Firng ⑤ Gaming Chair, Hong Kong (2026)

21/02/2022

Reduce your taxable income
One of the most common and proven tax minimization strategies is to reduce your taxable income. To do this, you must look for deductions and credits in your country's tax code that lower your taxable income. Some examples are using these funds to pay for expensive medical procedures, contributing to a traditional IRA or 401(k) plan, putting your funds into a health savings account, or even donating property/cash to a charity of your choice. There are many hidden tax deductions that can be useful to you, so asking a tax professional may also be helpful.

09/02/2022

You can use Bitcoin to directly buy other coins, but if bitcoin appreciates, you also need to pay taxes, which is not cost-effective. So when you sell bitcoin into USD and then use USD to buy other coins, the money has not been transferred out of the trading platform, does this operation need to pay taxes?
All transactions between currencies are taxableEvents. In short, you've done anything on the Trade page in cryptoExchange that isn't a cash buy. cryptoBcryptoA-> Cashcrypto whether BTCUSDT or any other coin is a taxableEvent and all are subject to tax calculations (if you have short term transactions of the same coin causing washsale etc should also apply but I'm not sure about this)

06/02/2022

Someone asked me: If I bought $1,000 of Bitcoin and sold $1,500 a month later, but the money is still on the trading platform and has not been transferred to my personal account, will the extra $500 be subject to tax? Is money like in the stock trading platform did not take out not to pay tax?
It's taxable if you take it out or not the tax event happens when you sell it not when you go into your bank account it's the same as when you buy or sell a stock - you sell the stock but you leave the money in your brokerage account that's taxable as well
Please don't forget

04/02/2022

Key features of cryptocurrencies
There are a number of key principles that govern the use, exchange and trading of cryptocurrencies.
Encryption technology
Cryptocurrencies use advanced encryption in a variety of ways. Cryptography evolved out of the need for secure communication methods during World War II, with the aim of converting legible information into encrypted code. Cryptography has come a long way, and in today's digital world it is largely based on computer science and mathematical theory. It also borrows from communication science, physics and electrical engineering.
Two main elements of cryptography apply to cryptocurrencies - hashing algorithms and digital signatures:
Hashing algorithms verify data integrity, maintain the blockchain structure, and encode people's account addresses and transactions. It also creates cryptographic challenges that make block mining possible.
Digital signatures allow individuals to prove that they own a piece of encrypted information without disclosing it. For cryptocurrencies, this technique is used to sign currency transactions. It proves to the network that the account owner has agreed to the transaction.

04/02/2022

Cryptocurrency is a type of digital currency created through code. They operate autonomously outside the traditional banking and government systems.
Cryptocurrencies use cryptography to secure transactions and regulate the creation of other units. Bitcoin, the original and by far the most famous cryptocurrency, was launched in January 2009. Today, more than 1,000 cryptocurrencies can be traded online.
Cryptocurrencies are significantly different from traditional fiat currencies. Still, you can buy and sell them like any other asset. You can now also trade the price movements of various cryptocurrencies via CFDS.
Cryptocurrencies fall under the umbrella of digital currencies, alternative currencies and virtual currencies. They were originally created to provide an alternative payment method for online transactions. However, cryptocurrencies have not yet been widely accepted by businesses and consumers, and their prices are now so volatile that they are not suitable as payment methods. As a decentralized currency, its development is not unduly constrained or influenced by the government, whereas the cryptocurrency economy is monitored by peer-to-peer Internet protocols. The units that make up a cryptocurrency are strings of encrypted data encoded to represent a unit.
Bitcoin is believed to be the first decentralized cryptocurrency. Like all cryptocurrencies, it is controlled through a blockchain transaction database that acts as a distributed common ledger. Bitcoin was created by Satoshi Nakamoto - whether the name refers to a person or a group is unknown.
One feature of most cryptocurrencies is that they are designed to slow down production. Therefore, only a limited number of monetary units will be in circulation. This has the same properties as commodities such as gold and other precious metals. The number of Bitcoins, for example, is not expected to exceed 21 million. Cryptocurrencies like Ether, on the other hand, work slightly differently. Issuance is capped at 18 million ether tokens per year, which is 25% of the initial supply. Limiting the number of Bitcoins provides "scarcity," which in turn gives it value. Some claim that bitcoin's creators actually created cryptocurrencies that mimic precious metals. As a result, mining becomes more difficult over time, as the mining reward halves every few years until it reaches zero. Read more about bitcoin mining below.

03/02/2022

Purpose of mining Usually, one thinks of the purpose of mining in the blockchain to get bitcoin or other cryptocurrencies. While this is true, it is not the main purpose of mining. In fact, the main purpose of mining is to ensure the permanence and security of decentralized networks. The network includes nodes that store distributed ledgers in the form of a blockchain. Miners maintain the integrity of the blockchain by verifying transactions within it. Because of the incentive system, miners (nodes) will stay in the network and help prevent network outages. Consider this: If there were no rewards, no one would want to connect to the network, and blockchain would no longer exist.
How does the mine work? Mining begins when miners try to verify new transactions and record them on the blockchain. In the process, miners will compete to solve mathematical puzzles based on cryptographic hashing algorithms. The solution found is called proof of work, or Pow. When a block is solved, all transactions contained in the candidate block are considered valid and the new block is confirmed. This new block will be added to the blockchain. For Bitcoin, it takes about 10 minutes to confirm a new block, but for other cryptocurrencies, it's much faster. So if you send or receive Bitcoin, it takes about 10 minutes to confirm the transaction. Miners are rewarded for solving complex mathematical problems. There are two types of rewards: new bitcoins and transaction fees. The number of bitcoins created drops every four years, or · every 210,000 blocks, to be exact. Today, each newly created block generates 6.25 Bitcoins. That number will continue to decline until no more bitcoins are issued. This will happen around 2140, when 21 million bitcoins will be created. After that date, no more Bitcoins will be issued. However, miners can still be rewarded in the form of transaction fees. The winning miner can collect all transaction fees in the block. With each block created by the ratio
With fewer coins, miners will be charged more for transactions. After 2140, the winning miner will be rewarded with a transaction fee

30/01/2022

What is mining?
ETH mining is the process of validating transactions and adding them to a public ledger (called a blockchain), and it's also a way of launching new Ethereum. Anyone with access to the Internet and the right hardware and software can participate. The mining process involves compiling recent transactions into blocks and trying to solve computational puzzles. The first participant to solve the puzzle can submit the next block to the blockchain and receive a reward. Incentives for mining are both transaction fees associated with transactions compiled in the block and the newly issued USDT and USDC.

29/01/2022

Merkle trees are metadata in a block of blockchain. In computer science, Merkle trees are branching data structures used to store hashing values of individual data in large data sets. The goal is to make validation of data sets efficient and fast. This is a tamper-proof mechanism to ensure that large data sets are not modified. In blockchain, Merkle trees (also known as hash trees) encode blockchain data in an efficient and secure way. Every transaction that occurs on the blockchain network must be hashed to generate a hash value. Therefore, each transaction has a hash value associated with it. Since thousands of transactions are stored in a block, if each node has to process thousands of transactions across the entire blockchain. This would be very time consuming because synchronization and mining would take a long time. To solve this problem, all transaction hashes in the block are also hashed
These hashes are not stored sequentially on the block, but in a tree structure, where each hash is linked to its parent in a parent-child tree. The hashing will continue until a separate iso-hash value is produced, i.e., Merkle is very. The Merkle root is the hash value of the block, which is stored in the title of the block
Merkle tree structures enable networks to quickly validate blockchain data and move large amounts of data quickly from one · computer node to another on a peer-to-peer blockchain network

28/01/2022

A time intercept is a series of characters or encoded information that identifies when a particular event occurred, usually providing a date and time. The term comes from the rubber stamp used in offices to ink a paper document with the current date (and sometimes time) to record the time it was received
In this digital age, the term has expanded to refer to date and time information attached to digital data. For example, a computer file contains timelines that indicate when the file was created and when it was last updated. Digital cameras timestamp photos by recording the date and time they were taken. The Unix timestamp is the number of seconds that have passed since midnight on January 1, 1970 (UTC/GMT). When I wrote this book, the Unix timestamp was 1540130658, and you can view the current timestamp at the link below:
Time cutting is an important feature of blockchain technology. Each block is attached with a time cut-off, and each new block is cited using a cryptographic hash value, using the previous block. Combined with cryptographic hashing, this time-truncated blockchain provides an immutable record of all transactions in the blockchain
A hash or hash value is the result of a hash function. A hash function takes an input of arbitrary length, performs algorithmic transformations, and produces an alphanumeric value of predetermined length. Input can be spreadsheet files, music files, video files, image files, financial statements," invoices, contracts, etc. The hash value consists of 256 randomly generated bits represented by 64 hexadecimal characters. This is an example: 4373 7 b1437035365d9228 с с 77 eca2cfd240523e274163e78c1eba11efdsb38
A hash has the following property: given an input with a precisely predictable input of a specified length, usually but not always much shorter than the input. Even slightly changing the input can make a big difference in the output. If the hash function is of an encrypted type, it is difficult to infer the original input only if the output is given. The difficulty depends on the strength of the encryption used. Every transaction that occurs on the blockchain network is encoded using a hash algorithm to produce a hash value that cannot be decrypted. The hash value is used to represent the current state of the blockchain. This means that all transactions that have been made so far have been hashed and the resulting output hash represents the current state of the blockchain. The purpose of hashing is to validate data on the blockchain. Each block is linked to the previous block by a hash. If someone tampered with a block, everyone would know it was broken. Therefore, hashes ensure the integrity and immutability of the blockchain.

27/01/2022

A blockchain consists of blocks arranged in chronological order. The first block is called the Genesis block. A block is a set of transaction data tied together and attached to a blockchain. A second block is attached to the Genesis block, a third block is attached to the th block, and so on
A block consists mainly of a block header containing metadata and a list of transactions attached to that block. Blockchain metadata contains information such as hash, hash, block height, random number, difficulty, time cut, etc
In addition, the block contains other information, such as rewards, transaction fees, etc. If you want to find the latest bit and block information, please contact me
The block height of a block is defined as the number of blocks that precede it in the blockchain. It is calculated as the length of the blockchain minus one. The genesis block has a block height of zero because it has no previous blocks. For example, block 631977 has a height of 631977
Random number is a random number used by miners to solve mathematical problems in mining process, also known as proof of work. The random number in a Bitcoin block is a 32-bit (4-byte) field whose value is adjusted by miners so that the block's hash value is less than or equal to the current target of the network. The concept of proof of work is explained in the next chapter
Random number is a random number used by miners to solve mathematical problems in mining process, also known as proof of work. The random number in a Bitcoin block is a 32-bit (4-byte) field whose value is adjusted by miners so that the block's hash value is less than or equal to the current target of the network. The concept of proof of work is explained below

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