You know blockchain by now: the immutable digital
ledger technology behind Bitcoin which logs all transactions and is distributed across a network of personal computers, free from the vulnerabilities (and corruptibility) of a centralised hub or authority.
Last year's spike in the valuation of bitcoin has much of the technology world focused on blockchain, the distributed database
ledger technology behind bitcoin and many other cryptocurrencies.
Blockchain, the digital
ledger technology behind Bitcoin and Ethereum, was initially made popular on the dark web, allowing criminals to sell illicit goods on the Silk...
Bloomberg News notes that Santander is one of several major banks, including Citigroup, UBS and Barclays, striving to find ways to exploit the distributed
ledger technology behind Bitcoin to cut costs and stay at the leading edge of modern fintech.
Finally, in the The Netherlands, the Dutch central bank is all set to support a new «blockchain development campus», which will enable banks to develop and share information regarding the use of blockchain, the distributed
ledger technology behind bitcoin.
Not exact matches
Blockchain is the
technology behind encrypted, public
ledgers for storing data that can not be erased or changed without leaving a record.
A third is using blockchain
technology — the distributed digital
ledger behind Bitcoin — to make our insane medical payment system more efficient.
Just like the
technology behind bitcoin, Hyperledge Fabric is a digital
ledger.
Blockchain, essentially a distributed, encrypted
ledger for transactions and data, is the
technology behind the cryptocurrencies, but also has much broader applications.
The patent, which was filed in September of 2016, heavily praises the
technology behind the patent, stating in one instance that: «One advantage of block chain [sic] based
ledgers is the public nature of the block chain architecture that allows anyone in the public to review the content of the
ledger and verify ownership.»
The Blockchain on which Bitcoin is built is essentially a
ledger, just like you'd find in a bank, but the
technology behind it is extremely complex and updated in real - time constantly.
While Bitcoin has attracted considerable investor attention and introduced the world to digital currencies, the true potential for revolution may lie with blockchain, the decentralized
ledger database
technology behind Bitcoin and the majority of other cryptocurrencies.
Blockchain
technology, the power
behind the distributed
ledgers that allow for digital currency, is applied in new ways every day.
Today, governments and financial institutions recognize that the blockchain
technology behind Bitcoin can offer huge cost savings, efficiency, and operational benefits to financial systems — distributed
ledger technology could save banks $ 15 billion - $ 20 billion per annum by 2022 according to a recent Santander Innoventures report — but it's in the nature of power to oppose what it can't control.
CoT will investigate whether the core
technology behind bitcoin, blockchain / distributed
ledger technology, can provide a more secure and interoperable fabric for the future of IoT.
The main
technology behind both of these products is VVChain, VVToken's blockchain, a digital
ledger in which transactions made in Bitcoin and Ethereum or other cryptocurrencies are recorded chronologically and publicly.
In the broader context of the arrival of distributed
ledger technology (DLT) and in light of payments and regulatory innovation in the European market, this paper investigates the changing role of money in retail payments and the associated question as to whether central bank fiat currency risks to fall
behind.
It is the
technology behind every existing cryptocurrency in which the
ledger is being updated after every individual transaction.
Blockchain, the
technology behind bitcoin, is a revolutionary distributed -
ledger technology that offers a secure and immediate way of transferring a range of data — more specifically, in this case, currency transactions.