What is Bitcoin mining?
As an analyst with over two decades of experience in the tech and finance industries, I have witnessed the rise and fall of countless trends and technologies. However, Bitcoin has consistently piqued my interest due to its unique blend of cryptography, economics, and technological innovation.
Essentially, Bitcoin mining performs two vital tasks: ensuring transaction security and adding fresh Bitcoins into the economy. Miners employ high-end computing equipment to crack intricate mathematical problems that are generated by the network’s complexity level.
If a miner successfully deciphers this riddle, they are granted permission to append a fresh block containing validated transactions to the blockchain, and they will be compensated with some newly minted Bitcoins as a reward.
The reward system incentivizes miners to contribute to the network’s integrity and security, as they compete to be the first to solve each cryptographic problem. This competition continues until Bitcoin’s supply cap of 21 million coins is reached.
After hitting that particular threshold, I, as a miner, will no longer be granted fresh Bitcoins as rewards. Instead, my earnings will stem from the transaction fees that users pay, a mechanism anticipated to maintain the network’s functionality without the addition of new coins.
What is Bitcoin hashrate?
The Bitcoin hashrate gauges the collective processing capability that miners bring to the network, indicating the rate at which they perform hash functions every second to confirm transactions and safeguard the blockchain’s integrity.
A larger hashrate usually indicates stronger network security because it makes it harder for one individual or group to manipulate or threaten the blockchain. Factors like mining complexity adjustments and block duration contribute to maintaining a steady and secure Bitcoin network.
After Bitcoin underwent its fourth reduction in mining rewards (in April 2024), the computational power behind it reached unprecedented levels, and by early November, its price had risen approximately 4%. This adjustment decreased the compensation for miners from 6.25 to 3.125 Bitcoins per block mined, thereby lowering their income per mined block, while their ongoing costs, including energy and equipment expenses, have remained constant.
Even with narrower profit margins, the surge in hashrate indicates growing miner participation, usually viewed as a positive indicator. Greater hashrates imply that more miners are participating, strengthening the network’s security and resilience.
The rise in competition could be driven by the slight price jump after halving. As the value of Bitcoin goes up, mining becomes increasingly profitable, which might lead to increased hash rate expansion and enhanced network security.
At the moment, the Bitcoin hashrate is at an all-time high.
BTC mining difficulty
Bitcoin mining complexity refers to the level of computational effort required by miners to confirm transactions and append a fresh block to the blockchain. This complexity adjusts itself approximately every two weeks, thanks to the network’s ability to self-regulate, so as to keep the average time between blocks at around ten minutes, regardless of changes in the total processing power (hashrate).
According to the recent findings shared by CryptoQuant’s CEO, Ki Young Ju, the data in question now exceeds 101.6 trillion (T), reaching back to the highest levels of mining difficulty.
#The difficulty of mining Bitcoin has reached an unprecedented 101.6 trillion.
This figure surpassed our initial expectations from the past, as we hadn’t foreseen it exceeding a quadrillion back then.
On a daily basis, the fundamental aspects of the Bitcoin network are reaching new record highs, regardless of the fluctuations in its market price.
— Ki Young Ju (@ki_young_ju) November 5, 2024
By adjusting the mining difficulty, a balanced supply of Bitcoins is maintained, avoiding both overproduction and underproduction. This mechanism adapts, becoming easier for miners when they exit the network during challenging market situations.
At first, Bitcoin could be mined using a regular computer because its mining difficulty was set at a low level of 1. But as more people got involved in the network, the competition intensified, leading to a substantial increase in mining difficulty over time.
For the past three years, Bitcoin’s mining ecosystem has experienced a remarkable surge, increasing its value from approximately 21.6 trillion dollars to more than 95.67 trillion dollars, showcasing a speedy growth trend.
Making each block more difficult to mine results in fewer Bitcoin being produced. Since the production of Bitcoins becomes more scarce, this could potentially lead to an increase in its market value if there’s sustained demand. This is due to the limited supply of Bitcoin in circulation.
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2024-11-09 12:50