The data shows a trend aiming to going back to normal

Although we cannot know the future, we can imagine that the situation will change and the network will return to normal sooner than later.

Based on data collected to date, the bitcoin network has a track record of withstanding all the stressful times it has been subjected to in various ways. The commission fees associated with Bitcoin transactions can vary widely depending on the network congestion and the level of demand for transactions at any given time. Historically, during periods of high network activity, Bitcoin transaction fees tend to increase due to the limited block size and the competition among users to have their transactions processed quickly.

To address the issue of high fees, developers and researchers have been exploring various solutions. One of the proposed solutions is the implementation of the Lightning Network, a layer-2 scaling solution that aims to enable faster and cheaper Bitcoin transactions by conducting them off-chain. The Lightning Network has shown promising results in reducing fees and increasing transaction throughput, but its widespread adoption and impact on fees are still evolving.

Additionally, there have been discussions and proposals for potential upgrades to the Bitcoin network itself, such as increasing the block size or implementing other scalability solutions. However, implementing such changes requires consensus among the Bitcoin community, which can be a complex process.

Ultimately, the duration of high commissions in Bitcoin will depend on a variety of factors, including the continued adoption of scaling solutions, the development of new technologies, and the overall demand for Bitcoin transactions. It's difficult to predict precisely how long the current situation will last, as it depends on the dynamics of the network and the pace of technological advancements.

It's worth noting that the cryptocurrency ecosystem is highly dynamic, and new solutions and developments can arise over time that may impact transaction fees. It's always a good idea to stay updated with the latest news and developments in the Bitcoin space to have a better understanding of the evolving situation.

This is one thread that I published about some days ago on Twitter is specting to continue reducing the fees and congestion. It has some snapshots that drives us in a clear way to understand what is happening. We can observe clear and objective data that the downward trend was already happening throughout the week we are in.

Tweets from other users like @hodlonaut (and not random users, notice that Hodlonaut is a well known Bitcoin maxi with deep experience) suggests that the downward trend continues and both, commissions (miner fee) and usage congestion (spam or not.. that is another thread to catch) will return to normal sooner rather than later in the absence of further unexpected spikes.

Scaling Bitcoin with Lightning Network

The Lightning Network is a layer-2 scaling solution designed to address the scalability and high transaction fee issues of the Bitcoin network. It aims to enable faster and cheaper transactions by conducting them off-chain, while still leveraging the security of the underlying Bitcoin blockchain.

Here's a simplified explanation of how the Lightning Network works:

1. Opening a Payment Channel: Two parties who want to transact with each other open a payment channel by creating a multi-signature transaction on the Bitcoin blockchain. This transaction sets up the rules for how funds can be spent within the channel.

2. Conducting Off-Chain Transactions: Once the payment channel is established, the two parties can conduct an unlimited number of transactions between them without recording each transaction on the blockchain. Instead, they update the balances of their respective accounts within the payment channel.

3. Updating Channel Balances: Each time a transaction occurs within the payment channel, both parties sign a new balance sheet reflecting the updated distribution of funds. These balance sheets are called commitment transactions. However, these commitment transactions are not immediately broadcasted to the Bitcoin network.

4. Final Settlement: At any point, either party can close the payment channel and settle the final balances on the Bitcoin blockchain. The final settlement is done by broadcasting the most recent commitment transaction to the blockchain, which reflects the latest balances agreed upon by both parties.

5. Network of Payment Channels: The Lightning Network forms a network of interconnected payment channels. If two parties do not have a direct payment channel between them, they can route their transactions through intermediaries who have channels with both parties. This allows for the creation of a network where transactions can be routed across multiple channels, enabling payments between parties who are not directly connected.

By conducting transactions off-chain and settling the final balances on the Bitcoin blockchain only when necessary, the Lightning Network significantly reduces transaction costs and improves scalability. It enables near-instant transactions, as the speed of transactions is no longer limited by the block confirmation times on the Bitcoin blockchain.

It's important to note that the Lightning Network is still a developing technology, and there are ongoing efforts to improve its usability, security, and adoption.

Some wallets to use the Lightning Network

There are several wallets available that support the Bitcoin Lightning Network. The choice of the best wallet depends on various factors such as platform compatibility (desktop, mobile, or web), user interface, security features, and personal preferences. Here are a few popular wallets known for their Lightning Network support:

1. Zap: Zap is a popular Lightning Network wallet available for desktop (Windows, macOS, Linux) and mobile (Android, iOS) platforms. It provides a user-friendly interface and supports both on-chain Bitcoin transactions and Lightning Network payments.

2. BlueWallet: BlueWallet is a mobile wallet available for Android and iOS. It offers a simple and intuitive user experience with Lightning Network integration. BlueWallet also supports custodial and non-custodial wallets, giving users the option to choose the level of control over their funds.

(UPDATE & Thanks to ⚡ Daniela ⚡ -->Bluewallet doesn’t do the custodial LN anymore. https://bitcoinmagazine.com/business/bluewallet-to-sunset-custodial-lightning-wallet-service Users are still able to connect their LN nodes and use it in a non custodial mode, though).

3. Phoenix: Phoenix is a mobile wallet specifically designed for the Lightning Network. It is available for Android devices and provides a streamlined user interface for Lightning transactions. Phoenix is known for its user-friendly experience and focus on privacy.

4. Eclair: Eclair is an open-source wallet for the Lightning Network that is compatible with Android devices. It offers advanced features for Lightning Network enthusiasts, such as the ability to create and manage multiple channels, route payments, and monitor network activity.

5. Breez: Breez is a mobile wallet available for Android and iOS. It aims to provide a seamless user experience by abstracting many of the technical complexities of the Lightning Network. Breez also offers a non-custodial wallet option for users who want to maintain control over their funds.

It's important to note that the Lightning Network ecosystem is evolving, and new wallets with Lightning support may emerge over time. Before using any wallet, it's recommended to research and review its features, security measures, and user feedback to ensure it meets your specific requirements.

Additionally, some wallets that primarily focus on on-chain Bitcoin transactions may also offer Lightning Network integration or plan to do so in the future. Therefore, it's worth checking if your existing Bitcoin wallet has added Lightning support or has any plans to support it in the future.

At the same time we must know that using the Lightning network involves opening and closing on-chain channels, so it is not the most cost-saving solution to change our satoshis or bitcoins layer at the peak of congestion. This leads me to suggest an attitude as in any area of life and be prepared in advance so as not to be left with a "WTF? face at key moments if you want to convert from or to the network in question.

As always when I post, I would like to thank you for reading my post. You can expect more in-depth crypto-related content soon, I hope I don't disappoint you fellows! Good hashes