanotechnology, is starting to change a lot of industries, including banking. Nanotechnology holds the potential to transform operations in the digital banking industry, where security, efficiency, and customer experience are of utmost importance. This study examines the different uses of nanotechnology in digital banking, with emphasis on how it might be used to improve customer interfaces, data management, fraud detection, and security. Nanotechnology fortifies the security framework of digital banking, making it resistant to cyber-attacks and identity theft, by adding superior nano-biometrics for identification, nano-scale encryption technologies, and quantum cryptography. Moreover, the advancement of quantum computing and nano-enabled data storage systems can speed up data processing and enhance financial modeling, risk assessment, and decision-making procedures. By providing ultra-sensitive nano-sensors and behavioral analytics that identify unusual activity and fraudulent transactions in real-time, nanotechnology also plays a critical role in preventing fraud. Additionally, wearables and smart mobile devices with nanoengineered features, which improving user experiences and improving the security, effectiveness, and dependability of mobile banking. In addition to enhancing security and functionality, nanotechnology supports green banking activities by enabling eco-friendly biodegradable bank cards and energy-efficient data centers. Nanotechnology is anticipated to have a major influence on the direction that digital banking takes as it develops further.

Fields of Study & Subjects

Digital Transformation in Financial Services Nanotechnology research and applications Blockchain Technology Applications and Security

Publication details

Journal / source
AIP conference proceedings
Volume
3365
Pages
030035–030035
Publication date
1 January 2026
Language
EN