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A brief summary about Bitcoin; the whats and the hows

How to classify Bitcoin accurately is controversial. Is it a currency type, a store of value, a payment network, or an asset class?

Fortunately, it is easier to define what Bitcoin actually is. It is software. Don’t be fooled by stock images of shiny coins decorated with modified Thai Baht symbols. Bitcoin is a purely digital phenomenon, a set of protocols and processes; it is also the most successful of hundreds of attempts to create virtual currency through the use of cryptography (the science of creating and cracking passwords). Bitcoin has inspired hundreds of imitators, but it is still the largest cryptocurrency by market capitalization and has maintained this advantage in its more than ten years of history.

Bitcoin is a digital currency, a decentralized system that records transactions on a distributed ledger called a blockchain.
Bitcoin miners run complex computing platforms to solve difficult problems to confirm transaction groups called blocks; if successful, these blocks will be added to the blockchain registry, and the miners will receive a small amount of Bitcoin as a reward.
Other participants in the Bitcoin market can buy and sell tokens through cryptocurrency exchanges or peer-to-peer methods.
The Bitcoin Ledger uses a trustless system to prevent fraud; Bitcoin exchanges are also struggling to protect themselves from potential theft, but high-profile thefts have occurred.


Bitcoin is a network that runs on a protocol called the blockchain. An article published in 2008 by one or more people calling themselves Satoshi Nakamoto first described blockchain and Bitcoin, and for a time these two terms were almost synonymous.
The blockchain has become an independent concept and thousands of blockchains have been created using similar cryptographic techniques. This period in history will spoil the nomenclature. Blockchain sometimes refers to the original Bitcoin blockchain. At other times, it usually refers to blockchain technology, or any other specific blockchain, such as the blockchain that Ethereum supports. The basis of blockchain technology is very simple and clear. Any chain of blocks consists of a single chain of discrete blocks of information arranged in chronological order. In principle, this information can be any string consisting of ones and zeros, which means it can include emails, contracts, land ownership, marriage certificates, or bond transactions. In theory, as long as the two parties reach an agreement on the contract, any type of contract between the two parties can be established on the blockchain. This eliminates the need for third parties to participate in any contract. This opens up a world of possibilities, including peer-to-peer financial products such as loans or decentralized checking and savings accounts, where banks or any middleman are irrelevant.
Although the current focus of Bitcoin is the storage of value and payment systems, there is nothing to say that Bitcoin cannot be used in this way in the future, although a consensus is needed to add these systems to Bitcoin. The main goal of the Ethereum project is to have a platform where these “smart contracts” can take place, thereby creating an entire field of decentralized financial products without intermediaries and the accompanying fees and potential data leakage.

This versatility has attracted the attention of governments and private companies; in fact, some analysts believe that blockchain technology will eventually become the most shocking aspect of the cryptocurrency boom.
However, as far as Bitcoin is concerned, the information on the blockchain is mainly transactions.

Bitcoin is just a list. A sent X bitcoins to B, B sent Y bitcoins to C, and so on. By counting these transactions, everyone knows the position of individual users. It should be noted that these transactions do not necessarily have to be between people.

Anyone can access and use the Bitcoin network, regardless of race, gender, religion, ethnicity, or political orientation. This creates enormous possibilities for the Internet of Things. In the future, we may see systems where autonomous taxis or super vehicles have their blockchain wallets. The car will receive cryptocurrency from passengers and will not move until the funds are received. The vehicle can assess when it needs fuel and use its wallet to facilitate refueling. Another name for the blockchain is “distributed ledger”, which emphasizes the main difference between the technology and well-preserved Word documents. The Bitcoin blockchain is distributed, which means it is public. Anyone can download it in its entirety or visit any number of sites to view it. This means that the ledger is publicly available, but it also means that updating the blockchain ledger requires complicated steps. There is no central authority to control all Bitcoin transactions, so participants themselves do this by creating and verifying “blocks” of transaction data. For more information, see the “Mining” section below.

For example, you can see that 15N3yGu3UFHeyUNdzQ5sS3aRFRzu5Ae7EZ sent 0.01718427 bitcoins to 1JHG2qjdk5Khiq7X5xQrr1wfigepJEK3t between August 14, 2017, and August 14, 2017, at midnight, and you might find out who is in control of them. It is wrong to believe that the Bitcoin network is completely anonymous, although taking certain precautions may make it difficult for people to link to transactions.


Bitcoin is very difficult to be surprising because it is absolutely common or by that fact. Because there is no physical existence in Bitcoins, you can protect it by confusing it safely.
In theory, “I paid everything you have” will add a line to the Book Major to translate.
Related concerns are double expenses. If a bad actor can pass little coins, if he spends it again, the credibility of the currency will evaporate quickly. To perform a double speed, the bad actors must compensate for 51% of the mining power of the bit currency. The largest, most realistic network of coins, this is the same as the computing power required is astronomical and very expensive.

You need the confidence to avoid being happening. In this case, the usual solutions of the traditional currency must trade through a central neutral referee, such as banks. However, Bitcoin made it unnecessary. (When confidence in the bank was low in a generation of the batch, the original explanation of Casual Sato was not a coincidence. This is a repetitive theme for the climate of Coronavirus and the increase in government debt. Confidence authorities maintain the ledger and compare the network, but the Bitcoin network is decentralized. All are looking for everyone else.
There is no need to know and trust that someone else works correctly. Assuming that everything is functioning as expected, the cryptographic protocol is a long-term, transparent and invariant string, and the block of each transaction is finally fixed with screws.
The maintenance process of this reliable book is known as mining. Bitcoin’s encrypted user network is a mining network, which exchange encryption, is ning network, and these transactions are recorded in the blockchain.
The recording of transaction chains is a trivial thing for modern computers, but because Bitcoin software takes the process artificially, mining is difficult. With no additional difficulties, people were able to focus on transactions to enhance themselves or bankruptcy. They can record fraudulent transactions in the block chain organize many trivial transactions, and it will be impossible to overcome fraud.
In the same token, it is easy to insert an incorrect transaction into the previous block. The network will be a competitive literal spray, the confusion of spam and Bitcoin will not be worth it.
was dramatic progress of Sato to combine the “work test” with other encryption technologies. The Bitcoin software is adjusted the Snipper Side to the child to limit the network to a new block of Megabyte blocks every 10 minutes. The amount of trade is then digested. The network has a new block and a time to record a larger book, and everyone can reach a consensus on the status quo. The mining workers do not work to validate the transactions by adding blocks to the main ledger distributed below the desire to execute the bit of the Bit Softness. They are compensated for your work. He detailed mining compensation below.
It is reduced by half as mentioned above, the miner is rewarded with Bitcoin to verify the transaction blocks. This reward is cut in half for every 210,000 killed blocks. This event is called half or “halving”. The system is incorporated as a deflector with a new coin that is released to the distribution.
This process is designed to continue the rewards of Bitcoin mining up to approximately 2140.

Once all bitcoins are extracted from the code and all courses are completed, the minor remains incentive in charge of charging the network. Hope is that healthy competition maintains low rates.
This system promotes Bitcoin’s stock ratio and reduces inflation until it finally reaches zero. After the 3rd range celebrated on May 11, 2020, the remuneration of each block of the mine is 6.25 bits.
Here is a more technical explanation of how to work. Networks of scattered mines on Earth receive the latest batch of transaction data that are not related to personal relationships and professional relationships. Verify the effectiveness of the information, which generate data through an encryption algorithm that generates information, but it generates a chain that does not reveal the information itself. (In fact, this ideal view of this distributed mining has a powerful mining pool that connects mining farms at the industry and oligopoly.)
hash 0000000000000000C 2C 4 4 F 1 A 7 C 22F 2 7 BD 55D 15 E 826 CA 30 In CA 30, I do not know which blocks related to commerce (# 480504) are included. However, to be blocked # 480504, you can navigate the banking data 480504 and can be verified that it was not manipulated. If you do not have a number, no data generates a different hash. As an example, if you want to run an independent statement through a hash calculator, you can get 839F561CAA4B466C84E2B4809AFE1168C3370F5C36BD3F67350. Remove the period after the word “Sent to the Frank world”, and gets 800790E4FD445CA4C59CF536F735CO958B93F60F82F23F97C4. The original text has changed only a character, but this is a completely different hash.

Early, mine workers recognized that they could combine them in mining pools, share the power of computing and divide their compensation between them and improve success. Even if multiple mining companies divide these compensation, there are sufficient incentives to pursue them. Each time a new block is extracted, successful minerals will receive a new newly created Bitcoin package. The first was 50, but it is half the 25, and now it is 12.5 (approximately $ 119,000 in October 2019).

The rewards will be reduced by half every 210,000 blocks, or about four years until it hit zero. At that time, all the 210,000-bit coins are extracted, and the mining workers depend on the rates to maintain the network. When Bitcoin was launched, it was planned that it was a total of 21 million chips for encryption.

I am worried about the fact that mining workers knew each other in the pool. If the pool exceeds 50% of the mining power of the network, the member can use a coin, reverse the transaction and again. They can also block the transactions of others. In short, this mining pool has the ability to overwhelm the dispersibility of the system and has the ability to validate fraudulent transactions thanks to the sustained majority. However, even if the end of Bitcoin
, however, even if it is a so-called 51% attack, the work request test is very intensive by work, so bad actors do not allow the bad actor The old transactions will reverse.

To change the block chain and change, the pool should control that such a large number of main networks probably does not make sense. Who should treat when you handle the whole coin?

51% Attacks are financially suited from the point of view of mining workers. When it reaches 51% of the power of network computing in 2014, it is a mining group, it is committed to not exceeding 39.99% of the silent rate of bit currency to maintain the value of the currency of safe crypts which has been. Other actors such as governments can find the idea of interesting such attacks. However, again, the Searsize of the Bit Coin Network will be overwhelmingly expensive even with the power of the world.

Another concern associated with mining workers is part of the world, which has been cheap, such as China, or at the beginning of 2018, followed by China’s crocodile crocodiles, is a practical trend.

Transactions of Bitcoin

Most individuals participating in the Bitcoin network, block blocks and exit, hash rate, and mining are not particularly relevant. Outside the mining community, Bitcoin owners generally provide encrypted current through Bitcoin Exchange. These are Bitcoin transactions and an online platform that facilitates transactions from another digital currency. The Bitcoin exchange, such as the CoinBase, collects market participants around the world to buy and sell ciphered urine. These exchanges are more popular (because Bitcoin’s popularity has generated in recent years), and are included in regulatory, legal, and safety issues. In several ways, it will appreciate the government in various ways, such as a currency, as a class of assets, or another number of classifications, the regulations that administer bitcoins purchased and sell are complicated and are constantly moving.

is a threat of robbery and other criminal acts that are more important for Bitcoins exchange participants than to change the threats of regulatory surveillance. While Bitcoin’s network itself is great and safe in its history, individual replacement is not necessarily the same. Many robberies pointed to the cipher of high-quality encryption, resulting in a loss of millions of dollars. The most famous exchange theft is probably a mountain. GOX dominated by the Bitcoin transaction space until 2014. At the early age of that year, approximately 850 million BTC robberies have been announced at the beginning of $ 450 million at the time of this year. Mountain Gox was sent by bankruptcy and protected the door. On this day, most of the stolen grace (this is a total of 8 billion dollars) has not recovered.

Key and Wallet

For these reasons, Bitcoin merchants and owners want to take measures to take potential security measures to protect their participation. To do so, they use keys and wallets.
Bitcoin’s property boils up to two numbers, public keys and private keys. The approximate analogy is the username (public key) and password (secret key). A public key hash called an address in the blockchain. Hashing has additional safety layers. The sender is enough to know his address to receive Bitcoin. The public keys are derived from private keys and need to send Bitcoins to another address. This system facilitates receiving it but requires identity verification to send it.
Use a set of key wallets to access Bitcoin. These can take several forms of a third-party web application that provides insurance cards and debit cards, with a QR code printed on paper. The most important distinction is connected to the Internet, so it is between “hacking” connected to the Internet, and the “cold” wallet is not connected to the Internet. Most of the cases and BTC mentioned above are considered to be taken from hot portfolios. However, many users leave their secret keys for encrypted communication.

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