Bitcoin Mining Difficulty and December Forecast

The next Bitcoin mining difficulty adjustment is scheduled for December 11 at block 927,360. According to CoinWarz, difficulty will increase slightly from 149.30 trillion to 149.80 trillion, placing additional pressure on miners. The previous adjustment reduced difficulty from 152.2 trillion to 149.3 trillion, shortening the average block time to about 9.97 minutes.

Rising difficulty directly impacts miners’ operational costs and decision-making. Hashprice values play a critical role in determining whether miners continue running their machines or scale back operations.

Hashprice and Miner Behavior

Hashrate Index reports that hashprice is currently 38.3 PH/s per day, a recovery from the record low below 35 PH/s seen on November 21. When hashprice falls below 40 PH/s, miners must decide whether to power down machines or optimize energy use.

Behavioral analysis in the mining sector shows that low hashprice periods slow operations and extend block production times. This can temporarily affect Bitcoin network security and transaction confirmation speeds.

What Is Mining Difficulty?

Bitcoin mining difficulty is a metric used to balance block production. It determines how easy or hard it is to find a new block.

The network aims to create a block roughly every 10 minutes. If miners find blocks too quickly, difficulty rises; if they are slow, difficulty decreases, keeping block times stable.

Difficulty depends on total network computing power. Adding more miners or stronger hardware makes blocks easier to find, prompting the network to increase difficulty.

In practice:

• Low difficulty allows miners to find blocks with less energy.

• High difficulty requires more energy and computing power, raising mining costs.

This mechanism ensures Bitcoin network security while affecting miner profitability.

Supply Chain and Geopolitical Risks

The mining industry also faces geopolitical risks. The United States is investigating Bitmain, the world’s largest mining hardware manufacturer. The DHS is checking whether their machines could be accessed remotely for espionage.

Bitmain dominates 80% of the ASIC market used in proof-of-work cryptocurrencies. U.S. restrictions or sanctions could disrupt hardware supply, indirectly affecting hashprice and miner decisions.

The combination of rising difficulty in December, persistently low hashprice, and geopolitical risks highlights the critical importance of strategic operational decisions for Bitcoin miners.

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Related: What Is Kadena (KDA)?

Stuart Popejoy and Will Martino founded the project in 2016. Kadena is a public blockchain equipped with a smart contract language called Pact, intended to optimize scalability, formal verification, and scalability. It also runs network transactions in parallel and utilizes a PoW consensus mechanism, called Chainweb, composed of separately mined multiple chains. 

Starting from October 18, 2023, at 02.00, the deposit and withdrawal of tokens on the Kadena network will be temporarily suspended. However, nothing cannot affect trading activities during this period.

After announcing Binance Will Support Kadena, other announcement came from Binance. It is guaranteeing that users will take all technical precautions for a smooth transition. After the network upgrade is ready, the deposit and withdrawal operations for tokens on the Kadena network will resume. The exchange also explicitly stated that it would not make another announcement regarding this process.

Investors can use Binance ‘s official communication channels and platforms for more information and updates.

In the comment section, you can freely share your comments about the topic. Additionally, don’ t forget to follow us on Telegram, YouTube, and Twitter for the latest news and updates.

The post Binance Will Support Kadena Network Upgrade and Hardfork appeared first on Coin Engineer.

What is Proof of Work?

Proof of Work is a consensus mechanism that requires a certain computational power to perform a transaction. Also this mechanism, used by Ethereum from its early beginning, allows the addition of new blocks in the network through a process called mining. Miners try to add blocks by solving complex mathematical problems, consequently consuming energy and computational power.

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Ethereum and Proof of Work

The Ethereum network initially developed based on Bitcoin’s PoW model. Unlike Bitcoin, which has a narrower functionality, Ethereum was designed to support smart contracts and run decentralized applications (dApps). Ethereum’s PoW system facilitates the creation of Ether, the given name of the cryptocurrency, and the management of transaction fees.

Advantages:
Reliability: PoW offers a high level of security maintaining the reliability of the network. So the considerable computational power necessary to add blocks builds resilience against malicious attacks.
Distribution: Mining implies a wide spread of participants in the network. This provides a decentralized structure, increasing the resilience of the network.
Incentive: Miners earn rewards for actively adding new blocks to the blockchain. This is a mechanism that ensures the security of the network while motivating the participants in the network.

Disadvantages:
Energy Consumption: Critics criticize PoW for its high computational power requirements. This results in the network’s high energy consumption and triggers environmental concerns.
Scalability: PoW experiences scalability issues. In case of high transaction volumes, so the transaction times may increase and transaction fees may rise.
Centralization Risk: Large mining pools may lead to the centralization of mining power and pose a risk to the network’s security.

Ethereum’s Proof of Work consensus mechanism is a fundamental pillar supporting one of the most significant projects in the crypto world. Critics argue that blockchain technology, despite its advantages in terms of reliability, distribution, and incentivization, faces criticism due to issues such as high energy consumption and scalability challenges.Ethereum aims to transition from PoW to Proof of Stake (PoS) mechanism with its planned Ethereum 2.0 upgrade in the future. This transition is expected to enhance the network’s efficiency and sustainability.

In the comment section, you can freely share your comments about the topic. Additionally, don’t forget to follow us on Telegram, YouTube, and Twitter for the latest news and updates.

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What is Proof of Work?

Proof of Work is a consensus mechanism that requires a certain amount of computational power to perform a transaction. This mechanism, which Ethereum has used since its inception, allows new blocks on the network to be added through a process called mining. Miners try to add blocks by solving complex mathematical problems, expending energy and computational power in the process.

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Ethereum PoW and Proof of Work

Ethereum was originally developed based on Bitcoin’s PoW model. Unlike Bitcoin, it has broader functionality to support smart contracts, as the Ethereum network is designed to run distributed applications (dApps). Ethereum’s PoW system enables the creation of the crypto asset called Ether and the management of transaction fees.

Advantages:

1. Reliability: PoW offers a high level of security that ensures the reliability of the network. The high computational power required to add blocks creates resistance to malicious attacks.
2. Distribution: Mining means that participants in the network are widely distributed. This increases the resilience of the network by providing a decentralized structure.
3. Incentive: Miners are rewarded for their efforts to add new blocks. This is a mechanism that ensures the security of the network and incentivizes participants in the network.

Disadvantages:

1. Energy Consumption: PoW is criticized for requiring high computational power. This causes the network to consume large amounts of energy and raises environmental concerns.
2. Scalability: PoW has scalability issues. In the case of high transaction volumes, transaction times can become longer and transaction fees increase.
3. Centralization Risk: Large mining pools can lead to the centralization of mining power and compromise the security of the network.

Ethereum’s Proof of Work consensus mechanism is a fundamental building block underpinning one of the most important projects in the crypto world. Despite its advantages such as reliability, distribution, and incentives, it has been criticized for issues such as energy consumption and scalability. Ethereum aims to move from PoW to Proof of Stake (PoS) with the planned Ethereum 2.0 transition in the future. This transition is expected to have positive effects on the efficiency and sustainability of the network.

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Blockchain technology is quickly integrating into our lives and some industrial sections. But at the same time, the technology has problems like speed, security, scalability, etc. That’s why many projects work to solve these problems.

Kaspa Technology also wants to become solving of these problems. Kaspa’s target is solving the Bitcoin network’s scalability problem as a Layer 1 blockchain. 

Kaspa blockchain has a protocol named GHOSTDAG/PHANTOM. Kaspa wants to achieve to more scalable Bitcoin network. By any definition, the Kaspa network works for the scalability of Bitcoin’s consensus (Nakomoto Consensus). The Bitcoin network’s speed will increase if the blockchain can do this.

How To Work Kaspa?

There are some factors for becoming famous for the Kaspa network. The first factor is that the Kaspa network uses the Proof-Of-Work algorithm. In this manner, the blockchain can produce a block per one 1 second.  So, the Kaspa network is so fast thanks to the feature.

Kaspa’s block-producing speed is more than Bitcoin, Litecoin, Dogecoin, Ethereum Classic, and Dash Coin network speed. The amount is 10 minutes on Bitcoin, 2.5 minutes on Litecoin, 10 minutes on Ethereum Classic, 2.5 minutes on Dash Coin, etc.

The Kaspa blockchain network is using BlockDAG mechanism. The working principle is different from the blockchain. Blockchain works as blocks, I mean, transactions waiting in mempool for completion, collect at one block after they are completed. But the DAG mechanism is doing that as a non-periodic structure.

At the same time, the Kaspa network is saving its own miners from censorship and similar attacks. Different from Bitcoin the Kaspa is accepting building dApp and deploying smart contracts. Kaspa network is planning that provides a delay of consensus mechanism. In this case, the network will have faster than the old one.

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Furthermore, the network has some features for saving its own users thanks to pre-trading security and anonymous procedures. The network keeps the users from malicious behaviors. GhostDAG protocol is isolated parallel blocks and that feature is the solution for network security.

GhostDAG protocol’s fundament is using cyclic graphics. Using this feature is decreasing double-spending. Here, the Kaspa network is different thanks to these features.

How To Mining On The Kaspa Network?

Kaspa network using POW consensus mechanism. That’s why every user can build a validator node on this network. The node is named Miner. Miners are earning block rewards and transaction fees. Besides, the BlockDAG structure is allowing the distribution of mining on the network. Additionally, Kaspa is permitting solo mining using lower hash speeds.

Kaspa mining is based on the kHeavyHash algorithm which establishes the “optical-miner” concept. As we know PoW mechanisms are requiring energy, but the kHeavyHash algorithm is so efficient in terms of energy spending and polluting the environment.

First of all, you need a wallet for mining and getting the rewards. You can interact with the link for having Kaspa Wallet. Secondly, you must find the pool for starting the mining procedure. But you don’t have to do it forever. Because the Kaspa network accepts solo mining, I mean you don’t need any pool, if you use this method.

Today Kaspa Web Wallet is one of the reliable crypto wallets. The wallet has an easy user interface, in this case, money sending and receiving is easing.

Tokenomics Of Kaspa (KAS) Coin

Right now, KAS Coin has a market cap of 414 million dollars. The maximum supply is equal to 28,704,026,601 KAS, but the total supply is 19,489,882,634 KAS. Almost %68 of the maximum supply is circulating, so that count is equal to the total supply. Furthermore, Kaspa (KAS) Coin’s maximum supply is halves once per year. You can see the emission schedule on the below chart.

How To Buy Kaspa (KAS) Coin?

You can buy the coin from CEX and  DEXes. The Kaspa (KAS) Coin is listed on Huobi, Gate.io, MEXC, Kucoin, ByBit, CoinEx, and Bitget. If you want to get a discount (%10-%20), you can interact and use the link. Every exchange has a relevant reference link. 

The post What Is Kaspa (KAS) Coin? appeared first on Coin Engineer.

The first miner to find the right summary structure gets to create a new block in the blockchain. Because the result is random and all miners have a chance to get rewarded. But those who test more entries quickly have a better shot.

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To be allowed to create a block, the summary result must match a certain format. This format is determined by a variable called difficulty. The difficulty is adjusted so that a new block can be created every 10 minutes. As the difficulty increases, it becomes harder to find the right summary format.

Why is Proof of Work Important?

Well, let’s say someone tries to change just one block with malicious intent. They would have to change the entire sequence of summaries starting from that block. But that would mess up the desired difficulty level. Difficulty is set by a variable and it determines the format of the summary needed to create a block.

Anyone trying to change a block has to find a new summary that meets the difficulty level and redo the entire POW process. In other words, they would have to repeat all the mining and summary finding from the very beginning. With today’s technology, this is practically impossible. So POW ensures the security and integrity of the blockchain.

You can present own thoughts as comment about the topic. Moreover, you can follow us on Telegram and YouTube channels for the kind of the news.

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