Mastercard has just filed a patent for blockchain system for secure card payments

As per the US Patent and Trademark Office (USPTO) patent filing released
June 7, a patent for a ‘Blockchain System’ to deliver faster and more secure
payments on their cards have been filed by the financial services provider-

A blockchain is nothing but a continuously growing list of records, called blocks,
which are linked and secured using cryptography. It acts like a digital ledger in
which transactions made in different currencies or cryptocurrencies are recorded
chronologically and publicly.

Earlier this week at the Money20/20 conference, Mastercard’s vice chair Ann
Cairns said that the company has “built a Blockchain that can run the whole
network.” She also said that the company decided to put blockchain integration
to use “at scale” while realizing the need to spot “real use cases.”
Cairns made it clear that firms cannot just “replace existing technology with
blockchain because they may not create a better user experience.”
The patent application titled “Method and System for Payment Card Verification
via Blockchain” explains a public blockchain-assisted transference and recovery of
payment processes to verify and secure users’ information.
By putting a blockchain into operation, the company intends to enable a secure
the way of passing on payment credentials that also involves “minimal participation
by the consumer.”

In the document, Mastercard noted the helplessness of current means of
“wireless transmission of payment credentials,” asserting that they can be
“subject to intercept.”

The recent blockchain application from Mastercard plans to solve the technical
problems of offering both security and convenience to its users.

As per the patent document, two keys namely public key and private key are
issued after the encryption process encodes the card information and stores it on
the blockchain. When the Mastercard is applied to make a purchase, the system
uses the keys to decode and verify the card information only after a retrieval
request is made


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