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The broader cryptocurrency market has shifted into a heightened bearish phase, causing Bitcoin to drop from its current all-time high of $124,000 to the $117,000 threshold. While bearish pressure is building, indicators such as Bitcoin’s supply dynamics are providing insights about the current state of the market and investors’ sentiment.

What Bitcoin Supply Data Says About The Market

Bitcoin’s price has fallen sharply after reaching a new all-time high on Thursday, which has sparked speculation about the current state of the market. Amidst the growing speculations, Boris, a crypto trader and on-chain expert, has provided a detailed analysis of the current state of BTC’s market, using the supply dynamics.

Bitcoin supply patterns are currently painting a vivid picture of investor behavior, accumulation tendencies, and possible price direction, as well as the market’s health. Boris’ examination of the supply dynamics hinges on the behavior of long-term holders and short-term holders.

As Bitcoin rose to its all-time high, supply dynamics revealed a stark divergence between these different groups of investors. Presently, long-term BTC holders are steadily offloading their holdings while short-term BTC holders are persistently accumulating the asset at a rapid rate.

This divergence in sentiment between the groups indicates that the market is currently in a post-all-time high stress test. A post-all-time high stress test reflects a phase where the boundaries of market resiliency and investor belief are being tested.

With short-term holders holding strong and long-term traders responding aggressively to price fluctuations, the present phase is determining whether BTC can maintain its value and momentum following the recent high. 

Data shows that long-term holders’ supply saw a drop from 15.50 million BTC to 15.28 million BTC, which is an indication of profit-taking. Meanwhile, the supply of short-term holders rose from 4.38 million BTC to 4.61 million BTC, suggesting that the cohort is capitalizing on recent rallies.

According to the on-chain expert, this change demonstrates that STHs followed the trend and increased risk, while LTHs responded to the rally with sales. After a short period, Bitcoin’s price quickly fell back from about $124,000, putting late buyers through a stress test.

Furthermore, Boris noted that the final wave exhibits a classic market pattern where experienced holders limit their exposure and short-term holders accumulate close to the top. Such a development typically signals a loss of momentum.

Short-Term BTC Holders Are Showing Strength

A recent research from Glassnode, a leading on-chain data analytics firm, has also revealed an underlying strength among short-term BTC holders. The platform’s research is solely focused on the Bitcoin Short-Term Holder SOPR Indicator.

Specifically, this key metric tracks whether new investors are selling at a profit or loss. As BTC’s price surges, the metric temporarily dipped below neutral levels, but quickly recovered and rose above neutral. This move, according to Glassnode, shows limited realized losses and indicates that new Bitcoin investors are prepared to protect their cost basis, which is currently close to $112,000.

Featured image from Pixabay, chart from Tradingview.com

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In the final Mempool article, we discussed the different types of relay policy filters, why they exist, and ultimately the incentives that determine how effective each class of filters are to prevent confirmation of transactions of different classes. In this article, we will examine the dynamics of a relay network if some nodes on the network are running different relay policies compared to other nodes.

If a node on the network runs a homogenous relay policy with Mempool, all transactions must propagate throughout the network, given that they pay the minimum salary that should not be ousted from the node’s memory during a large transaction backlog. This is changed if different nodes on the network are running heterogeneous policies.

The Bitcoin Relay Network works on a best effort basis using what is called a flood filling architecture. This means that when a transaction is received on one node, it is forwarded to all other nodes except for the node that received the transaction. This is a highly inefficient network architecture, but in the context of a distributed system, it provides a high degree of assurance that transactions will ultimately reach the intended destination, the miner.

Introducing filters in a node’s relay policy to theoretically limit relays of other valid transactions will introduce friction in the propagation of that transaction, reducing the reliability of the network’s ability to perform this function. In reality, things aren’t that simple.

The amount of friction prevents propagation

Let’s take a look at a simplified example of various network node configurations. The next graphics blue node represents it Intention Consensus propagates any class of valid transactions, and the red node is do not have Propagate these transactions. The set of miners is centrally shown as a simple expression of where the transaction user ultimately wants to ultimately engulf the transaction.

This is a model for networks where nodes that reject the propagation of these transactions are clearly minority. As you can clearly see, nodes on the network that accept them have a clear path to relay them to the miners. Two nodes attempting to limit transaction propagation across the network will not affect the final receipt by the miner node.

In this diagram, we see that almost half of the sample network has a filtering policy for this class of transactions. Nevertheless, only a portion of the network propagating these transactions is blocked from the path to the miner. The remaining nodes without filtering still have a clear path to the miners. This introduced some degree of friction in a subset of users, but allows other users to freely engage in the propagation of these transactions.

Even users affected by filtering nodes require only a single connection to the rest of the network node (or direct connection to the miner) that is not detached from the miner to remove that friction. If your actual relay network has a similar configuration to this example, then it is all you need to do is a single new connection to mitigate the problem.

In this scenario, only a small number of networks are actually propagating these transactions. The rest of the network is engaged in policy filtering to prevent propagation. However, even in this case, the unfiltered node still has a clear path to propagate to the miners.

Only this small, small, unfiltering nodes are needed to ensure final propagation to miners. Preferred peering logic, that is, functionality to ensure that nodes prefer peer or relay policies that implement the same software version. These types of solutions can ensure that peers who propagate something to others cannot find each other and maintain connections between themselves throughout the network.

Tolerant minority

As you can see these different examples, even in the face of the overwhelming majority of public networks engaged in filtering certain classes of transactions, what is needed to successfully propagate through the network to miners is the small number of networks that propagate and relay them.

These nodes essentially create “subnetworks” within the larger public relay network through technical mechanisms, ensuring that from users engaged in these types of transactions there is a viable path to minors who are willing to include them in the block.

There is essentially nothing you can do to counter this dynamically, except for carrying out a civil attack on all these nodes. Also, a cibil attack requires a single honest connection to be completely defeated. Similarly, honest nodes that create very large numbers of connections with other nodes on the network can increase the cost of such civil attacks to the de-capacity. The more connections you create, the more civil nodes you need to spin in order to consume all the connection slots.

What if there are no minorities?

So what happens if there are no tolerant minorities? In that case, what happens to transactions in this class?

If users still need to create them and pay the miner, they will be confirmed. Minor simply sets up the API. The role of miners is to confirm the trade, and the reason they do so is to maximize profits. Miners are not selfless, not moral or ideologically motivated, they are business. They exist to make money.

If there are users who are willing to pay for a particular type of transaction, and the entire public relay network refuses to propagate those transactions to miners to include them in the block, the miners create another way for users to submit those transactions to them.

It’s a reasonable move to make as a profit motivating actor when there are customers who want to pay you.

Relay policies are not a consensus alternative

At the end of the day, if the relay policy is consensus in effect, the relay policy cannot successfully censor the transaction if the user is willing to pay. Miners have no extended status such as the user’s willingness to pay (such as spending time checking damage or savings to nodes on the network, i.e. time on consumer PCs, etc.).

If some classes of transactions are deemed truly undesirable by Bitcoin users and node operators, there is no solution to stop them from being seen on blockchains approaching enacting and disabling consensus changes.

If filtering policies implemented in relay networks can prevent transactions from being seen, then Bitcoin will not be able to withstand censorship.

Understanding Ethereum Price Dynamics and What to Expect for the Future

Ethereum is one of the most popular cryptocurrencies on the market and its price dynamics can be difficult to understand. In this blog post, we’ll explore the factors that go into determining the price of Ethereum, what the future holds for the cryptocurrency, and how you can use the information to make better decisions when trading.

Analyzing Ethereum Price Dynamics

Ethereum price dynamics can be analyzed by looking at both the supply and demand for the asset. On the supply side, we can look at how much Ethereum is being mined and how much is held by miners, and on the demand side, we can look at factors such as how much volume is being traded on exchanges, as well as any news or announcements that could influence the price. The ethereum supply is limited and so the price could be highly influenced by changes in demand. Market sentiment, speculation, and news can all affect the ethereum price and how it is perceived. We must also consider the fact that ethereum is a relatively new asset and its price may be more volatile than other more established assets. Therefore, it is important to look at many different factors when attempting to predict ethereum prices.

The current market trends should also be taken into consideration when analyzing Ethereum price dynamics. For example, if there is an increasing demand for Ethereum due to its potential use cases or increasing developer activity, this could lead to an increase in price. Also, an increase in the public’s awareness of Ethereum and its capabilities could also affect the price of Ethereum. If more people become interested in investing or using Ethereum, it could lead to an increase in market demand, resulting in a higher price. Additionally, governmental regulations and restrictions are also important factors that may contribute to the fluctuation of prices for Ethereum. It is important to be aware of these trends and their potential impact on the price of Ethereum.

Finally, it’s important to look at sentiment surrounding Ethereum and compare it to other cryptocurrencies in order to get a better understanding of how its price may move in the future. This can be done by comparing Twitter sentiment or tracking news articles related to Ethereum Similarly, understanding the sentiment related to Ethereum on popular crypto exchange platforms such as Binance can give investors a better idea of how ethereum price may move in the future. Keeping up with the latest news articles on ethereum and actively tracking Twitter sentiment are both essential in accurately gauging the direction of ethereum’s price.

Predicting Ethereum Price Trends in the Future

Ethereum price has seen a surge in 2023, but predicting future price trends is challenging due to the volatile nature of the cryptocurrency market. Ethereum is the second most popular cryptocurrency after Bitcoin, and its price is largely dependent on Bitcoin’s price movements. There have been periods of rapid volatility in ethereum prices, so making an accurate prediction of ethereum’s future price movements appears nearly impossible. Despite this, ethereum has been growing in popularity and attracting more investors, which could result in higher prices in the future. Ultimately, ethereum prices remain unpredictable, but investors should continue to keep an eye on ethereum’s performance as it moves forward.

However, by understanding the fundamentals of Ethereum technology and analyzing historical data and trends, we can hypothesize where Ethereum prices may be headed in the future Again, by understanding the fundamentals of Ethereum technology and analyzing historical data and trends, we can gain insight into the potential direction that Ethereum prices may move in the future. While there are no guarantees, through careful study of Ethereum’s underlying technology, investors can make informed decisions as to whether investing in Ethereum is a wise choice for them. As such, it is important to keep up to date with the developments in Ethereum and its price trends.

 

Wrapping up

In conclusion, Ethereum is a rapidly growing cryptocurrency with a lot of potential for the future. It’s important to understand the factors that go into determining the price of Ethereum and to stay on top of any news or developments that could affect the price. By doing your research and keeping an eye out for any news or developments related to Ethereum, you can make better decisions when trading and be better prepared for what the future holds.

Where is best place to buy Ethereum? 

Best place for this moment on January 25 2023 is Binance. Is this legit website? For this moment yes, but every cryptocurrency it was high risk invest. Invest only on your choice.