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"trustless" Definitions
  1. not deserving of trust : FAITHLESS
  2. DISTRUSTFUL

40 Sentences With "trustless"

How to use trustless in a sentence? Find typical usage patterns (collocations)/phrases/context for "trustless" and check conjugation/comparative form for "trustless". Mastering all the usages of "trustless" from sentence examples published by news publications.

Of course, there is no such thing as a "trustless" system.
Stein talks about "a crypto nirvana of a trustless environment" like a true Bitcoin bro.
Data becomes 'trustless' when you no longer need to trust a company to have data integrity.
Far too many people live in trustless environments, where trust is replaced by costly and unwanted surveillance.
People who actually care about food safety do not adopt blockchain because trusted is better than trustless.
Peer-to-peer and trustless technology will lead us to a decentralized utopia of equality and inclusion.
In a financial system lacking trust, it seemed a "trustless" transaction network was just what the doctor ordered.
Although the blockchain is a trustless means of distributing consensus, trust remains an important part of the ICO process.
Developers will be able to introduce apps (æpps) using private state channels, benefiting from trustless smart contracts and instant transactions.
"The blockchain is 'trustless' and provides transparency and audit ability into wholesale cannabis transactions," Eugene Lopin, cofounder of CHEX, told Motherboard.
In 2008, Bitcoin was envisioned by its pseudonymous founder Satoshi Nakamoto as a trustless, decentralized peer-to-peer electronic cash system.
While it works well as a rhetorical tool, the ideal of a perfectly trustless technology is nothing more than an ideal.
But nothing that's happening in the world of ICOs and Bitcoin today has moved us any closer to such a trustless state.
We are now trying to preserve the (alleged) trustless character of the technology, even when faced with an apparent mistake or injustice.
It's not trustless, you're trusting in the software (and your ability to defend yourself in a software-driven world), instead of trusting other people.
In fact, if you look at any blockchain solution, inevitably you'll find an awkward workaround to re-create trusted parties in a trustless world.
With this technology we can program this into code and establish trustless relationships that allow businesses to thrive without the need for centralized third parties.
They're designed to be trustless: With Bitcoin, you rely on the platform, the cryptographic machinery, to keep things fair and secure, not your fellow participants.
Of equal — if not greater — importance is the blockchain, the technology that supports the cryptocurrency, the distributed ledger which enables trustless, peer-to-peer exchange of data.
By incorporating state channels to enable trustless smart contracts, and maintaining standards for design, blockchains can overcome scalability roadblocks and tackle the "fail whale" issue head-on.
"When you have the blockchain you have a trustless mechanism in place, where people know they can verify who's accessing their data," says Dennis Grishin, another Nebula co-founder.
Consider the example: If A and B place a bet about the next day's weather, the bet can be carried out in a trustless manner using a smart contract.
But as the trustless, decentralized world of digital tokens expands—and Fortune 500 companies, banks, restaurant chains, and even countries (ahem, Venezuela) cautiously wade in—a credibility problem persists.
The technology that allows us to create trustless immutable shared ledgers promises to bring transparency and honesty to commerce by disintermediating and decentralizing functions that rely on trusted third parties today.
These trusted agents are often regarded as a threat by the blockchain community, in that they might possibly collude into centralized control points that would harm the trustless nature of the network.
If Ripple, Silk Road, Slush Pool, and the DAO all prefer "old way" systems of creating and enforcing trust, it's no wonder that the outside world had not adopted trustless systems either!
First adopted by techno-libertarians with the intention of building a trustless payment system that skirted the regulatory control of governments, the very definition of what a bitcoin is remains open for debate.
Using the Lightning Network to perform trustless, peer-to-peer swaps, SparkSwap is looking to build a new way to trade cryptocurrency pairs like Bitcoin and Litecoin without depositing assets on an exchange.
These so-called "trustless" technologies are designed to enable people to interact with one another on a peer-to-peer basis, even if they do not know and therefore do not trust each other.
We seem to have lost sight of the original motive that justified the development of these trustless systems: allowing people to collaborate and coordinate themselves on a peer-to-peer basis, without any central authority.
Instead of a trustless network of economically incentivized database maintainers (called "miners" in the bitcoin community), a variant of blockchain technology would be employed by the very central banks that crypto-anarchists speak against, several projected.
Smart contracts inside these state channels dictate how value flows and what is executed automatically, while still keeping the cryptographic properties of a single public blockchain: trustless transactions without intermediaries, here even with the speed of light.
While blockchains still suffer from scalability and performance issues, the value provided by their trustless architecture can supersede performance issues when dealing with sensitive data; the safekeeping of which we're forced to rely on third parties for today.
"Cryptocurrencies arguably solve the problem of making payments in a trustless environment, but it is not obvious that this is a problem that needs solving, at least in the United States and other advanced economies," the post said.
Blockchain makes trustless, peer-to-peer messaging possible and has already proven its worth in the world of financial services through cryptocurrencies such as Bitcoin, providing guaranteed peer-to-peer payment services without the need for third-party brokers.
But even when code is law, even when you yearn for the ideal of a trustless web of incorruptible cryptography, sometimes you still have to rely on your fellow human beings, with crying babies and shitty credit and nothing better to share than cheap beer.
Harbor will have to compete with the other blockchain-for-securities startups like Polymath, which runs decentralized and trustless infrastrucutre to the point that a source tells me you have to hope strangers want their deposit back enough not to screw you on legal compliance, and tZERO, which is building its own full-stack compliance system.
Non-national digital currencies were developed in the early 2000s. In particular, Flooz and Beenz had gained momentum before the Dot-com bubble. Not much innovation occurred until the conception of Bitcoin in 2008, which introduced the concept of a cryptocurrency – a decentralised trustless currency.
In 2008, Bitcoin was proposed by an unknown author/s under the pseudonym of Satoshi Nakamoto. It was implemented the same year. Its use of cryptography allowed the currency to have a trustless, fungible and tamper resistant distributed ledger called a blockchain. It became the first widely used decentralized, peer-to-peer, cryptocurrency.. Other comparable systems had been proposed since the 1980s.
Bitmessage is a decentralized, encrypted, peer-to-peer, trustless communications protocol that can be used by one person to send encrypted messages to another person, or to multiple subscribers. In June 2013, the software experienced a surge of new adoptions after news reports of email surveillance by the US National Security Agency. Bitmessage was conceived by software developer Jonathan Warren, who based its design on the decentralized digital currency, Bitcoin. The software was released in November 2012 under the MIT license.

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