Japan's Tech Giant Sony Offers Solutions for Boosting Blockchain Hardware in Two Patents

Japanese electronics giant Sony has filed two patents for boosting blockchain-based ecosystems, according to filings 20180218027 and 20180219686 published by the U.S. Patent and Trademarks Office Aug. 2.

Through the patents, Sony intends to improve the design and structure of blockchain hardware by introducing new circuitries to the processes of distributed ledger technology.

The first application, entitled "Electronic Node and Method for Maintaining a Distributed Ledger," describes an electronic device for maintaining a blockchain based on multiple electronics nodes, including multiple blocks associated with at least one of the existing blocks.

In the second patent "Device and System," Sony proposes a way of maintaining a blockchain by multiple virtual nodes, suggesting a mechanism of accessing the distributed ledger via at least one of these nodes.

By incorporating virtual nodes, Sony intends to ensure the integrity of the blockchain in cases "Where the number of devices is small or becomes small;" for example, if a number of devices went down.

Founded in 1946, the Sony Corporation had previously paid tribute to the fast growing technology of blockchain; however, the latest patents are the company's first introduction into a hardware system of distributed ledger.

In 2017, the multinational conglomerate filed a patent application for a blockchain-powered multi-factor authentication system, proposing a combination of two different distributed ledgers to conduct the login process.

Sony partnered with tech giant IBM to develop an educational platform based on blockchain to provide secure sharing of student records.

Recently, U.S. retail giant Walmart applied for a patent on the management of smart appliances via blockchain, which would maintain the private keys in order to authorize a transaction.

Earlier in July, Bank of America filed a patent for a blockchain-powered system of data validation that offers tracking of sources of information by confirming resource transfers.