Blockchain tech is applicable in many banking activities: Expert
Blockchain tech is applicable in many banking activities: Expert
Blockchain technology can be used in many different fields of modern economics, especially banking activities, banking expert Can Van Luc has said.
Blockchain helps save time and costs for businesses and government agencies when they make payments via international banking networks for trade activities, he said at a workshop on Sunday in HCM City.
Stakeholders in a trade deal can replace paper with e-paper, which can be uploaded onto the blockchain platform, then it will become shareable, Can said.
Doing business online using blockchain platforms is time-saving and cost-saving because it takes seconds to connect to each other and stakeholders don’t have to contact through brokers like they used to, he said.
The information of the deals will remain confidential because the data uploaded onto the blockchain platform cannot be changed without stakeholders’ mutual agreement, he added.
“Beside payments, blockchain technology is also used for other financial tasks such as transaction settlement, lending, crowdfunding, securities trading activities, tax collection and auditing,” Can said.
Viet Nam is among the world’s top 20 countries in terms of the number of internet users, social network users and smartphone users. In addition, the young population, fast internet development and increasing e-payment are other factors that make Viet Nam favourable for blockchain technology.
However, there are still difficulties and challenges for blockchain development in the country. The biggest challenge is changing the habits of businesses, consumers and government agencies, according to Luc.
There is no specific legal framework to supervise new tech-based business models such as lending, fintech and digital asset management. Meanwhile, there is a lack of good-quality labourers to develop products and services on artificial intelligence (AI), blockchain and big data. In addition, Viet Nam is vulnerable to cyberattacks.
