What is a Bitcoin Hash? - CoinSutra: Bitcoin Tips ...
What is a Bitcoin Hash? - CoinSutra: Bitcoin Tips ...
Bitcoin hashrate distribution — Blockchair
Distribution of nonces and hashes - Bitcoin Wiki
Hash Ribbons — Indicator by capriole_charles — TradingView
Hash – Bitcoin Wiki
XMG - Coin of the Magi
Coin of the Magi is a peer-to-peer global currency that enables instant payments to anyone in the world. XMG utilizes proof-of-work and proof-of-stake systems and is CPU and eco focussed - rewards reduce as hash increases.
10-23 14:25 - 'Does r/cryptocurrencymoons have a white paper or any write up that I can do research on, such as total supply, total circulating, hashing algorithms, the way distribution work? I’m having a hard time findin...' (self.Bitcoin) by /u/HomieApathy removed from /r/Bitcoin within 538-548min
Does r/cryptocurrencymoons have a white paper or any write up that I can do research on, such as total supply, total circulating, hashing algorithms, the way distribution work? I’m having a hard time finding a comprehensive write up on the project. (x-post from /r/Bitcoin)
04-25 13:25 - 'China controls 66% of the bitcoin hash power while the Nano network is more evenly distributed because it doesn't use mining and the nodes are cheap to run. Seems like the bitcoin network is more prone to "corruption".' by /u/IAmMiguelChanel removed from /r/Bitcoin within 255-265min
Pro. Wang Licheng said that the blockchain is a password-intensive. Bitcoin is a typical representative of the blockchain. Its basic structure can be summarized as a “double-chain Hash lock”. Its characteristics are reflected in: it is a brand new distributed ledger.
Can sometime explain to me, why BTC and BCH difficulties have sky-rocketed since the BCH fork, when one would expect hash power being distributed across both chains should lead to a lowering difficulty trend? /r/Bitcoin
Bitcoin Integration With Distributed Hash Tables Idea
Lately, I have been thinking about distributed hash tables, and how to incentivize the nodes who are running and maintaing nodes with Bitcoin. Currently, the basics of the idea: Nodes:
Have bitcoin address associated with them
Keep list of addresses, which have donated to themselves (or all nodes)
Priorize accesses/storing/bandwidth based on how much the requesting client has donated Bitcoins within time
Further priorize storage etc per certain key/value pair so that it keeps track how much buck does it make for storing certain item
Cache keys/values based on who requests/stores them, giving priority access to big donators
Can also serve nodes which haven't donated, however could have bandwidth/request amount/storage limitations
Require authentication of requests via bitcoin address signing, but also can
Send periodically donation transactions to the nodes they primarily want to use/have used
Send the donations from certain bitcoin addresses
Authenticate by singing request with Bitcoin address they send the donations from
Initially there would be a chicken-egg problem, but in the long run the system would probably converge in a way that honest nodes get good storage/bandwidth/etc, while newcomers get limited access with limited bandwidth. Optimally the node would not care whether the data uploader or downloader pays to keep the information in the cloud. It would just keep track how much dough it makes per certain key/value pair. I believe also that incentivization would allow storing much larger values in this kind of system, up to several megabytes at least. So instead of using the DHT for storing metadata for torrent files, the DHT could actually be used to store directly any data. What are you opinions for this? Any fatal flaws? Would you be willing to develop initial open source prototype for a bitcoin bounty, or would you know someone who could? About distributed hash tables: http://en.wikipedia.org/wiki/Distributed_hash_table Reference implementation of kademlia DHT: https://github.com/bmullekademlia Prototype could be built quite easily with pybitcointools + kademlia (or with electrum)
Ultimate glossary of crypto currency terms, acronyms and abbreviations
I had a lot of fun with Jo_Bones insane vomit yesterday, that retarded chimp is a special one for sure. He inspired me to write some satire of his delusional CSWesque rant. I list some hilarious quotes from him at the end as well from the comment chain. The original delusional rant If all governments could agree on any single thing at any point in time, it would be an unprecedented moment in history. A "unicorn moonshot" so to speak. If the unicorn moonshot were to manifest as every government suddenly desiring to throw their already digital currencies into complete disarray and chose a technically inferior and non-compliant product in the process, then you can bet your ass they would use BSV for their fiscal policies. At the moment, here is what came up when I googled Central Banks for the first time today. Here's what came up when I googled fractional reserves. I then googled what reconciled means, and after my eyes rolled back in to my head out of sheer inability to digest the information I was reading, I decided BSV was the blockchain to solve all of this because I personally think this thing is an awesome high-school comp sci project. If every central bank suddenly decided to relinquish state control of their monetary policy, and instead decided that the security model of 7 amateur software developers paid by an ex-felon hiding in Antigua who controls the #11 cryptocurrency on coinmarketcap was the answer, we could have the opportunity to use a strictly worse version of our current banking software and IT infrastructure. Instant transactions between bank accounts you own? Screw that, welcome to 10 minute block times! Did you fat finger that bill payment to the wrong sender? Too bad, it's gone forever! Welcome to immutability! It's a feature not a bug! If you extrapolate how bad this is, suddenly taxes would be lower because digital monetary transactions would come to a screeching halt. Can't pay taxes on money you don't have, right? Suck that statists! The world would benefit from one giant economy of scale even though that phrase makes no sense in this context, and in reality is another buzzword I just simply don't have the time to try to understand. I forgot to Google that one I guess. This means prices around the globe would be out of control because we'd have to revert to a primal barter system! My chicken for your box of peaches! The possibilities to fuck over literally the entire world are endless! Additionally, there would now be a high degree of transparency to how poorly BSV scales, since blocks take hours to propagate at 1GB sizes and that would only represent the hourly transactions of a town of 10,000 people, which would inevitably lead everyone to understand what 99.99% (AKA the non-mentally retarded "subset" of the population) already know. In the comments I decided to change potential use cases from the utter nonsense I listed above to a couple different things. https://www.reddit.com/bsv/comments/j9u2jt/a_single_global_economy_of_scale/g8ppeq7/?utm_source=share&utm_medium=web2x&context=3 Here I am demonstrating that I know currency lives in a database today:
The point is that they centrally issue and control their own tokens on the bitcoin network. I don’t see what’s so hard to understand about this. They already issue tokens on their own network. It’s just a different database.
Here I am 7 comments later saying those databases don't allow for digital cash when I just stated they did.
Your SQL databases don’t really allow for digital cash.
Shit maybe token issuance on BSV won't work time to pivot to:
But bank transfers still take days between Europe and Asia and have high fees precisely because all the banks maintain their own networks.
Think of the possibilities guys. You totally can't do this today, right?
so they can (for example) sell a YouTube video directly to the whole world, for their native national token... on the bitcoin network.
Crap, maybe there are some good points there. At least Bitcoin can push transactions out in seconds despite having a 10 minute block time! And wait until you see the block times if anyone ever does try to send a billion tx in a second!
These hashes cost bitcoin, but you can sell billions of them per second.
What do you mean risks of minority hash rate on BSV? Nobody has ever done a 51% attack and not been arrested! THEY'LL LOSE THEIR MINING EQUIPMENT!
Except that it’s illegal to attack another chain, and it’s public, and traceable and the punishment would be your company loses all its mining equipment.
I'm running out of use cases since they're getting shot down so fast. Here's a good one. Why pay $80 a month for internet in 1 transaction, when you can pay for internet 1.7trillion times every month for every data packet you get?
And the advantage of sending 0.0011p to someone might be that they’re providing a service to you, like a data packet.
But think of all the UnIqUe AnD gReAt FeAtUrEs on BSV. Really cutting edge stuff that SQL Server doesn't have due to being obsolete in the 90s, like the ability to append only instead of modify data elements! Also, watch the blockchain desync if you ever tried 1billion tx/sec!
The network scales to handle billions of TX/sec and the ledger is append only so it matches the criteria for keeping accurate records and/or updating them as needs be.
Time to pivot again since I'm being dismantled at every turn. What haven't I mentioned yet?
you haven’t solved the issue of the US dollar being the worlds default currency on which global trade relies.
Here is me doing my best Craig Wright technobabble nonsense impression. I know this is technically English but the words being strung together make no sense!
Once again you’ve really missed the point of all this. A data commodity that comes about through consensus of the network on ‘what value is’ contains a fraction of every part of the global economy.
Time to revert to some Craig Wright technobabble bullshit again:
Those in charge of producing dollars ultimately have an unfair advantage over those who don’t and they can game the system. That’s a peer to peer internet model where producers get paid directly by consumers for the data they consume and miners get paid according to how fast and how efficiently and how accurately they can deliver the data.
Have I mentioned the fact I don't understand that blockchains are literally distributed databases?
Finally, you can send any kind of data in a bitcoin transaction. Not just fiat currencies issued by a government but audio, video, text, a webpage, etc.
A common sentiment is brewing online; a shared desire for the internet that might have been. After decades of corporate encroachment, you don't need to be a power user to realize that something has gone very wrong. In the early days of the internet, the future was bright. In that future, when you sent an instant message, it traveled directly to the recipient. When you needed to pay a friend, you announced a transfer of value to their public key. When an app was missing a feature you wanted, you opened up the source code and implemented it. When you took a picture on your phone, it was immediately encrypted and backed up to storage that you controlled. In that future, people would laugh at the idea of having to authenticate themselves to some corporation before doing these things. What did we get instead? Rather than a network of human-sized communities, we have a handful of enormous commons, each controlled by a faceless corporate entity. Hey user, want to send a message? You can, but we'll store a copy of it indefinitely, unencrypted, for our preference-learning algorithms to pore over; how else could we slap targeted ads on every piece of content you see? Want to pay a friend? You can—in our Monopoly money. Want a new feature? Submit a request to our Support Center and we'll totally maybe think about it. Want to backup a photo? You can—inside our walled garden, which only we (and the NSA, of course) can access. Just be careful what you share, because merely locking you out of your account and deleting all your data is far from the worst thing we could do. You rationalize this: "MEGACORP would never do such a thing; it would be bad for business." But we all know, at some level, that this state of affairs, this inversion of power, is not merely "unfortunate" or "suboptimal" – No. It is degrading. Even if MEGACORP were purely benevolent, it is degrading that we must ask its permission to talk to our friends; that we must rely on it to safeguard our treasured memories; that our digital lives are completely beholden to those who seek only to extract value from us. At the root of this issue is the centralization of data. MEGACORP can surveil you—because your emails and video chats flow through their servers. And MEGACORP can control you—because they hold your data hostage. But centralization is a solution to a technical problem: How can we make the user's data accessible from anywhere in the world, on any device? For a long time, no alternative solution to this problem was forthcoming. Today, thanks to a confluence of established techniques and recent innovations, we have solved the accessibility problem without resorting to centralization. Hashing, encryption, and erasure encoding got us most of the way, but one barrier remained: incentives. How do you incentivize an anonymous stranger to store your data? Earlier protocols like BitTorrent worked around this limitation by relying on altruism, tit-for-tat requirements, or "points" – in other words, nothing you could pay your electric bill with. Finally, in 2009, a solution appeared: Bitcoin. Not long after, Sia was born. Cryptography has unleashed the latent power of the internet by enabling interactions between mutually-distrustful parties. Sia harnesses this power to turn the cloud storage market into a proper marketplace, where buyers and sellers can transact directly, with no intermediaries, anywhere in the world. No more silos or walled gardens: your data is encrypted, so it can't be spied on, and it's stored on many servers, so no single entity can hold it hostage. Thanks to projects like Sia, the internet is being re-decentralized. Sia began its life as a startup, which means it has always been subjected to two competing forces: the ideals of its founders, and the profit motive inherent to all businesses. Its founders have taken great pains to never compromise on the former, but this often threatened the company's financial viability. With the establishment of the Sia Foundation, this tension is resolved. The Foundation, freed of the obligation to generate profit, is a pure embodiment of the ideals from which Sia originally sprung. The goals and responsibilities of the Foundation are numerous: to maintain core Sia protocols and consensus code; to support developers building on top of Sia and its protocols; to promote Sia and facilitate partnerships in other spheres and communities; to ensure that users can easily acquire and safely store siacoins; to develop network scalability solutions; to implement hardforks and lead the community through them; and much more. In a broader sense, its mission is to commoditize data storage, making it cheap, ubiquitous, and accessible to all, without compromising privacy or performance. Sia is a perfect example of how we can achieve better living through cryptography. We now begin a new chapter in Sia's history. May our stewardship lead it into a bright future.
Today, we are proposing the creation of the Sia Foundation: a new non-profit entity that builds and supports distributed cloud storage infrastructure, with a specific focus on the Sia storage platform. What follows is an informal overview of the Sia Foundation, covering two major topics: how the Foundation will be funded, and what its funds will be used for.
The Sia Foundation will be structured as a non-profit entity incorporated in the United States, likely a 501(c)(3) organization or similar. The actions of the Foundation will be constrained by its charter, which formalizes the specific obligations and overall mission outlined in this document. The charter will be updated on an annual basis to reflect the current goals of the Sia community. The organization will be operated by a board of directors, initially comprising Luke Champine as President and Eddie Wang as Chairman. Luke Champine will be leaving his position at Nebulous to work at the Foundation full-time, and will seek to divest his shares of Nebulous stock along with other potential conflicts of interest. Neither Luke nor Eddie personally own any siafunds or significant quantities of siacoin.
The primary source of funding for the Foundation will come from a new block subsidy. Following a hardfork, 30 KS per block will be allocated to the "Foundation Fund," continuing in perpetuity. The existing 30 KS per block miner reward is not affected. Additionally, one year's worth of block subsidies (approximately 1.57 GS) will be allocated to the Fund immediately upon activation of the hardfork. As detailed below, the Foundation will provably burn any coins that it cannot meaningfully spend. As such, the 30 KS subsidy should be viewed as a maximum. This allows the Foundation to grow alongside Sia without requiring additional hardforks. The Foundation will not be funded to any degree by the possession or sale of siafunds. Siafunds were originally introduced as a means of incentivizing growth, and we still believe in their effectiveness: a siafund holder wants to increase the amount of storage on Sia as much as possible. While the Foundation obviously wants Sia to succeed, its driving force should be its charter. Deriving significant revenue from siafunds would jeopardize the Foundation's impartiality and focus. Ultimately, we want the Foundation to act in the best interests of Sia, not in growing its own budget.
The Foundation inherits a great number of responsibilities from Nebulous. Each quarter, the Foundation will publish the progress it has made over the past quarter, and list the responsibilities it intends to prioritize over the coming quarter. This will be accompanied by a financial report, detailing each area of expenditure over the past quarter, and forecasting expenditures for the coming quarter. Below, we summarize some of the myriad responsibilities towards which the Foundation is expected to allocate its resources.
Maintain and enhance core Sia software
Arguably, this is the most important responsibility of the Foundation. At the heart of Sia is its consensus algorithm: regardless of other differences, all Sia software must agree upon the content and rules of the blockchain. It is therefore crucial that the algorithm be stewarded by an entity that is accountable to the community, transparent in its decision-making, and has no profit motive or other conflicts of interest. Accordingly, Sia’s consensus functionality will no longer be directly maintained by Nebulous. Instead, the Foundation will release and maintain an implementation of a "minimal Sia full node," comprising the Sia consensus algorithm and P2P networking code. The source code will be available in a public repository, and signed binaries will be published for each release. Other parties may use this code to provide alternative full node software. For example, Nebulous may extend the minimal full node with wallet, renter, and host functionality. The source code of any such implementation may be submitted to the Foundation for review. If the code passes review, the Foundation will provide "endorsement signatures" for the commit hash used and for binaries compiled internally by the Foundation. Specifically, these signatures assert that the Foundation believes the software contains no consensus-breaking changes or other modifications to imported Foundation code. Endorsement signatures and Foundation-compiled binaries may be displayed and distributed by the receiving party, along with an appropriate disclaimer. A minimal full node is not terribly useful on its own; the wallet, renter, host, and other extensions are what make Sia a proper developer platform. Currently, the only implementations of these extensions are maintained by Nebulous. The Foundation will contract Nebulous to ensure that these extensions continue to receive updates and enhancements. Later on, the Foundation intends to develop its own implementations of these extensions and others. As with the minimal node software, these extensions will be open source and available in public repositories for use by any Sia node software. With the consensus code now managed by the Foundation, the task of implementing and orchestrating hardforks becomes its responsibility as well. When the Foundation determines that a hardfork is necessary (whether through internal discussion or via community petition), a formal proposal will be drafted and submitted for public review, during which arguments for and against the proposal may be submitted to a public repository. During this time, the hardfork code will be implemented, either by Foundation employees or by external contributors working closely with the Foundation. Once the implementation is finished, final arguments will be heard. The Foundation board will then vote whether to accept or reject the proposal, and announce their decision along with appropriate justification. Assuming the proposal was accepted, the Foundation will announce the block height at which the hardfork will activate, and will subsequently release source code and signed binaries that incorporate the hardfork code. Regardless of the Foundation's decision, it is the community that ultimately determines whether a fork is accepted or rejected – nothing can change that. Foundation node software will never automatically update, so all forks must be explicitly adopted by users. Furthermore, the Foundation will provide replay and wipeout protection for its hard forks, protecting other chains from unintended or malicious reorgs. Similarly, the Foundation will ensure that any file contracts formed prior to a fork activation will continue to be honored on both chains until they expire. Finally, the Foundation also intends to pursue scalability solutions for the Sia blockchain. In particular, work has already begun on an implementation of Utreexo, which will greatly reduce the space requirements of fully-validating nodes (allowing a full node to be run on a smartphone) while increasing throughput and decreasing initial sync time. A hardfork implementing Utreexo will be submitted to the community as per the process detailed above. As this is the most important responsibility of the Foundation, it will receive a significant portion of the Foundation’s budget, primarily in the form of developer salaries and contracting agreements.
Support community services
We intend to allocate 25% of the Foundation Fund towards the community. This allocation will be held and disbursed in the form of siacoins, and will pay for grants, bounties, hackathons, and other community-driven endeavours. Any community-run service, such as a Skynet portal, explorer or web wallet, may apply to have its costs covered by the Foundation. Upon approval, the Foundation will reimburse expenses incurred by the service, subject to the exact terms agreed to. The intent of these grants is not to provide a source of income, but rather to make such services "break even" for their operators, so that members of the community can enrich the Sia ecosystem without worrying about the impact on their own finances.
Ensure easy acquisition and storage of siacoins
Most users will acquire their siacoins via an exchange. The Foundation will provide support to Sia-compatible exchanges, and pursue relevant integrations at its discretion, such as Coinbase's new Rosetta standard. The Foundation may also release DEX software that enables trading cryptocurrencies without the need for a third party. (The Foundation itself will never operate as a money transmitter.) Increasingly, users are storing their cryptocurrency on hardware wallets. The Foundation will maintain the existing Ledger Nano S integration, and pursue further integrations at its discretion. Of course, all hardware wallets must be paired with software running on a computer or smartphone, so the Foundation will also develop and/or maintain client-side wallet software, including both full-node wallets and "lite" wallets. Community-operated wallet services, i.e. web wallets, may be funded via grants. Like core software maintenance, this responsibility will be funded in the form of developer salaries and contracting agreements.
Protect the ecosystem
When it comes to cryptocurrency security, patching software vulnerabilities is table stakes; there are significant legal and social threats that we must be mindful of as well. As such, the Foundation will earmark a portion of its fund to defend the community from legal action. The Foundation will also safeguard the network from 51% attacks and other threats to network security by implementing softforks and/or hardforks where necessary. The Foundation also intends to assist in the development of a new FOSS software license, and to solicit legal memos on various Sia-related matters, such as hosting in the United States and the EU. In a broader sense, the establishment of the Foundation makes the ecosystem more robust by transferring core development to a more neutral entity. Thanks to its funding structure, the Foundation will be immune to various forms of pressure that for-profit companies are susceptible to.
Drive adoption of Sia
Although the overriding goal of the Foundation is to make Sia the best platform it can be, all that work will be in vain if no one uses the platform. There are a number of ways the Foundation can promote Sia and get it into the hands of potential users and developers. In-person conferences are understandably far less popular now, but the Foundation can sponsor and/or participate in virtual conferences. (In-person conferences may be held in the future, permitting circumstances.) Similarly, the Foundation will provide prizes for hackathons, which may be organized by community members, Nebulous, or the Foundation itself. Lastly, partnerships with other companies in the cryptocurrency space—or the cloud storage space—are a great way to increase awareness of Sia. To handle these responsibilities, one of the early priorities of the Foundation will be to hire a marketing director.
The Foundation Fund will be controlled by a multisig address. Each member of the Foundation's board will control one of the signing keys, with the signature threshold to be determined once the final composition of the board is known. (This threshold may also be increased or decreased if the number of board members changes.) Additionally, one timelocked signing key will be controlled by David Vorick. This key will act as a “dead man’s switch,” to be used in the event of an emergency that prevents Foundation board members from reaching the signature threshold. The timelock ensures that this key cannot be used unless the Foundation fails to sign a transaction for several months. On the 1st of each month, the Foundation will use its keys to transfer all siacoins in the Fund to two new addresses. The first address will be controlled by a high-security hot wallet, and will receive approximately one month's worth of Foundation expenditures. The second address, receiving the remaining siacoins, will be a modified version of the source address: specifically, it will increase the timelock on David Vorick's signing key by one month. Any other changes to the set of signing keys, such as the arrival or departure of board members, will be incorporated into this address as well. The Foundation Fund is allocated in SC, but many of the Foundation's expenditures must be paid in USD or other fiat currency. Accordingly, the Foundation will convert, at its discretion, a portion of its monthly withdrawals to fiat currency. We expect this conversion to be primarily facilitated by private "OTC" sales to accredited investors. The Foundation currently has no plans to speculate in cryptocurrency or other assets. Finally, it is important that the Foundation adds value to the Sia platform well in excess of the inflation introduced by the block subsidy. For this reason, the Foundation intends to provably burn, on a quarterly basis, any coins that it cannot allocate towards any justifiable expense. In other words, coins will be burned whenever doing so provides greater value to the platform than any other use. Furthermore, the Foundation will cap its SC treasury at 5% of the total supply, and will cap its USD treasury at 4 years’ worth of predicted expenses. Addendum: Hardfork Timeline We would like to see this proposal finalized and accepted by the community no later than September 30th. A new version of siad, implementing the hardfork, will be released no later than October 15th. The hardfork will activate at block 293220, which is expected to occur around 12pm EST on January 1st, 2021.
Addendum: Inflation specifics The total supply of siacoins as of January 1st, 2021 will be approximately 45.243 GS. The initial subsidy of 1.57 GS thus increases the supply by 3.47%, and the total annual inflation in 2021 will be at most 10.4% (if zero coins are burned). In 2022, total annual inflation will be at most 6.28%, and will steadily decrease in subsequent years.
We see the establishment of the Foundation as an important step in the maturation of the Sia project. It provides the ecosystem with a sustainable source of funding that can be exclusively directed towards achieving Sia's ambitious goals. Compared to other projects with far deeper pockets, Sia has always punched above its weight; once we're on equal footing, there's no telling what we'll be able to achieve. Nevertheless, we do not propose this change lightly, and have taken pains to ensure that the Foundation will act in accordance with the ideals that this community shares. It will operate transparently, keep inflation to a minimum, and respect the user's fundamental role in decentralized systems. We hope that everyone in the community will consider this proposal carefully, and look forward to a productive discussion.
What is a Bitcoin Hash? Bitcoin’s blockchain uses SHA-256 (Secure Hash Algorithm). In 2001, SHA-256 was developed by the National Security Agency (NSA) in the USA. Bitcoin’s proof of work algorithm is based on SHA-256. Using this, Bitcoin miners solve computationally difficult math problems to add blocks into the blockchain. Bitcoin blocks are added by verifying the hashes on a lottery ... Find the biggest Bitcoin miners and pools on the hashrate distribution pie chart Buying during Miner Capitulation yields wonderful returns. The best buy signals occur on Hash Rate "recovery", and when price momentum is also positive. Historically, this strategy has yielded average returns to cycle peak of >5000%, with max Drawdown of -15%. Follow me to learn more about this indicator. From Bitcoin Wiki. Jump to: navigation, search. Here we analyze the nonce values and hashes for all the valid blocks in the blockchain: Contents. 1 Time Evolution. 1.1 Nonces vs Hashes (y-axis logarithmic, x-axis linear) 1.2 Nonces vs Hashes (log-log scale) 2 Histograms. 2.1 Distribution of Nonces; 2.2 Distribution of Hashes; 2.3 2-D Distribution of Nonces & Hashes; 3 References; Time ... Bitcoin mining is a foundational component of the network and Bitcoin as an asset. Despite its importance, mining has been among the least transparent and the least understood part of the broader…
What Is A Blockchain Hash? Bitcoin Hash Function Explained In 5 Minutes Blockchain Central
A block chain is a transaction database shared by all nodes participating in a system based on the Bitcoin protocol. A full copy of a currency's block chain ... HashGraph è una diversa implementazione di Blockchain che copia molto da Bitcoin, è molto veloce ed è indicata da alcuni come "l'evoluzione" della blockchain... Lecture 19: Bitcoin MIT 6.824: Distributed Systems (Spring 2020) https://pdos.csail.mit.edu/6.824/ Twitter user ‘HsakaTrades’ tweeted a chart of Bitcoin’s hash rate distribution accompanied by the caption: “This hash distribution chart is soon going to be composed of just one colour ... However, the hash function isn't just limited to bitcoin; blockchain hash functions are prevalent through every network to create digital signatures that secure each sequential block. Bitcoin uses ...