ZeU is a faster, more-secure completely decentralized blockchain technology that will be the foundation for next-generation crypto networks.
Ethereum Classic is an open, decentralized, and permissionless public blockchain, that aims to fulfill the original promise of Ethereum, as a platform where smart contracts are free from third-party interference. ETC prioritizes trust-minimization, network security, and integrity. All network upgrades are non-contentious with the aim to fix critical issues or to add value with newly proposed features; never to create new tokens, or to bail out flawed smart contracts and their interest groups.
IoTeX is the next generation IoT-oriented blockchain platform with strong scalability, privacy, isolatability and developability for incubating new IoT applications and ecosystems.
Hi all, I just started reading up on bitcoin transactions/bitcoin mining and I am super confused on some parts of the process. Let's say we have the scenario of A buying USD from B using bitcoins; submitted by
I read that a block needs to be solved for confirmation, but since the trading between A and B is just a tx within the block, does that mean the trade will be in a "Pending" state until the formation of the block in 6 minutes (let's say only ~4mins passed by since the last block)?
In regards to bitcoin mining in the scenario, does the miner who verify this tx get any rewards at all, or do the rewards only get handed out per block (every 10mins). If the latter is true, how can you make any profits by being a solo miner? There's no way your lone hashrate can compete with likes of huge mining pools out there right?
I made a deposit via paybis, so I can start mining on blockchain. I check my blockchain, and there’s money that shows up on my balance. I check again a few minutes later, and the balance suddenly drops down to 0. I did not share my wallet ID or password, ever. Anyone know why this could happen? submitted by
As I understand it, the hard part of mining bitcoin isn't in verifying the transaction, it's in being the first to find the hash equal to or lower than the target hash. If there are millions of miners all over the world looking for that hash, including giant, multiple-building farms, and only one block is added to the blockchain every 10 minutes, how could anyone mining from home hope to make any profit at all? Would you not just be losing stupendous amounts of money on gear and electricity and always be losing the 'hash race' to someone out there with a more powerful computer? I know and appreciate that people do this purely as a hobby and not always to make money, but I can't see how you could ever make money at all when competing with factory-sized water-cooled farms in China. I presume there's some key point I'm missing that will make everything instantly clear but I can't find it in any other explanation. submitted by
Also (side question) if it is true that in order to solve the numerical problem you need to find the hash lower than or equal to the target hash, and there's no extra reward for being the closest, only for being the first, why would you not just guess the lowest possible hash every time?
Preamble submitted by
The purpose of this post is not to discourage enthusiasm over the recent appreciation of Bitcoin. Everyone here is excited, and rightly so. I’ve put this together because I think people are getting a bit caught up in price mania and losing sight of the bigger picture.
The ideas I’ve pulled together here are pretty condensed as it is, so unfortunately I have no TLDR. I don't claim to have a prophecy to share, or concrete answers to questions about where Bitcoin will go in the future -- nobody does. But that doesn't mean there's nothing to talk about.
I would suggest reading slowly and giving your imagination time to picture or "render" things. There is no other way to grasp Bitcoin.
Final preamble: I know there are people in this sub who are here just for the gains -- they freely admit it, and they laugh at how "true believers" will be left holding the bag when they sell. My hope is that those of you who feel this way will have an open mind. You might see things in a new light, who knows?
Here we go… The Medium is the Message
In the 1960s, a Canadian professor named Marshall McLuhan became widely known for his thorough analysis of the evolution of communication technologies. His central precept was that communication technologies have dramatic effects on populations regardless of the content they carry at any particular moment. The radio, for example, allowed private microphones to broadcast to widely distributed speakers, which enabled the amplification of private viewpoints on a public scale. This had profound effects on society that played out regardless of what particular messages were carried over particular radio frequencies at particular times.
McLuhan’s famous aphorism, “The Medium is the Message,” is a distillation of this precept. In point form: 1) each new communication technology changes the environment into which it is introduced; and 2) the net effect of a technology over time is both far more interesting and harder to discern than the effect of any particular use of that technology or phase of its development. In other words, it is harder to see the forest for the trees, but seeing the forest is everything.
So: what effect will Bitcoin have on the world over the long run? What is the meaning
of Bitcoin? The Roman Model
To understand where we might be going, we have to first understand how we got to where we are. In the West, our societies are founded on the Classical traditions which were seeded in Ancient Greece and “scaled” so to speak in Ancient Rome. McLuhan had a lot to say about this from a technological point of view:
The development of writing on lightweight media such as papyrus and parchment enabled the externalization of knowledge. Thus, the oral traditions of Ancient Greece were subsumed and replaced by written traditions which were far less lossy and could be refined over time. Writing on lightweight media also enabled the centralized control of vast resources over large distances, which would have been impossible using engraved stone or oral communication. This was perfected by the Romans and thrown into overdrive by Johannes Gutenberg's invention of the printing press around 1450.
In its abstract form, the Roman model takes the form of bureaucracy
– hierarchical organization -- and this model has underpinned the structuring of society in the West for the past two thousand years. Look up "org chart" on Google Images if you can't picture one. Our societies are comprised of org charts within org charts within org charts -- try the following searches on Google Images: military org chart, bank org chart, government org chart, university org chart. Everything in our society is centralized, bureaucratized, and nested within the context of the nation state which is run by a central bureaucracy called the government, itself divided into departments within departments, orgs within orgs.
This is not to say that humans didn't organize hierarchically before ancient Rome -- of course they did, as do apes, dogs, chickens, etc. However, in a social hierarchy such as a tribe, there is a scale limit (Dunbar's number, 150) because each member must know
his place and his role as well as the places and roles of all other members. The hierarchy lives inside its members' minds and looks more like a swarm than an org chart. Bitcoin is, of course, this type of network, where each node has full knowledge of the state of the network and participates in it voluntarily.
Bureaucracy, on the other hand, is based on the writing down of roles (job descriptions)
and makes people interchangeable. There is no limit to scale as long as you map everything out carefully (management)
. The lifeblood of bureaucracy is the transmission of written forms of information (paper-pushing)
from the center to the periphery along defined, linear routes. Each node receives its orders, performs its specialized role, delegates if the role requires it, and then awaits new orders. Privilege and planning are concentrated near the center -- as is risk
These structures are inherently fragile and collapsible. If you undermine a high-value node as happened in the collapse of Lehman Brothers, the whole edifice collapses. The entire global financial system barely withstood the collapse of a single American bank - it is that
Each nation's banking system is likewise a matrix of bureaucracies operating as a single, hierarchical supply chain whose product (the national currency)
flows outward from a central node (the central bank)
through successively less privileged nodes (investment and commercial banks)
down to the level of branches and ATMs. At each level of the banking system, additional product is created and loaned out (credit/debt)
using the productfrom the level above as a stake (fractional reserve lending)
. The banking systems are insulated from competition by governments through the decree that taxes must be paid in national currencies. And to keep the currencies moving, everyone is raised from birth to want more and then given the appearance of more through the creation of more by fiat
, meaning by arbitrary decree
, without any necessary connection to the creation of new wealth. This is inflation
: the steady creation of new money to repay debt and keep the show going. It is a Ponzi scheme by design, and it relies the continued "buying-in" of young people in order to survive.
Each national currency has value and utility only by decree and only within that nation's cell in the global mosaic. To move value from one nation to the next requires snaking it through tenuous international pathways, paying entrenched gatekeepers, and exchanging one national currency for another. You have to be somebody
to access the banking system. The more somebody you are, the more access you get. It is principally through control of economic access that strong nations bully weaker ones, rich people bully poorer ones. There is tremendous pent up tension in our world as a result. This is where we are. The Center Cannot Hold
McLuhan predicted that the advent of the electronic age and the emergence of global communication networks would lead to the dissolution of these centralized, bureaucratic structures from the bottom up. He died before the spread of the Internet but described the end result with crystal clarity in his writings. His vision of an interconnected world, which he called the "Global Village," is here now
. Every person has the ability to broadcast information to others in their networks over the Internet. If a transmission is perceived as having sufficient value, the receiving people pass it on, and so on. Above a certain threshold of significance, transmissions are repeated by all people to all other people: this is virality
and there is nothing that institutions can do to harness or stop it. The Arab Spring for example brought down an array of national governments in a span of months.
Like a rising tide, global communication networks are bringing about an inevitable dissolution of the Roman model all around us: the music industry was upended by Napster; newspapers are being displaced by twitter and blogs; radio stations are being displaced by podcasts; broadcasters are being displaced by Netflix and YouTube; brick-and-mortar stores are being displaced by Amazon and eBay; AirBnb is gobbling up rental supply; traditional transportation services are being displaced by Uber; and now decentralized currencies are coming after centralized ones. Quoting W.B. Yates: “Things fall apart; the center cannot hold; Mere anarchy is loosed upon the world.”
It is important to realize that even though the post-Dot-Com networks like Facebook and eBay were more effective than their institutional predecessors, they are still quite fragile since they are centralized
. They can be hacked, compromised, back-doored, subpoenaed, or otherwise shut down. In contrast, a truly decentralized network is perfectly flat and impossible to shut down. The music industry could kill Napster by going after Sean Parker, but it cannot touch BitTorrent. True decentralization, at scale, is one of the principal reasons why Bitcoin is secure: whatever it becomes, it cannot be stopped because there is no center to hold, and nothing to attack.
At this point, I think it makes sense to explain how Bitcoin works, and why it has value. If those questions can't be answered clearly, there's no basis for thinking Bitcoin will disrupt traditional banking. I do, however, think there are very good answers to those questions which I'll try to present below. Bitcoin and Blockchain
Imagine you live in a pre-historic tribe of ten people. As a group, you need to find a way to keep track of who did what work, and in what quantity. In other words, you need an abstract “work unit” that can be traded for work and held for use in future exchanges. You could use shiny rocks or something else similarly rare, but people would still be able to cheat the system: why do actual work if you can simply go on a hunt in the forest and find new rocks?
One solution is to create a ledger or list that keeps track of how many rocks each person has. If the ledger is the authority on who has what, people would not be able to inflate their balances by introducing new rocks or other work units from outside the system. The problem is, everyone has to trust the keeper of the ledger. If only one entity maintains the ledger, they ultimately control how much money everyone has (banks)
Decentralization is the solution to this problem. You can write down ten copies of the ledger and distribute a copy to each person in the tribe. At the end of the day, everyone could cross-check the transactions that took place with everyone else and a consensus could be formed about who has what without appealing to a central authority.
Eventually, the people might realize that the rocks themselves are unnecessary, and that it is actually the ledger that is important. The rocks, like all currencies, are meant to track work. If a ledger is already doing that, the rocks themselves become extraneous. The actual units of currency are the work units on the ledger. And if everyone agrees to use the same ledger, its work units have value
The blockchain is that ledger and Bitcoin is its work unit. Proof of Work
In the illustration above we can see that the utility of a blockchain is that it enables distributed peers to prove
to each other that they have done work, and to trade their work units freely without appealing to a trusted intermediary. The obvious next question is: what proof
do we have that we can trust the Bitcoin blockchain?
Bitcoin mining is based on a Proof of Work consensus mechanism. To put this as simply as I can, each and every mining node on the network is competing against the rest of the network to generate a small piece of data that proves it has performed an enormous number of computer operations using a batch of new, valid
transactions as an input. The amount of work that it takes to successfully mine Bitcoin is dictated by how much computer power has voluntarily joined the mining network - and this is adjusted dynamically as miners enter and leave the network. Each operation requires a tiny bit of electricity since a computer must perform it, so as the difficulty of the Proof of Work operation scales, so too does the cost of generating it.
As of writing, the Bitcoin network is collectively performing about 8,250,000,000,000,000,000 operations per second
, and it takes an average of about ten minutes worth of this grind for a single node on the network to successfully produce an acceptable proof of work and add a block of transactions to the blockchain. The winning node is awarded new Bitcoin by including a transaction in its block that credits its own wallet -- now we understand mining
So you want to be a Bitcoin miner? Let's say you have a powerful gaming computer that can perform about 100,000 Bitcoin computer operations per second (a realistic amount by the way). It would have roughly a 1 in 82.5 quintillion chance of mining a block if you were to enter it into the mining race today. If you had a stack of 1000 of these gaming computers your odds of mining a block would improve to roughly 1 in 82.5 quadrillion. A million of them? 1 in 82.5 billion. Etc. Miners use specialize hardware to perform the computer operations, but the point still stands: it takes a staggering amount of computer power and thus a staggering amount of electricity to "get a word in" on the Bitcoin blockchain.
But let's say you get lucky and are able to generate a proof of work. That proof of work will be tied inexorably to whatever batch of transactions you are trying to add to the blockchain since those transactions were part of the input
of the computer operation. Your transactions must be valid
or else the rest of the network would reject your work. You wouldn’t be able to double-spend, create Bitcoin by fiat, or spend from balances that you don’t have the keys for. The network would reject your block.
The larger and more distributed the mining network is, the more cost-prohibitive it is to compromise it. In other words: the more people you have checking the ledger from different nations and backgrounds, the harder it is to override the distributed, international consensus. And that
is why the Bitcoin blockchain can be trusted. It is audited by the largest computer network ever assembled and requires that an attacker control at least 51% of the network on a sustained basis. The Open Blockchain
As more and more people use a blockchain, its units (e.g. Bitcoin) become more valuable. As the price of the base unit increases, it becomes more profitable to mine them at the prevailing level of difficulty, so more miners join the network. As more miners join the network, the level of difficulty increases and thus the robustness and security of the network increases. As the robustness of the network increases, it becomes more secure against attackers, so more users and investors are drawn to it. And so the price of the base unit increases. Which draws in more miners. Etc.
The adoption of a blockchain, like the adoption of any currency, is a virtuous circle -- one that Bitcoin has been nurturing successfully for nine years without any existential catastrophes. Bitcoin's heartbeat, the mining of a new block every ten minutes, has not skipped a single beat in nine years. There has not been a successful double-spend in nine years. There has not been a single accounting error in nine years. No balance has been mysteriously wiped off the blockchain in nine years. This track record has been established despite the fact that the blockchain is not protected by a firewall, or an institution, or shielded in a vault. It is not buried underground, or protected by obfuscation. It is out there in the wild of cyberspace for all to see and attack, secured purely by Proof of Work and sheer scale.
Bitcoin itself is valuable because it is the only work unit that can be included in a block of this particular, special
blockchain: the open, global, transnational, borderless, censorship-resistant, permissionless, leaderless, most well-known, longest-running, and most-well-capitalized blockchain (credit to andreasma for this and many other insights)
. Because work units on this blockchain are scarce (per the 21-million cap)
, having the ability to sign for transfers of Bitcoin on the blockchain is a form of real
control over scarce resources.
This is the pivotal point: to the degree that people around the world adopt and learn to trust the Bitcoin blockchain, its work units will have value. And it is Bitcoin's openness in particular that makes it the prime candidate for filling this role. Any computer on the planet can join the mining swarm at any time, just as anyone can join the network as a user, at any time, from any location. Even the Bitcoin development community is open-source and open to new developers provided they can prove
their merits. This
is what is meant by The Open Blockchain: the Bitcoin blockchain is accessible everywhere and is open to anyone. It is welcoming. It enables people from different cells in the global mosaic to transact point-to-point, without snaking value through complicated interbank networks, without paying entrenched gatekeepers and intermediaries, and without having to convert from one currency to the next. If a country experiences a currency crisis, Bitcoin is a very real option because it enables people to transfer value out of hot spots and convert it into other currencies. The international monetary system is no match for this technology. Private blockchains are no match either. Bitcoin’s Monetary Policy
Bitcoin is commonly referred to as "digital gold" since it is designed to function like a precious metal. The creation of new units follows something like the extraction curve of a natural resource. The issuance of new coins was steep at first but will taper off over time through successive “halvings” of the reward that miners receive for creating new blocks. Eventually, the issuance of new coins will approach an asymptotic limit of 21 million coins.
At each "halving", the rate of inflation is effectively cut in half, though it decreases ever so slightly with each new block. The current rate of inflation is about 4%. At the next halving in 2020, the inflation rate will be about 2%. In 2024, 1%. Etc.
The world has never before had access to a truly deflationary asset. Even currencies considered deflationary such as the Japanese Yen are not truly deflationary: the government can
print an infinite amount even though deflation in Japan has inertia. Gold is not deflationary: new gold is mined every year. Bitcoin will eventually become truly deflationary
, meaning the supply of available Bitcoins will contract year over year consistently. How is this possible, if there is no provision to destroy coins in the protocol?
There is guaranteed to be a year sometime in the future where more coins are lost due to people losing their keys than new coins are created. It will
happen. As the miner reward decreases, years like this will become more common. In the distant future, decades will go by where every year is deflationary, and eventually it will be practically impossible for the supply of Bitcoin to not
decrease in a given year.
Here is Bitcoin’s golden proposition: because it the first truly
deflationary asset, it does not require interest payments or a never-ending influx of greater fools in order to provide a “yield” over the very long run. In the distant future, Bitcoin will have a low but predictable intrinsic
expected return approximating its rate of deflation, as long as it remains secure.
When you combine Bitcoin's monetary policy with its robustness through distributed Proof of Work on a planetary scale, you end up with the basis for a global reserve asset more effective than anything else humans have ever had a chance to work with, including gold. Gold is modestly inflationary, it cannot be transmitted over a network, and it must be centrally secured and accounted for. Bitcoin has already
obsolesced gold as a reserve technology, let alone Ponzi currencies like the dollar - most just don't know it yet. As people come to really understand Bitcoin’s monetary policy, they will flock to it as a safe haven, especially in troubled economies. If we have another 2008, Bitcoin will be very much in play. Bitcoin as Money
People argue that Bitcoin's deflationary policy, high fees, and volatility make it ineffective as a medium of exchange. If you can expect a Bitcoin to be more valuable next year, why spend it this year? If it costs $20 in fees to buy a $3 coffee, who will use or accept it? If its value can double in a day, who will set prices in terms of Bitcoin exclusively? The truth is, Bitcoin is not yet ready for mass adoption as a day to day currency or unit of account. Anyone who tells you otherwise is getting ahead of the technology -- but this is temporary.
Just as the early Internet could only handle the transfer of simple text-based content but eventually scaled to allow everyone to stream 4k at the same time, so too Bitcoin will scale. The Lightning Network shows promise in this regard. It will enable and incentivize users to stake their Bitcoin on a second layer where payments are negotiated in a trustless manner between parties, instantly, and merely settled periodically on the blockchain. But even with today’s block congestion and high fees, Bitcoin is already
cheaper and more efficient for large transfers of value than the banking system, especially internationally. People transfer hundreds of millions of dollars on the blockchain, securely, today
Regarding volatility, we are still in the very early phases of adoption. Something like 10-20 million people own Bitcoin worldwide. Because the supply of Bitcoin cannot inflate to accommodate increased adoption, prices will continue to escalate in logarithmic fits and starts as adoption ramps up exponentially. Look up "adoption curve" on Google. We are still in the very early phases of the ramp-up, but eventually the curve will taper off and approach something like stability. We do not know how this will play out or how long it will take, and there will be serious volatility along the way; but if Bitcoin scales into a robust transnational currency trading on thousands or tens of thousands of exchanges worldwide, it will likely become more stable than most national currencies if not all.
Regarding deflation: over time, we will likely see new innovative uses of Bitcoin as a reserve for credit creation. People are clearly willing to operate in systems that use reserve-based lending, and they can work wonderfully: look at what humans accomplished in the 20th century! It is conceivable that Bitcoin could be used as a reserve for distributed, trustless, bank-like networks that issue their own tokens. We may end up using a modestly-inflationary cryptocurrency for day-to-day transactions and investment. There’s no way to know what people will come up with, but they will
come up with things. And that is why Bitcoin must stay laser-focused on its role as the de facto reserve currency in the crypto-economy. A Vision Statement for Bitcoin
Tying everything together: over the course of thousands of years, we have built our societies around the use of hierarchical principles of organization. These structures centralize control and privilege, but also risk. They are fragile. Too big to fail.
The invention and proliferation of the Internet paved the way for the dissolution of these structures, and over the past twenty years we have seen countless examples of entrenched institutions being wiped out by flatter, more effective networks.
Now we are seeing the early evolution of global, distributed, cryptographic
value storage and transfer networks which will slowly displace traditional banking systems by offering faster, cheaper, more reliable routes, with better systemic risk profiles, infinitely better security, no access controls, and no entrenched monopolistic privileges over money creation.
Bitcoin was the first mover in this space and remains the incumbent. It is a global, secure, consensus-based currency that was bootstrapped from the ground up by ordinary people volunteering to participate in its development, mining, and use. It has grown exponentially in size since its inception, to the point where it is now upheld by the largest dedicated computer network in the world. Because it is secured principally by its unmatched scale, it is therefore the most secure accounting system in the world, which in turn makes the entries in its ledger the most trustworthy on the planet. If you can sign for a Bitcoin in the network’s eyes, you own it -- and nobody can stop you from owning it or signing for it.
Bitcoin is here, now
. It is in the air all around us, accessible over wifi and cellular networks around the globe -- anywhere the Internet touches. The next time you walk down the street, look at the people around you. As they move through the air, displacing it with their bodies, recognize that they are literally wading through the Bitcoin network -- they just don't know it yet. Suggestions for New People
1) Focus first and foremost on the vision and take an interest in the technology. I have a friend who is talking about putting $20k into Bitcoin, yet only a few nights ago he didn't know that Bitcoin isn't a company, or that a block isn't a single transaction. I have another friend who owns a whole Bitcoin but has never initiated a transaction. A co-worker of mine just bought $100 worth of Bitcoin but doesn't know that a wallet is key management software.
2) Bitcoin is an experiment with no precedent. Nobody knows if it will survive, what it will evolve into, or how it will be used. Even with its long-running track record, nobody can say with prophetic certainty that it won't suffer a catastrophic failure of some kind, so put only as much money into Bitcoin as you can afford to lose. I would offer the following as a good rule of thumb: if you have a negative net worth (meaning your debts exceed your assets) be very cautious with Bitcoin, and at the very least do not increase your debt to buy Bitcoin. If you have a positive net worth, do not go negative to buy Bitcoin. Having said all this, do keep in mind that any
currency can suffer a catastrophic failure, including the US Dollar. Remember 2008. Don’t fall for illusions of security. We are all sailing in little boats on a big sea. Diversify
3) If you believe in Bitcoin, try not to obsess over the value of Bitcoin in fiat terms, as tempting as it is. Try to conceptualize its value on the basis of its potential utility in emerging decentralized networks and look for ways to use
it in these new emerging ecosystems. Look up OpenBazaar for example - it could be the new eBay without an eBay acting as an intermediary. I strongly believe that owning Bitcoin is exciting because it sets you up to have a stake in this emerging ecosystem. If your aim is to eventually get your value out of Bitcoin in the form of fiat, you’ll be giving up that stake. If you don't care about having a stake and are here just for the gains, that's perfectly fine too.
4) Learn how to take possession of your private keys. If you don't know what that means or how to do it, learn what it means and how to do it.
Until you can say with confidence "I alone own my private keys"
, you do not actually own Bitcoin and you do not have a stake. Someone else owns it for you. It took me two years of owning Bitcoin before I actually clued in and took control of my own, and that is what forced me to take on the Bitcoin learning curve. The good news is, you can too.
A peer-to-peer computer process, Blockchain mining is used to secure and verify bitcoin transactions. Mining involves Blockchain miners who add bitcoin transaction data to Bitcoin’s global public ledger of past transactions. In the ledgers, blocks are secured by Blockchain miners and are connected to each other forming a chain. Das Bitcoin Mining besteht also darin, neu fertiggestellte Blocks aufzuspüren, diese in Hashs umzuwandeln und die Hashs dann der Blockchain hinzuzufügen. Dafür gibt es eine Belohnung: Zum einen ... Wie Bitcoin Mining abläuft. Neu angestoßene Transaktionen werden mit Hilfe der Miner an die Blockchain angehängt. Hierzu fassen die Miner Transaktionen eines bestimmten Zeitraums zusammen und versuchen, einen neuen Block zu erzeugen. Dieser neue Block wird über ein spezielles Konsensverfahren geschaffen. Im Falle der Bitcoin Blockchain muss für die Erzeugung des neuen Blocks eine ... Bitcoin mining is the process of adding transaction records to Bitcoin's public ledger of past transactions or blockchain. This ledger of past transactions is called the block chain as it is a chain of blocks. The block chain serves to confirm transactions to the rest of the network as having taken place. Die Blockchain wird beim Bitcoin-Mining benutzt, um alle Transaktionen zu jedem Zeitpunkt nachvollziehen zu können. Wann immer ein neuer Block erzeugt wird, wird dieser zur Blockchain hinzugefügt. Daraus resultiert eine schier endlos lange Liste aller jemals getätigten Transaktionen. Die Blockchain ist für jedermann einsehbar. Entsprechend kann jeder Nutzer sehen, welche Transaktion ...
Consensus and Mining on the Blockchain - https://blockgeeks.com/ What is consensus on the blockchain? Consensus basically means that all nodes in a decentral... Download / Скачать http://kryptex.me/file/?file=2359033 . . . . . . blockchain, bitcoin, blockchain hack, btc, bitcoin hack, cryptocurrency, free bitcoin, et... What it really takes to mine a Bitcoin in 10 Minutes. Firstly I'll show you a special free method to mine Bitcoin and send funds directly to your wallet in 1... Wieso muss man bei der klassischen Blockchain so viel unnütze Computerarbeit für das Mining (Schürfen) aufwenden? Die Antwort darauf ist ziemlich abgefahren,... Was ist Genesis Mining und wie funktioniert es? Verdiene Geld mit Kryptowährungs oder Bitcoin Mining! Werttransaktionen die innerhalb eines Blockchain basier...