Difference between revisions of "Main Page"
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[[Special:UserLogin|<span style="color:red;font-size:1.2em;font-weight:bold;text-decoration:underline;">Temporary log in link</span>]] | [[Special:UserLogin|<span style="color:red;font-size:1.2em;font-weight:bold;text-decoration:underline;">Temporary log in link</span>]] | ||
| − | Welcome to the | + | Welcome to the BitcoinSV wiki. Here we aim to provide a correct and up-to date set of information on the Bitcoin network and its features and functionality. |
| + | |||
| + | ==Bitcoin== | ||
'''Bitcoin''' is a peer to peer cash system created by [https://craigwright.net/ Dr. Craig Wright] under the pseudonym [[Satoshi Nakamoto]] and released as open-source software in 2009. It does not rely on a central server to process transactions or store funds. The leaderless structure of the network famously solves [[The Byzantine Generals Problem]] allowing disconnected entities to follow a common direction without centralised instruction. | '''Bitcoin''' is a peer to peer cash system created by [https://craigwright.net/ Dr. Craig Wright] under the pseudonym [[Satoshi Nakamoto]] and released as open-source software in 2009. It does not rely on a central server to process transactions or store funds. The leaderless structure of the network famously solves [[The Byzantine Generals Problem]] allowing disconnected entities to follow a common direction without centralised instruction. | ||
| − | The Bitcoin ledger is also formed as a DAG where each transaction is a node. Following this graph back can trace every the ownership of every coin in an unbroken chain of signatures back to the original [[Coinbase]] transactions. | + | ==The Ledger== |
| + | The Bitcoin ledger is also formed as a DAG where each transaction is a node. Following this graph back can trace every the ownership of every coin in an unbroken chain of signatures back to the original [[Coinbase]] transactions. | ||
| + | The ledger is held on a [https://en.wikipedia.org/wiki/Distributed_networking distributed network] of nodes who compete with each other to extend it. | ||
| − | + | Miners gather transactions from the network and evaluate whether they want to mine them or not. | |
| − | + | [[GetBlockTemplate interface|Block templates]] are created by a node which calculates the root of a [https://en.wikipedia.org/wiki/Merkle_tree Merkle tree] containing all of the transactions they are attempting to mine. As new transactions arrive, they are added to the tree. | |
| − | + | ==Nodes== | |
| + | Nodes are operated by the [[Mining|Bitcoin mining enterprises]] who build the network. Bitcoin's economic incentives are structured such that for the nodes to be most profitable at building the ledger they must be as closely connected to other well performing nodes as possible. This leads to miners forming a [[Small World Network]] which trends towards a [[Nearly Complete Graph]] where all miners are connected to all other miners. Miners gather transactions from users who connect in a layered network over the nodes at the core forming a [[Mandala Network]]. In this shell network, peers use [[Simplified Payment Verification]] to form a much less densely packed structure where information is exchanged in [[Payment Channels]]. | ||
As Bitcoin scales, the nodes who comprise the network will be variously compartmentalised into specialised hardware. These clustered systems will be distributed globally, each being placed in a location optimised for its task. | As Bitcoin scales, the nodes who comprise the network will be variously compartmentalised into specialised hardware. These clustered systems will be distributed globally, each being placed in a location optimised for its task. | ||
| − | + | ==Proof of Work== | |
| + | The miners use hash based [[Proof of Work]] to compete for the right to extend the ledger, and as a means to vote on [[network rules|Network]]. | ||
| − | + | ==Unit of account]] | |
| + | [[Satoshis]] are the ledger's native unit of account and 100,000,000 satoshis is abstracted to one Bitcoin. Satoshis are held in script puzzles called [[UTXO|Unspent Transaction Outputs or UTXOs]]. These are [[outputs|VOUT]] from [[Bitcoin Transactions]] which are held by miners in a quick access database called the UTXO set. During the spending process, UTXOs being used in a transaction are consumed and the solution to their puzzle script is recorded in the transaction. | ||
| + | ===Subsidy=== | ||
Satoshis are issued by miners to themselves as a [[subsidy payment|Block subsidy]] during the network establishment phase. As the network matures, the the subsidy dissipates forcing the miners to find alternate revenue streams. The payment allows miners to finance their operations through the payment of goods and services in Bitcoin, spreading them through the economy. | Satoshis are issued by miners to themselves as a [[subsidy payment|Block subsidy]] during the network establishment phase. As the network matures, the the subsidy dissipates forcing the miners to find alternate revenue streams. The payment allows miners to finance their operations through the payment of goods and services in Bitcoin, spreading them through the economy. | ||
| − | Valid transactions that are broadcast on [[The Bitcoin Network]] are committed to the Bitcoin public ledger by miners. Blocks are discovered just under every 10 minutes on average and held in a a [[wikipedia:Directed Acyclic Graph|Directed acyclic graph]] (DAG) structured as a [[Block Chain]]. Each block forms a node in the graph. This graph is consistent in structure and can be traced back to the [[first block mined|Genesis block]]. | + | ===Transactions== |
| + | All transactions are [[payments|Payments in Bitcoin]]. Transactions are written in a flexible [[scripting language|Opcodes used in Bitcoin Script]] that is used to assign ownership rights to each transaction output. | ||
| + | All network events including the creation of a block are inscribed in transactions. | ||
| + | |||
| + | Valid transactions that are broadcast on [[The Bitcoin Network]] are committed to the Bitcoin public ledger by miners in [[Block|Blocks]]. Blocks are discovered just under every 10 minutes on average and held in a a [[wikipedia:Directed Acyclic Graph|Directed acyclic graph]] (DAG) structured as a [[Block Chain]]. Each block forms a node in the graph. This graph is consistent in structure and can be traced back to the [[first block mined|Genesis block]]. | ||
Transactions can be exchanged peer to peer, allowing them to be modified in payment channels. Once a transactions is sent to the network in a closed channel, global [[consensus|Consensus]] can be reached on the validity in less than 2 seconds. | Transactions can be exchanged peer to peer, allowing them to be modified in payment channels. Once a transactions is sent to the network in a closed channel, global [[consensus|Consensus]] can be reached on the validity in less than 2 seconds. | ||
| − | + | ===Network rules=== | |
| + | Bitcoin operates on a fixed ruleset. consensus is based on things such as the rate at which new bitcoins are issued, the mathematical rules outlining the target for the [[Difficulty]] algorithm and more. The protocol is agreed upon by the miners who control network operation. | ||
| − | + | ===Limits=== | |
| + | There are no limits in the [[Bitcoin protocol|Protocol]]. Any limits imposed are are put in place by miners who are incentivised to catch the largest profitable pools of transactions they can. Miners compete to offer better service to fee paying users by scaling their own capabilities. | ||
| + | ===History=== | ||
[[Bitcoin until today|Bitcoin has a rich history]] and has been [[Attacks on Bitcoin|attacked]] in many ways since its inception. | [[Bitcoin until today|Bitcoin has a rich history]] and has been [[Attacks on Bitcoin|attacked]] in many ways since its inception. | ||
| + | ==Tools and Building on Bitcoin== | ||
Bitcoin has a rich and diverse [[Building on Bitcoi|set of tools]] which are being added to all the time. | Bitcoin has a rich and diverse [[Building on Bitcoi|set of tools]] which are being added to all the time. | ||
Revision as of 12:49, 18 January 2020
Welcome to the BitcoinSV wiki. Here we aim to provide a correct and up-to date set of information on the Bitcoin network and its features and functionality.
Bitcoin
Bitcoin is a peer to peer cash system created by Dr. Craig Wright under the pseudonym Satoshi Nakamoto and released as open-source software in 2009. It does not rely on a central server to process transactions or store funds. The leaderless structure of the network famously solves The Byzantine Generals Problem allowing disconnected entities to follow a common direction without centralised instruction.
The Ledger
The Bitcoin ledger is also formed as a DAG where each transaction is a node. Following this graph back can trace every the ownership of every coin in an unbroken chain of signatures back to the original Coinbase transactions. The ledger is held on a distributed network of nodes who compete with each other to extend it.
Miners gather transactions from the network and evaluate whether they want to mine them or not.
Block templates are created by a node which calculates the root of a Merkle tree containing all of the transactions they are attempting to mine. As new transactions arrive, they are added to the tree.
Nodes
Nodes are operated by the Bitcoin mining enterprises who build the network. Bitcoin's economic incentives are structured such that for the nodes to be most profitable at building the ledger they must be as closely connected to other well performing nodes as possible. This leads to miners forming a Small World Network which trends towards a Nearly Complete Graph where all miners are connected to all other miners. Miners gather transactions from users who connect in a layered network over the nodes at the core forming a Mandala Network. In this shell network, peers use Simplified Payment Verification to form a much less densely packed structure where information is exchanged in Payment Channels.
As Bitcoin scales, the nodes who comprise the network will be variously compartmentalised into specialised hardware. These clustered systems will be distributed globally, each being placed in a location optimised for its task.
Proof of Work
The miners use hash based Proof of Work to compete for the right to extend the ledger, and as a means to vote on Network.
==Unit of account]] Satoshis are the ledger's native unit of account and 100,000,000 satoshis is abstracted to one Bitcoin. Satoshis are held in script puzzles called Unspent Transaction Outputs or UTXOs. These are VOUT from Bitcoin Transactions which are held by miners in a quick access database called the UTXO set. During the spending process, UTXOs being used in a transaction are consumed and the solution to their puzzle script is recorded in the transaction.
Subsidy
Satoshis are issued by miners to themselves as a Block subsidy during the network establishment phase. As the network matures, the the subsidy dissipates forcing the miners to find alternate revenue streams. The payment allows miners to finance their operations through the payment of goods and services in Bitcoin, spreading them through the economy.
=Transactions
All transactions are Payments in Bitcoin. Transactions are written in a flexible Opcodes used in Bitcoin Script that is used to assign ownership rights to each transaction output. All network events including the creation of a block are inscribed in transactions.
Valid transactions that are broadcast on The Bitcoin Network are committed to the Bitcoin public ledger by miners in Blocks. Blocks are discovered just under every 10 minutes on average and held in a a Directed acyclic graph (DAG) structured as a Block Chain. Each block forms a node in the graph. This graph is consistent in structure and can be traced back to the Genesis block.
Transactions can be exchanged peer to peer, allowing them to be modified in payment channels. Once a transactions is sent to the network in a closed channel, global Consensus can be reached on the validity in less than 2 seconds.
Network rules
Bitcoin operates on a fixed ruleset. consensus is based on things such as the rate at which new bitcoins are issued, the mathematical rules outlining the target for the Difficulty algorithm and more. The protocol is agreed upon by the miners who control network operation.
Limits
There are no limits in the Protocol. Any limits imposed are are put in place by miners who are incentivised to catch the largest profitable pools of transactions they can. Miners compete to offer better service to fee paying users by scaling their own capabilities.
History
Bitcoin has a rich history and has been attacked in many ways since its inception.
Tools and Building on Bitcoin
Bitcoin has a rich and diverse set of tools which are being added to all the time.