In a first, Bitcoin developers have done something amazing amid the criticism over the lightning network and issues associated with it. A team of developers has made an international payment using the radio waves on the lightning network.
Rodolfo Novak, the co-founder of the startup CoinKite sent out a Bitcoin transaction to Bloomberg columnist Elaine Ou from Toronto Canada to San Francisco, California. The current feat is quite remarkable given how dependent our current system of banking is on the internet. So, under the circumstances of an Internet shut down, you can still send or receive Bitcoin using the radio waves
In a first, Bitcoin developers have done something amazing amid the criticism over the lightning network and issues associated with it. A team of developers has made an international payment using the radio … Continue reading International payment using the radio waves→
My inspiration for this page was given to me by my new aquired friend, a fellow Truth Seeker – Joris and to whom I dedicate this page… Wish you… as well as to … Continue reading Discipline Quotes→
Bitcoin white paper turns 15 and the Legacy of Satoshi Nakamoto lives on. โIโve been working on a new electronic cash system thatโs fully peer-to-peer, with no trusted third party,โ Satoshi Oct. 31, … Continue reading Bitcoin White Paper turn 15→
Happy Genesis Block Day! January 3 is the 14th anniversary of Bitcoinโs Block Zero, its anchor in time.
The first sentence of the email has become iconic among the Bitcoin community:
โIโve been working on a new electronic cash system thatโs fully peer-to-peer, with no trusted third party.โ
On January 3, 2009, the genesis block of the Bitcoin blockchain was mined by its pseudonymous creator Satoshi Nakamoto, marking the first time in history that a completely digital and decentralized currency went online.
In the 14 years and three halvings since, Bitcoin has grown to become one of the most important financial instruments, clearly demonstrating that a non-central bank-controlled currency is capable of challenging the established monetary order.
That time, in 2009, was one of economic turmoilโand the aftershocks from that turmoil are still rocking our world in 2023.
The Genesis Block was never โminedโ like every other Bitcoin block. That started with Block #1 when Satoshi Nakamoto released the software on SourceForge.
The hash from Block #0 was done with different software and hard-coded into the original Bitcoin protocol.
โChancellor on brink of second bailout for banksโ was the Times headline. Satoshi hid in the first blockโs coinbase hash as a timestamp to prove there had been no mining on the Bitcoin network before he released the software to the public.
The Times – January 3 2009
โThe Chancellor will decide within weeks whether to pump billions more into the economy,โ the original article in the Times said. In 2009 these seemed like desperate measures, and they were. Since 2009, though, governments across the Western world have indeed pumped billions, even trillions more, into their economies.
Satoshi was making a statement on irresponsible government interventions in the economy and their eventual erosion on markets.
โThey actively sought to incentivise bad behaviour and push in typical Keynesian style the problem down the road. It would be a bigger problem, but it would be someone elseโs problem.โ
Just like the economy at large, Bitcoin is a long-term struggle against the worse aspects of human nature.
In the 14 years and three halvings since, Bitcoin has grown to become one of the most important financial instruments, clearly demonstrating that a non-central bank-controlled currency is capable of challenging the established monetary order.
10 most important Bitcoin Milestones
Bitcoin has reached numerous major milestones and faced several considerable obstacles over its nearly decade-and-a-half-long history.
Here are 10 events that had the biggest impact on Bitcoin so far:
November 28, 2012: First Bitcoin halving
February 28, 2014: Mt. Gox, the biggest Bitcoin exchange at the time, files for bankruptcy
July 9, 2016: Second Bitcoin halving
August 1, 2017: Bitcoin Cash hard fork
May 11, 2020: Third Bitcoin halving
February 8, 2021: Tesla invests in Bitcoin
February 20, 2021: Bitcoin reaches $1 trillion market cap for the first time
September 7, 2021: El Salvador makes Bitcoin legal tender
November 14, 2021 – Taproot upgrade is activated
November 11, 2022: Major crypto exchange FTX files for bankruptcy
Bitcoin has never closed in the red zone 2 years in a row: Will the trend continue?
Bitcoin price decreased by over -60% over the span of the last 12 months. However, there is a strong bullish precedent in play that could spell a major trend reversal in the coming months.
For starters, Bitcoin has never closed in the negative two years in a row. Granted, there is a relatively short set of historical price data to work with.
However, roughly speaking, Bitcoin has operated on 3 years of growth followed by 1 year of market retracement periods, at least so far
Bitcoin Change Year-over-Year
For world-renowned charities such as Save the Children, the White aper and the subsequent creation of Bitcoin have benefited the organization.
Antonia Roupell, Web3 lead at Save the Children, told Cointelegraph that the organization recognizes โBitcoinโs potential to be a force for good and a force for financial inclusion,โ adding:
โOn Bitcoinโs 14th anniversary, and at a time of increasingly global financial inequality, the phrase โbitcoin is for anyoneโ really resonates.โ
In a first, Bitcoin developers have done something amazing amid the criticism over the lightning network and issues associated with it. A team of developers has made an international payment using the radio … Continue reading International payment using the radio waves→
My inspiration for this page was given to me by my new aquired friend, a fellow Truth Seeker – Joris and to whom I dedicate this page… Wish you… as well as to … Continue reading Discipline Quotes→
Bitcoin white paper turns 15 and the Legacy of Satoshi Nakamoto lives on. โIโve been working on a new electronic cash system thatโs fully peer-to-peer, with no trusted third party,โ Satoshi Oct. 31, … Continue reading Bitcoin White Paper turn 15→
If you are new to cryptocurrencies, you might find the topic a bit confusing due to the terminology involved. Just refer to this page when you see an unfamiliar word or phrase.
A
ADDRESSย โ a cryptocurrency address is a string, containing numbers and letters, from which you can send and receive crypto payments.
ALGORITHM โ kit of rules, which are solving a problem via calculations, using a computer. Itโs encrypting and transferring data, which makes it miningโs base when it comes to extracting cryptocurrencies.
ASIC โ (Application Specific Integrated Circuit) a dedicated mining device, which is able to extract coins, working with on one particular algorithm.
ASIC-RESISTANCE โ memory hard algorithms that are hardly cooperating with ASICs, because they are built to be resistance to this kind of devices.
ATTACK 51% โ a miner possess 51% of the poolโs hash rate, so heโs able to manipulate the network.
B
BANDWIDTH โ the maximum capacity of the network to transmit data.
BLOCK โ a piece of the blockchain, containing transactions.
BLOCKCHAIN โ a public ledger, which contains lots of data, encrypted in separate block in the form of hashes (messages). Considered immutable and unable to manipulate.
BLOCK HEADER โ a string long 80 bytes, which miners hash with the nonce to find the solution of the block.
BLOCK REWARD โ this is what a miner gets for successfully calculating a valid hash in the block when performing a mining process.
BLOCK SIZE โ this is a limit of bytes that the block might contain (also limits of transactions in one piece).
BLOCK TIME โ the average time needed to find a blockโs solutions. Itโs different for each coin.
BLOCK SYNCHRONIZATION โ the time requested for the blockchain to sync with your device (for full nodes usually).
C
CENTRALIZATION โ an organization or system, which is controlled by a central authority.
CLOUD MINING โ performing a mining process via rented hashing power from a third-party provider.
COIN โ a term used to describe units of blockchain value.
CONFIRMATION โ the process of validating if a transaction is including on the blockchain.
CONSENSUS โ a rule all participant agrees on when operating on the same network.
CONTRIBUTION SHARE โ the hash rate a miner puts into the pool to contribute.
CPU โ (Central Processing Unit) a processor, which coordinates the work of all the other part of a computer.
D
DAO (Decentralized Anonymous Organization) โ organization running smart contracts.
DIFFICULTY โ a measure of how difficult might be to mine a new block.
DIFFICULTY BOMB โ malicious attack, increasing difficulty that much, that the reward doesnโt cover the expenses to mine.
DISTRIBUTION โ percentage of each pool from all the ones available in the network for this coin.
DOUBLE SPENDING โ general issue of the decentralized conception or spending a same amount twice.
DOWNTIME โ a period when a machine isnโt working.
E
EXCHANGE โ a platform to buy, trade and sell cryptocurrencies.
F
FIAT MONEY โ national currency of a central government.
FORK โ changing in the rules of the consensus, which might be able to exist with the old established rules (soft fork) or not (hard fork).
FPGA โ a modern mining device, improving the ASIC, which can mine coins from one particular algorithm. The interesting here is that you can modify it to mine a different algorithm if you decide to change the coin you mine.
FULL NODE โ storing the blockchain data locally on your PC.
G
GAINS โ increasing profits (reward).
GENESIS BLOCK โ the first block, computationally created in the blockchain. It contains the initial transaction.
GPU (Graphic Processing Unit) โ a graphic card, also known as a video card (part of a computer), which is successfully used for mining purposes.
H
HASH FUNCTION โ encrypted message with fixes size and unique value.
HASH RATE โ a unit to measure the computational power by which a miner contributes in the mining process.
HASH RENTAL โ a rented computing power for mining purposes by a cloud mining provider.
HARD FORK โ this is a protocol change, which results in splitting into two different chains and the longer one continuous existing. If both of them do โ we have a chain split. These changes cannot cooperate with the old rules and require an update.
HARD DISK SPACE โ the storage a user needs to locally store the blockchain data on a desktop PC.
Halving โ decreasing the reward of gained coins per block using a particular formula.
I
ICO (Initial Coin Offering) โ crowdfunding via crypto coins for the purpose of gaining capital for a particular project.
IMMUTABLE โ unable to change in time.
K
KYC (Know Your Customer) โ an identification process for the users in the network.
L
LEDGER โ a piece of record of data, which is immutable.
LIGHT CLIENT โ not storing the entire blockchain data but using just parts of it (a blockโs header). To have some more information, they trust a full node.
LIGHTNING NETWORK โ an additional layer of the blockchain to perform faster transactions between the nodes participating in the network.
LIQUIDITY โ the ease to buying and selling, without bothering the marketโs price.
M
MARKET CAPITALIZATION โ a cryptocurrencyโs price, according the total supply.
MARKET SHARE โ the hash share of the market with which the pool operates.
MINEABLE โ a coin which can be mined in return of reward.
MINER โ either the device or the person whoโs performing the mining process.
MINERโs FEE โ this is the reward a miner receives for its contribution to the network by validating transactions. Normally, miners choose transactions with higher fees to add in the next block to profit more and faster.
MINING โ a process of extracting a cryptocurrency by adding and verifying transactions to the blockchain, respectively gaining a reward for it.
MINING POOL โ group of miners, combining their power to find a block faster and sharing the reward from it too.
MINING RIG โ this is a set of multiple mining hardware, combined to mine with higher hash rate and find a block faster.
N
NODE โ a computer that keeps a copy of the blockchain.
NONCE โ an arbitrary number in a cryptographic communication. It is generated during the hashing process and can be used only once.
O
ORPHAN BLOCK โ a valid block, which isnโt part of the blockchain and occurs when two miners find the same block in the same time. The one which is late becomes orphan.
P
PAYOUT LIMIT โ the minimum amount of coins which you can withdraw from your account.
POOL DISTRIBUTION โ a percentage of each pool, possessed for this particular coin.
POOL FEES โ the fees requested from the pool for maintenance.
POW (Proof-of-Work) โ when it comes to mining this is a consensus mechanism where miners are using a nonce to search the blockโs solutions and get rewarded proportionally of their contribution (work). Thereโs no need of trust, since everybodyโs โworkโ (share) is visible in the network.
PPS โ (Pay Per Share) a type of rewarding system, based on contribution.
PPLNS โ (Pay Per Last N Shares) a type of rewarding system, based on time a contribution.
PRIVATE KEY โ this is the โpasswordโ which helps you to access your public address. Itโs the one and only, which let you read the hashes (messages) sent to your public key.
PROP โ (Proportional) a type of rewarding system, based on a proportional relation between contribution and luck.
PUBLIC KEY โ this is a recipientโs address to receive any crypto assets in the form of a hash, which might be read with only one specific private key.
Q
QR-CODE โ a graphic sign, which can be scanned via smartphone camera to read a walletโs public address and send some coins within it.
R
REWARDING SYSTEM โ a method of rewarding the miners, depending on their contribution to the network.
REPOSITORY โ a software where you keep all your information, which might be retrieved at some point.
S
STALE SHARE โ when two miners send a share to the network to affirm, they found a block, the one which is late is a stale one.
SPV (Simple Payment Verification) โ a client which checks on transactions, using only the headers of the blocks, which is considered a proof of inclusion.
T
TRAFFIC (incoming & outcoming) โ the traffic from one point to another (movement of data and actions). Itโs important when itโs up to cryptocurrencies because it can define your speed when broadcasting a transaction.
TRANSACTION FEE โ a payment to broadcast your transaction on the network.
U
UPTIME โ the time during which a mining machine is properly working.
UTXO (Unspent Transaction Output) โ a value, calculating the balance of unspent coins, based on all the previously spent outputs and inputs, based on the public ledgerโs history of transactions.
V
VALID BLOCK โ thereโs a signal that the block is mined and the userโs waiting for confirmation from other nodes to gain the reward.
VARDIFF (Variable Difficulty) โ the shareโs difficulty might rise or fall, depending on the hash rate.
VPS (Virtual Private Server) โ a PC with static IP, supporting the network.
W
WALLET โ a digital wallet to store, send and receive crypto assets.
WORKER โ either a mining device, either an account in the mining pool configuration.
In a first, Bitcoin developers have done something amazing amid the criticism over the lightning network and issues associated with it. A team of developers has made an international payment using the radio … Continue reading International payment using the radio waves→
My inspiration for this page was given to me by my new aquired friend, a fellow Truth Seeker – Joris and to whom I dedicate this page… Wish you… as well as to … Continue reading Discipline Quotes→
Bitcoin white paper turns 15 and the Legacy of Satoshi Nakamoto lives on. โIโve been working on a new electronic cash system thatโs fully peer-to-peer, with no trusted third party,โ Satoshi Oct. 31, … Continue reading Bitcoin White Paper turn 15→
“You never change things by fighting the existing reality.
To change something, build a new model that makes the existing model obsolete.”
Buckminster Fuller
Strenght in NumbersDare to knowBitcoin / bitcoin / blockchainDYOR – Do Your Own Research LandArise…Bitcoin – People’s MoneyCypherPunks Write CodeBitcoin Genesis BlockCode Is LawA new day…Bitcoin – The Peaceful RevolutionVeritas Non Auctoritas Facit Legem๐ต or ๐ The Choice is Yours…
In a first, Bitcoin developers have done something amazing amid the criticism over the lightning network and issues associated with it. A team of developers has made an international payment using the radio … Continue reading International payment using the radio waves→
My inspiration for this page was given to me by my new aquired friend, a fellow Truth Seeker – Joris and to whom I dedicate this page… Wish you… as well as to … Continue reading Discipline Quotes→
Bitcoin white paper turns 15 and the Legacy of Satoshi Nakamoto lives on. โIโve been working on a new electronic cash system thatโs fully peer-to-peer, with no trusted third party,โ Satoshi Oct. 31, … Continue reading Bitcoin White Paper turn 15→
First time/Small miner reference for getting started.
If you want to start mining here is what you need… and what you need to know.
This is written for home miners/small farms, but can be used as a guideline for most operations. Use this as a reference for what you need to research, or what questions you need to ask before jumping in.
What you need to mine can be broken down into the following categories:
You CAN NOT meaningfully mine bitcoin today with CPU, GPU or even FPGAs. Bitcoin difficulty adapts to match the amount of mining done on the network and has reached levels trillions of times too high to mine meaningfully with PCs, laptops, tablets, phones, webpages, javascript, GPUs, and even generalised SHA hardware.
Even if you combined all the computers in the world, including all known supercomputer, you would not even approach 0.1% of the bitcoin hashrate today.
There isn’t any point attempting to mine bitcoin with CPU or GPU even in the interests of learning as it shares almost nothing with how bitcoin is mined with ASICs and will not teach you anything.
Hardware
Asic Miner:
Here is a list of the companies currently manufacturing Miners for public purchase.
Each one has their Pro’s and Con’s it is up to you to do your research and decide what is best for you.
A few points to consider while researching are :
efficiency
reliability
warranty period/policy
power draw
Each company has a different way of handling warranty repairs, depending on your situation and the policy repairs can become cost prohibitive. I will touch more on efficiency and power draw in the electricity section.
โข Current list of competitive hardware
Power supply: You will need to purchase a power supply to run your miners. You will find ATX and Server grade PSU’s, the latter being preferred for mining BTC.
When it comes to selecting a PSU purchase something with a capacity 25% higher than your miner is rated to draw. This will have you operating within the 80% rule.(explained further in the electricity section)
EX. Miner draws 1000 PSU should be able to provide 1250W.
** Many current generation miners are now being manufactured with Integrated PSU. Again do your research to see if your unit comes with or without. Generally you will still need to source a power cable.**
Auxilliaries – Avalon miners require an external controller, 1 per 20 miners. You may have to run additional fans for intake and exhaust depending on your location.
PSU’s can be purchased large enough to run 2 Miners; or the opposite 1 Miner fed by 2 PSU’s. Ensure the PSU you have selected will have the correct amount of PCI-E connectors required to operate your miner(s)
You can also find a large supply of used miners and PSU’s. Again it’s up to you to do your research as these often are a no return transaction.
Electricity
Follow all local codes and regulations
This is the number 1 factor in whether mining is right for you. As discussed with Miners being a 24/7 machine drawing power those costs will make it cost prohibitive for some people to mine. You need to be aware of what your costs/kWh are and run the numbers.
This will be done in a profitability calculator. This is just an example of 1 there are many out there.
( Miner usage in kW ) * ( Hours run per day ) 24 * ( Cost/kWh ) = Cost per Day to Operate
( Ideally less than the FIAT value of BTC mined )
The second part to the electrical requirements of mining is the available service; written for North America.
You will need to figure out the amperage you can spare, what circuits and receptacles you have in place, are you setting up on 220V or 110V. You will need to make sure that you have the right cord end for your PSU to match the receptacle, picking the wrong one can cost you a few days of mining if it has to be shipped.
If you can try and set up on a 220V circuit for 2 reasons :
– You will pull half the amps, and it is more efficient.
– Doing so requires 2 breaker spaces in your panel. Breaker sizing will depend on how many miners you plan to run. Here is the formula for calculating amps.
Watts / Voltage = Amps
Here is where you will bring the 80% rule back into play by sizing the continuous miner load to 80% of the breaker rating. 12 Amps on a 15 Amp breaker, 16 Amps max on a 20 Amp breaker, 24 Amps on a 30 amp breaker.
If/when you increase the amount of miners you are running you may want to look into PDU’s, as opposed to more receptacles.
Location
This is something that is often overlooked to the headache and frustration of many would be miners. These machines are loud and hot . You essentially have an electric heater that also uses an industrial fan to keep it from melting itself. This space will need to have the electrical requirements as discussed previously.
So make sure you have a space that is well ventilated with a plan to exhaust heat, and bring in fresh dust free air. I say this as using AC to cool the room will eat into your profits and may even make mining unprofitable.
The noise issue is a consideration you can sort out depending on whats available. (garage, basement, remote building)
Both of these issues can be handled with hosting, which is further explained in the information section.
Internet connection
Some miner setups have the option to use wifi. It is advisable to use a wired connection where available. This will provide a more stable connection and ensure you are submitting the expected amount of shares which is directly related to your payouts.
Please note that mining uses a negligible amount of bandwidth, and will not affect your other internet usage.
Information
You can use this information in this post as a good baseline to get you going. In addition to this you will want to research network difficulty; this readjusts every 2016 blocks to maintain a 10 minute block time on average. While this can go down it generally increases.
Solo or Pool?
You can solo mine but this is essentially a lottery even as a large scale miner. Should you chose this you can check this out as a starting point.
solo.ckpool.org 1% fee solo mining USA/DE 250 blocks solved!
Odds are most of you will join a pool. I will only say that it is in your best interest to mine at a pool that pays transaction fees (miner rewards). Then you will want to consider the fees associated with the pool.
When it comes to these pools you want them to be large enough that they are getting at least 1 block every Difficulty adjustment period. Larger pools will offer smaller rewards paid out more frequently, and vice versa.
In a first, Bitcoin developers have done something amazing amid the criticism over the lightning network and issues associated with it. A team of developers has made an international payment using the radio … Continue reading International payment using the radio waves→
My inspiration for this page was given to me by my new aquired friend, a fellow Truth Seeker – Joris and to whom I dedicate this page… Wish you… as well as to … Continue reading Discipline Quotes→
Bitcoin white paper turns 15 and the Legacy of Satoshi Nakamoto lives on. โIโve been working on a new electronic cash system thatโs fully peer-to-peer, with no trusted third party,โ Satoshi Oct. 31, … Continue reading Bitcoin White Paper turn 15→
This is a glossary of all cryptocurrency terms and lingo you might come across when reading about mining andย mining pools. Just refer to this page when you see an unfamiliar word or phrase.
A
ADDRESSย โ a cryptocurrency address is a string, containing numbers and letters, from which you can send and receive crypto payments.
ALGORITHMย โ kit of rules, which are solving a problem via calculations, using a computer. Itโs encrypting and transferring data, which makes it miningโs base when it comes to extracting cryptocurrencies.
ASICย โ (Application Specific Integrated Circuit) a dedicated mining device, which is able to extract coins, working with on one particular algorithm.
ASIC-RESISTANCEย โ memory hard algorithms that are hardly cooperating with ASICs, because they are built to be resistance to this kind of devices.
ATTACK 51%ย โ a miner possess 51% of the poolโs hash rate, so heโs able to manipulate the network.
B
BANDWIDTH โ the maximum capacity of the network to transmit data.
BLOCK โ a piece of the blockchain, containing transactions.
BLOCKCHAIN โ a public ledger, which contains lots of data, encrypted in separate block in the form of hashes (messages). Considered immutable and unable to manipulate.
BLOCK HEADER โ a string long 80 bytes, which miners hash with the nonce to find the solution of the block.
BLOCK REWARD โ this is what a miner gets for successfully calculating a valid hash in the block when performing a mining process.
BLOCK SIZE โ this is a limit of bytes that the block might contain (also limits of transactions in one piece).
BLOCK TIME โ the average time needed to find a blockโs solutions. Itโs different for each coin.
BLOCK SYNCHRONIZATION โ the time requested for the blockchain to sync with your device (for full nodes usually).
C
CENTRALIZATION โ an organization or system, which is controlled by a central authority.
CLOUD MINING โ performing a mining process via rented hashing power from a third-party provider.
COIN โ a term used to describe units of blockchain value.
CONFIRMATION โ the process of validating if a transaction is including on the blockchain.
CONSENSUS โ a rule all participant agrees on when operating on the same network.
CONTRIBUTION SHARE โ the hash rate a miner puts into the pool to contribute.
CPU โ (Central Processing Unit) a processor, which coordinates the work of all the other part of a computer.
D
DAO (Decentralized Anonymous Organization) โ organization running smart contracts.
DIFFICULTY โ a measure of how difficult might be to mine a new block.
DIFFICULTY BOMB โ malicious attack, increasing difficulty that much, that the reward doesnโt cover the expenses to mine.
DISTRIBUTION โ percentage of each pool from all the ones available in the network for this coin.
DOUBLE SPENDING โ general issue of the decentralized conception or spending a same amount twice.
DOWNTIME โ a period when a machine isnโt working.
E
EXCHANGE โ a platform to buy, trade and sell cryptocurrencies.
F
FIAT MONEY โ national currency of a central government.
FORK โ changing in the rules of the consensus, which might be able to exist with the old established rules (soft fork) or not (hard fork).
FPGA โ a modern mining device, improving the ASIC, which can mine coins from one particular algorithm. The interesting here is that you can modify it to mine a different algorithm if you decide to change the coin you mine.
FULL NODE โ storing the blockchain data locally on your PC.
G
GAINS โ increasing profits (reward).
GENESIS BLOCK โ the first block, computationally created in the blockchain. It contains the initial transaction.
GPU (Graphic Processing Unit) โ a graphic card, also known as a video card (part of a computer), which is successfully used for mining purposes.
H
HASH FUNCTION โ encrypted message with fixes size and unique value.
HASH RATE โ a unit to measure the computational power by which a miner contributes in the mining process.
HASH RENTAL โ a rented computing power for mining purposes by a cloud mining provider.
HARD FORK โ this is a protocol change, which results in splitting into two different chains and the longer one continuous existing. If both of them do โ we have a chain split. These changes cannot cooperate with the old rules and require an update.
HARD DISK SPACE โ the storage a user needs to locally store the blockchain data on a desktop PC.
Halving โ decreasing the reward of gained coins per block using a particular formula.
I
ICO (Initial Coin Offering) โ crowdfunding via crypto coins for the purpose of gaining capital for a particular project.
IMMUTABLE โ unable to change in time.
K
KYC (Know Your Customer) โ an identification process for the users in the network.
L
LEDGER โ a piece of record of data, which is immutable.
LIGHT CLIENT โ not storing the entire blockchain data but using just parts of it (a blockโs header). To have some more information, they trust a full node.
LIGHTNING NETWORK โ an additional layer of the blockchain to perform faster transactions between the nodes participating in the network.
LIQUIDITY โ the ease to buying and selling, without bothering the marketโs price.
M
MARKET CAPITALIZATION โ a cryptocurrencyโs price, according the total supply.
MARKET SHARE โ the hash share of the market with which the pool operates.
MINEABLE โ a coin which can be mined in return of reward.
MINER โ either the device or the person whoโs performing the mining process.
MINERโs FEE โ this is the reward a miner receives for its contribution to the network by validating transactions. Normally, miners choose transactions with higher fees to add in the next block to profit more and faster.
MINING โ a process of extracting a cryptocurrency by adding and verifying transactions to the blockchain, respectively gaining a reward for it.
MINING POOL โ group of miners, combining their power to find a block faster and sharing the reward from it too.
MINING RIG โ this is a set of multiple mining hardware, combined to mine with higher hash rate and find a block faster.
N
NODE โ a computer that keeps a copy of the blockchain.
NONCE โ an arbitrary number in a cryptographic communication. It is generated during the hashing process and can be used only once.
O
ORPHAN BLOCK โ a valid block, which isnโt part of the blockchain and occurs when two miners find the same block in the same time. The one which is late becomes orphan.
P
PAYOUT LIMITย โ the minimum amount of coins which you can withdraw from your account.
POOL DISTRIBUTIONย โ a percentage of each pool, possessed for this particular coin.
POOL FEESย โ the fees requested from the pool for maintenance.
POW (Proof-of-Work)ย โ when it comes to mining this is a consensus mechanism where miners are using a nonce to search the blockโs solutions and get rewarded proportionally of their contribution (work). Thereโs no need of trust, since everybodyโs โworkโ (share) is visible in the network.
PPSย โ (Pay Per Share) a type of rewarding system, based on contribution.
PPLNSย โ (Pay Per Last N Shares) a type of rewarding system, based on time a contribution.
PRIVATE KEYย โ this is the โpasswordโ which helps you to access your public address. Itโs the one and only, which let you read the hashes (messages) sent to your public key.
PROPย โ (Proportional) a type of rewarding system, based on a proportional relation between contribution and luck.
PUBLIC KEYย โ this is a recipientโs address to receive any crypto assets in the form of a hash, which might be read with only one specific private key.
Q
QR-CODEย โ a graphic sign, which can be scanned via smartphone camera to read a walletโs public address and send some coins within it.
R
REWARDING SYSTEMย โ a method of rewarding the miners, depending on their contribution to the network.
REPOSITORYย โ a software where you keep all your information, which might be retrieved at some point.
S
STALE SHAREย โ when two miners send a share to the network to affirm, they found a block, the one which is late is a stale one.
SPV (Simple Payment Verification)ย โ a client which checks on transactions, using only the headers of the blocks, which is considered a proof of inclusion.
T
TRAFFIC (incoming & outcoming)ย โ the traffic from one point to another (movement of data and actions). Itโs important when itโs up to cryptocurrencies because it can define your speed when broadcasting a transaction.
TRANSACTION FEEย โ a payment to broadcast your transaction on the network.
U
UPTIMEย โ the time during which a mining machine is properly working.
UTXO (Unspent Transaction Output)ย โ a value, calculating the balance of unspent coins, based on all the previously spent outputs and inputs, based on the public ledgerโs history of transactions.
V
VALID BLOCKย โ thereโs a signal that the block is mined and the userโs waiting for confirmation from other nodes to gain the reward.
VARDIFF (Variable Difficulty)ย โ the shareโs difficulty might rise or fall, depending on the hash rate.
VPS (Virtual Private Server)ย โ a PC with static IP, supporting the network.
W
WALLETย โ a digital wallet to store, send and receive crypto assets.
WORKERย โ either a mining device, either an account in the mining pool configuration.
This is a glossary of all cryptocurrency terms and lingo you might come across when reading about mining andย mining pools. Just refer to this page when you see an unfamiliar word or phrase.
A
ADDRESSย โ a cryptocurrency address is a string, containing numbers and letters, from which you can send and receive crypto payments.
ALGORITHMย โ kit of rules, which are solving a problem via calculations, using a computer. Itโs encrypting and transferring data, which makes it miningโs base when it comes to extracting cryptocurrencies.
ASICย โ (Application Specific Integrated Circuit) a dedicated mining device, which is able to extract coins, working with on one particular algorithm.
ASIC-RESISTANCEย โ memory hard algorithms that are hardly cooperating with ASICs, because they are built to be resistance to this kind of devices.
ATTACK 51%ย โ a miner possess 51% of the poolโs hash rate, so heโs able to manipulate the network.
B
BANDWIDTH โ the maximum capacity of the network to transmit data.
BLOCK โ a piece of the blockchain, containing transactions.
BLOCKCHAIN โ a public ledger, which contains lots of data, encrypted in separate block in the form of hashes (messages). Considered immutable and unable to manipulate.
BLOCK HEADER โ a string long 80 bytes, which miners hash with the nonce to find the solution of the block.
BLOCK REWARD โ this is what a miner gets for successfully calculating a valid hash in the block when performing a mining process.
BLOCK SIZE โ this is a limit of bytes that the block might contain (also limits of transactions in one piece).
BLOCK TIME โ the average time needed to find a blockโs solutions. Itโs different for each coin.
BLOCK SYNCHRONIZATION โ the time requested for the blockchain to sync with your device (for full nodes usually).
C
CENTRALIZATION โ an organization or system, which is controlled by a central authority.
CLOUD MINING โ performing a mining process via rented hashing power from a third-party provider.
COIN โ a term used to describe units of blockchain value.
CONFIRMATION โ the process of validating if a transaction is including on the blockchain.
CONSENSUS โ a rule all participant agrees on when operating on the same network.
CONTRIBUTION SHARE โ the hash rate a miner puts into the pool to contribute.
CPU โ (Central Processing Unit) a processor, which coordinates the work of all the other part of a computer.
D
DAO (Decentralized Anonymous Organization) โ organization running smart contracts.
DIFFICULTY โ a measure of how difficult might be to mine a new block.
DIFFICULTY BOMB โ malicious attack, increasing difficulty that much, that the reward doesnโt cover the expenses to mine.
DISTRIBUTION โ percentage of each pool from all the ones available in the network for this coin.
DOUBLE SPENDING โ general issue of the decentralized conception or spending a same amount twice.
DOWNTIME โ a period when a machine isnโt working.
E
EXCHANGE โ a platform to buy, trade and sell cryptocurrencies.
F
FIAT MONEY โ national currency of a central government.
FORK โ changing in the rules of the consensus, which might be able to exist with the old established rules (soft fork) or not (hard fork).
FPGA โ a modern mining device, improving the ASIC, which can mine coins from one particular algorithm. The interesting here is that you can modify it to mine a different algorithm if you decide to change the coin you mine.
FULL NODE โ storing the blockchain data locally on your PC.
G
GAINS โ increasing profits (reward).
GENESIS BLOCK โ the first block, computationally created in the blockchain. It contains the initial transaction.
GPU (Graphic Processing Unit) โ a graphic card, also known as a video card (part of a computer), which is successfully used for mining purposes.
H
HASH FUNCTION โ encrypted message with fixes size and unique value.
HASH RATE โ a unit to measure the computational power by which a miner contributes in the mining process.
HASH RENTAL โ a rented computing power for mining purposes by a cloud mining provider.
HARD FORK โ this is a protocol change, which results in splitting into two different chains and the longer one continuous existing. If both of them do โ we have a chain split. These changes cannot cooperate with the old rules and require an update.
HARD DISK SPACE โ the storage a user needs to locally store the blockchain data on a desktop PC.
Halving โ decreasing the reward of gained coins per block using a particular formula.
I
ICO (Initial Coin Offering) โ crowdfunding via crypto coins for the purpose of gaining capital for a particular project.
IMMUTABLE โ unable to change in time.
K
KYC (Know Your Customer) โ an identification process for the users in the network.
L
LEDGER โ a piece of record of data, which is immutable.
LIGHT CLIENT โ not storing the entire blockchain data but using just parts of it (a blockโs header). To have some more information, they trust a full node.
LIGHTNING NETWORK โ an additional layer of the blockchain to perform faster transactions between the nodes participating in the network.
LIQUIDITY โ the ease to buying and selling, without bothering the marketโs price.
M
MARKET CAPITALIZATION โ a cryptocurrencyโs price, according the total supply.
MARKET SHARE โ the hash share of the market with which the pool operates.
MINEABLE โ a coin which can be mined in return of reward.
MINER โ either the device or the person whoโs performing the mining process.
MINERโs FEE โ this is the reward a miner receives for its contribution to the network by validating transactions. Normally, miners choose transactions with higher fees to add in the next block to profit more and faster.
MINING โ a process of extracting a cryptocurrency by adding and verifying transactions to the blockchain, respectively gaining a reward for it.
MINING POOL โ group of miners, combining their power to find a block faster and sharing the reward from it too.
MINING RIG โ this is a set of multiple mining hardware, combined to mine with higher hash rate and find a block faster.
N
NODE โ a computer that keeps a copy of the blockchain.
NONCE โ an arbitrary number in a cryptographic communication. It is generated during the hashing process and can be used only once.
O
ORPHAN BLOCK โ a valid block, which isnโt part of the blockchain and occurs when two miners find the same block in the same time. The one which is late becomes orphan.
P
PAYOUT LIMITย โ the minimum amount of coins which you can withdraw from your account.
POOL DISTRIBUTIONย โ a percentage of each pool, possessed for this particular coin.
POOL FEESย โ the fees requested from the pool for maintenance.
POW (Proof-of-Work)ย โ when it comes to mining this is a consensus mechanism where miners are using a nonce to search the blockโs solutions and get rewarded proportionally of their contribution (work). Thereโs no need of trust, since everybodyโs โworkโ (share) is visible in the network.
PPSย โ (Pay Per Share) a type of rewarding system, based on contribution.
PPLNSย โ (Pay Per Last N Shares) a type of rewarding system, based on time a contribution.
PRIVATE KEYย โ this is the โpasswordโ which helps you to access your public address. Itโs the one and only, which let you read the hashes (messages) sent to your public key.
PROPย โ (Proportional) a type of rewarding system, based on a proportional relation between contribution and luck.
PUBLIC KEYย โ this is a recipientโs address to receive any crypto assets in the form of a hash, which might be read with only one specific private key.
Q
QR-CODEย โ a graphic sign, which can be scanned via smartphone camera to read a walletโs public address and send some coins within it.
R
REWARDING SYSTEMย โ a method of rewarding the miners, depending on their contribution to the network.
REPOSITORYย โ a software where you keep all your information, which might be retrieved at some point.
S
STALE SHAREย โ when two miners send a share to the network to affirm, they found a block, the one which is late is a stale one.
SPV (Simple Payment Verification)ย โ a client which checks on transactions, using only the headers of the blocks, which is considered a proof of inclusion.
T
TRAFFIC (incoming & outcoming)ย โ the traffic from one point to another (movement of data and actions). Itโs important when itโs up to cryptocurrencies because it can define your speed when broadcasting a transaction.
TRANSACTION FEEย โ a payment to broadcast your transaction on the network.
U
UPTIMEย โ the time during which a mining machine is properly working.
UTXO (Unspent Transaction Output)ย โ a value, calculating the balance of unspent coins, based on all the previously spent outputs and inputs, based on the public ledgerโs history of transactions.
V
VALID BLOCKย โ thereโs a signal that the block is mined and the userโs waiting for confirmation from other nodes to gain the reward.
VARDIFF (Variable Difficulty)ย โ the shareโs difficulty might rise or fall, depending on the hash rate.
VPS (Virtual Private Server)ย โ a PC with static IP, supporting the network.
W
WALLETย โ a digital wallet to store, send and receive crypto assets.
WORKERย โ either a mining device, either an account in the mining pool configuration.