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Aptos resumes operation after 5-hour outage that ‘impacted’ transactions

Aptos suffered a five-hour outage, coincidentally in the same week that the network launched this time last year.

Layer-1 blockchain Aptos Network has managed to bring its network back to normal operations after a lengthy five-hour outage that saw transactions on its network “impacted."

According to the Aptoscan network tracker, on-chain transactions on the Move language-based blockchain were halted 11:11pm UTC on Oct. 18 at block 104621314 — down for more than five hours.

Aptos seemingly confirmed the outage with a post on X (formerly Twitter), noting:

“Your energy for Aptos One was so electric, you cut the lights!”

At the time, the team added that “transactions on the network have been impacted” and they were “working diligently” to resolve the issue.

The outage then led crypto exchanges Upbit and OKX to alert users about maintenance for the Aptos network, adding that APT deposits and withdrawals were temporarily suspended.

Before the outage, Aptos Labs posted a birthday message saying, “It's been a year since Aptos Mainnet burst onto the scene.”

Aptos, a heavily VC-backed project that launched on Oct. 17, 2022, was built by former Meta employees who worked on Facebook’s Diem blockchain.

Related: Solana records 1 outage in first half of 2023, 100% uptime in Q2

It may be outage season as Aptos is not the only chain to go down recently.

On Oct. 19, the Theta Network team stated that a recent node upgrade created an “edge case bug” that caused blocks on the main chain to stop producing for several hours.

It added that a fix had been implemented and the network was operating normally again.

In September, the Coinbase layer-2 network Base suffered its first major outage since the launch in the previous month.

Magazine: Beyond crypto: Zero-knowledge proofs show potential from voting to finance

Bitcoin halving 2024: 5 ways it’s different this time

BNB Chain hard fork to improve security & compatibility with EVM chains

Binance’s BNB Chain is set for two upgrades that are aimed at improving finality of the network and compatibility with other EVM blockchains.

Binance’s proprietary BNB Smart Chain (BSC) is set to undergo two hard forks through August 2023 that are aimed at reducing the possibility of a malicious blockchain reorganization and increasing the compatibility with other EVM blockchain networks.

The Plato and Hertz upgrades are scheduled for Aug. 10 and Aug. 30 respectively, following extensive testing. The Plato upgrade, which has already taken place, introduces BEP-126. The latest evolution proposal implements a fast finality mechanism that is expected to rule out the ability for blocks to be reverted.

The Plato upgrade and hard fork was carried out Aug. 10 at block height 30724096. Source: bscscan.com

Arno Bauer, Senior Solution Architect at BNB Chain, unpacked the specifics of the network upgrades in conversation with Cointelegraph. The fast finality mechanism is expected to reduce the chance of chain reogranization and stabilize block production, while allowing users to access accurate information from the latest finalized block instantly.

“Overall, BEP-126 aims to enhance blockchain security and efficiency on the BNB Smart Chain by introducing a fast finality mechanism.”

Bauer added that finality is a core concept of blockchain technology, referring to the point at which a transaction or block of transactions can no longer be altered or reversed. Finality remains a crucial component in maintaining trust and preventing double-spending in blockchain systems.

BEP-126 introduces fast finality through a series of steps. Validators begin by proposing a block to the network which is propagated to other validators. Validators then sign for the block using their private key, creating a vote message. Voting aggregation then takes place, with validator votes gathered into a pool and aggregated if the direct parent block has enough votes.

Related: Binance Smart Chain and Binance Chain become BNB Chain

Validators must follow specific rules when voting for blocks, an example being not publishing two distinct votes for the same height. The finality rules also stipulate that a block is ‘justified’ if there’s an attestation in the child block's header, while it's finalized if it's justified and its direct child is justified.

The fork including the highest justified block is considered the longest chain, even if other chain forks have a higher difficulty sum. Producing blocks and finalizing blocks also have different requirements in terms of the number of validators needed.

Lastly, BNB Chain validators are rewarded for voting, and those who violate the vote rules are slashed in a similar manner to Ethereum’s proof of stake protocol.

The Hertz hard fork is earmarked for Aug. 30 and is aimed at keeping the BNB Chain up to date with the latest development of Ethereum Virtual Machine (EVM) blockchains. As Bauer explains, the BSC needs to keep its block and transaction structures as well as its base EVM updated to match Ethereum's recently implemented Berlin and London forks.

“Therefore, for compatibility reasons it is important that those EIPs are also enabled on BSC to ensure a smooth development and ecosystem growth.”

Bauer said that the fast finality mechanism should provide a more secure environment for decentralized applications (DApps), while faster transaction finality should improve responsiveness and efficiency of DApps running on BSC.

Magazine: Deposit risk: What do crypto exchanges really do with your money?

Bitcoin halving 2024: 5 ways it’s different this time

Bitcoin block 800,000 mined — What’s next?

Tick tock, next block. The Bitcoin network passed block 800,000 with less than a year to go to the next block reward halving.

The Bitcoin (BTC) network has produced its 800,000 block since its inception in 2009, with just 40,000 blocks left to mine before the network’s next mining reward halving.

The 800,000th block contained 3721 transactions at 1.64MB, with the price of BTC trading at $29,815 on July 24, as market researcher Dylan LeClair noted on Twitter:

The milestone was widely shared across the social media platform on July 24, with Bitcoin proponents and industry commentators highlighting the milestone as an indicator of network security and resilience:

Bitcoin’s block height at its core is a measure of the sequential blocks of the blockchain, which contain transactions and data that are bundled into blocks by network miners. Block height also serves as a measure of a specific block in relation to the genesis block, the founding block of the network’s chain.

The metric acts as a chronological order of transactions and blocks of the network, with each new block connected to the previous one in the chain. This assists in allowing users to identify the order in which transactions are recorded.

Block height also serves as a measure of Bitcoin’s immutability. The more blocks added to the chain, the more computing power will be required in order for a malicious actor to attempt to tamper with previous blocks.

Related: Bitcoin miners still bullish despite toughest bear market yet — Hut8, Foundry, Braiins

As previously explored by Cointelegraph, a 50 percent attack would require an attacker to acquire enough computing power to recalculate the proof-of-work of every subsequent block of a tampered transaction-containing block.

Block height also serves as a measure used to maintain Bitcoin’s mining difficulty. Proof-of-work based blockchain networks have their mining difficulty of mining adjusted periodically based on the total computational power of the network and the time it took to mine a certain number of previous blocks.

Bitcoin’s network aims to have a new block generated every 10 minutes. If more hashing power is added to the network at a given time, this would influence this metric and the network automatically adjusts the mining difficulty every two weeks to maintain equilibrium.

Bitcoin’s block height also dictates the amount of Bitcoin rewarded to miners for adding a new block to the network. Bitcoin’s protocol is designed to have block halving events every 4 years, or 210,000 blocks on the chain.

Source: Nicehash

The initial block reward was 50 BTC back in 2009, before it subsequently halved to 25 BTC, 12.5 BTC and currently 6.25 BTC in 2012, 2016 and 2020.

Bitcoin’s next halving is earmarked to take place in April 2024, with the latest block reward halving to 3.125 BTC. Halving events historically coincide with major price rallies for BTC and the wider cryptocurrency markets.

With less than a year to the next halving, other macro events have also arrested Bitcoin’s price decline following its last major peak at $69,000. Analysts and commentators have speculated that the latest Bitcoin exchange-traded funds (ETFs) filings from the likes of global asset managers BlackRock and Fidelity indicate renewed institutional interest in Bitcoin.

Magazine: Bitcoin 2023 in Miami comes to grips with ‘shitcoins on Bitcoin’

Bitcoin halving 2024: 5 ways it’s different this time

Solana records 1 outage in first half of 2023, 100% uptime in Q2

The Solana network is seeing steady improvements in performance and reliability as outages become more infrequent.

Layer-1 blockchain network Solana has shown an improvement in reliability and uptime so far this year only having one outage in 2023, according to a report from the Solana Foundation.

On July 20, the Solana Foundation released its latest performance report stating it has improved the network through the first half of 2023, as measured by uptime and the ratio of non-voting-to-voting transactions.

In previous years, Solana has been plagued with reliability and uptime issues which its co-founder, Anatoly Yakovenko, has previously called a “curse” but said the network’s low-cost transactions were the cause of the outages.

The latest report noted Solana has experienced 100% uptime since Feb. 25, marking a whole quarter without an outage. The single February outage saw the network knocked offline for almost 19 hours.

Solana achieved a 100% uptime in Q2, 2023. Source: Solana

The report added there have been improvements in the ratio of voting to non-voting transactions. Voting transactions occur when a validator votes to confirm one or more proposed blocks of information and non-voting transactions are triggered by user behavior on the blockchain.

“Over time, we would expect to see the ratio of voting to non-voting transactions go down because the overall percentage of voting transactions should drop as the network gets more efficient.”

Blocktimes, which measure how quickly new blocks are added to the chain, have also become more consistent aside from the spike during the outage.

Transactions per second (TPS) are also used to measure the network’s performance and throughput. Solana’s maximum daily TPS has been climbing since January with significant increases that correlate with new network upgrades, it noted. Dune Analytics reports the current figure on the network at 3,777 transactions per second.

Related: Solana price hits a 2023 high, but do strong fundamentals back the SOL rally?

The Artemis dashboard reports a daily transaction count of 19.2 million for Solana which has been the leader for this metric until it was recently usurped by the Sui Network due to the popularity of a Web3 game.

The price of the blockchain's native token, Solana (SOL),was down 4.5% on the day — around $25.50 at the time of writing, according to Cointelegraph data.

The token has been performing well over the past month with gains of 50% but remains down 90% from its November 2021 all-time high of $260.

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Bitcoin halving 2024: 5 ways it’s different this time

Despite Transfers Lingering in the Mempool, Bitcoin’s Daily Transaction Rate Taps All-Time High

Despite Transfers Lingering in the Mempool, Bitcoin’s Daily Transaction Rate Taps All-Time HighBitcoin is on a roll in 2023, breaking records left and right. For instance, on May 2, at block height 787,895, the cryptocurrency’s hashrate soared to 491 exahash per second (EH/s). Moreover, on April 20, at block height 786,240, the difficulty hit a new high of 48.71 trillion. But that’s not the only thing that’s […]

Bitcoin halving 2024: 5 ways it’s different this time

Ethereum Patch Set to Fix Transaction Finality Challenges After Second Bout Disrupts Network

Ethereum Patch Set to Fix Transaction Finality Challenges After Second Bout Disrupts NetworkOn Friday, Ethereum’s Beacon chain encountered yet another bout of transaction finality challenges, reminiscent of the glitch experienced on May 11, 2023. For over an hour, the blockchain stopped the process of finalizing blocks. However, Superphiz, an Ethereum developer, emphasized that despite this setback, “No transactions were halted” and the incident had “zero impact on […]

Bitcoin halving 2024: 5 ways it’s different this time

Bitcoin ‘under siege’ by BRC-20 coins as fees soar, claims analyst

Bitcoin transactions and fees are at high levels, and 400,000 of them are still unconfirmed on the blockchain.

Increased fees and a backlog of transactions are besieging the Bitcoin (BTC) network, and it’s due to a popular new “token” standard, according to a CryptoQuant analyst.

Axel Adler Jr, an analyst with the crypto data firm, explained on May 9 that BRC-20 memecoin minting on the BTC blockchain is causing the surge in block space demand, adding:

“Unlike conventional token standards, such as Ethereum's ERC-20, BRC-20 does not utilize smart contracts and operates only with wallets supporting the Bitcoin blockchain.”

According to CryptoQuant, the average fee per transaction has skyrocketed, exceeding $16 and peaking at $29 on May 9.

Data from Bitinfocharts similarly reported a spike in the average transaction fees, recording a jump to $31 on May 8 compared to around $19 the day prior.

On May 8, the total fees per block temporarily exceeded the block subsidy reward of 6.25 BTC for the first time since 2017.

On May 9, Bitinfochart data recorded a new all-time high on the seven-day moving average for the number of Bitcoin transactions, hitting a top of 534,000.

However, the figure could actually be higher than that, with Bitinfocharts recording two higher spikes over 600,000 daily transactions this month using raw values. On May 9, it recorded 598,000 BTC blockchain transactions.

Blockchain.com has confirmed the data reporting that the average transactions per block are also at an all-time high of 3,778.

Average transactions per block. Source: Blockchain.com

According to Mempool Space, there are currently 400,000 unconfirmed transactions pending on the network, so the backlog is not clearing, which is keeping transaction prices elevated.

Related: ‘Bitcoin is not under attack:’ BTC maxis allay fears of a DoS offensive

On May 9, the total market capitalization of BRC-20 tokens surpassed $1 billion, as reported by Cointelegraph.

The problem has got so bad that Bitcoin core developers are mulling taking action against BRC-20 tokens and Ordinals, which they consider as network spam.

Furthermore, the number of ordinal inscriptions has almost doubled, going from 2.5 million to 4.78 million in just over a week.

It is all good news for miners, though, as profitability, or hash price, has surged 66% since the beginning of the month.

Magazine: $3.4B of Bitcoin in a popcorn tin: The Silk Road hacker’s story

Bitcoin halving 2024: 5 ways it’s different this time

How to send and receive payments on the Lightning Network

Learn to use Lightning Network by setting up a wallet, funding it, and using it to make and receive payments.

To send and receive payments on the Lightning Network, users must first set up a Lightning wallet and fund it with Bitcoin. From there, they can create payment channels and start transacting. This article will guide users through the process, from setting up their Lightning wallet to making their first Lightning payment.

What is the Lightning Network

The Lightning Network (LN for short, or simply “Lightning”) is a decentralized system for instant, high-volume micropayments that prevents users from delegating custody of funds to trusted third parties. It is a layer-2 protocol — a computer network built on top of the Bitcoin base layer (layer 1), the actual blockchain. The Lightning Network uses the Bitcoin base layer’s high protection standards to secure the network.

Bitcoin is a payment system designed to be slow, and its transactions are finalized in as long as one hour; this is because Bitcoin assembles transactions into blocks spaced on average 10 minutes apart, and payments are considered secure after confirmation of six blocks, which is about one hour. This is not ideal for micropayments and smaller transfers that are typically inefficient due to high base-layer fees.

Imagine people waiting one hour to pay for a coffee or a train ticket when they scan their phone through the station gate. The high fees add up to make the whole payment process clunky, inefficient and too costly for everyday Bitcoin network transactions.

The Lightning Network solves these problems as one of the first implementations of a multi-party smart contract using Bitcoin’s built-in scripting. On the Lightning Network, payments are instant, atomic and are not recorded on the blockchain; therefore, they don't require block confirmations to finalize. Lightning can be used by retailers for their point-of-sale terminals, by individuals for device-to-device transactions such as remittance payments, or whenever instant payments are needed without the validation of third parties.

The Lightning Network allows users to quickly send and receive Bitcoin (BTC) with virtually no or minimal fees while achieving a throughput (message delivery rate) of approximately 1 million transactions per second (TPS). Compared to Solana, with 65,000 TPS, or even Visa, which has the infrastructure to process around 24,000 TPS, the Lightning Network is by far the fastest payment method available.

To meet the increasing demand for Bitcoin payments and micropayments, the network will need to support a much higher volume of transactions, which would be impossible to scale on the layer-1 chain. This is why the Lightning Network is considered by many the solution to scale Bitcoin in a way that doesn’t affect its decentralization and without delegation of trust and ownership.

Related: Bitcoin vs. Satoshi: Key differences explained

How to pay on the Lightning Network

Users need to get a Lightning Network-enabled Bitcoin wallet — where funds are placed into a two-party, multisignature “channel” Bitcoin address — to make Bitcoin Lightning Network payments. Understandably, the person or the business to be paid will also have a Bitcoin wallet with access to Lightning.

Most wallets are mobile due to a phone’s ease and frequency of performing instant payments. Examples of Bitcoin Lightning wallet apps include Muun, Wallet of Satoshi, Phoenix and Cash App, and they can be downloaded on both iOS and Android devices. Muun facilitates submarine swaps, a fast trade between on-chain and off-chain digital assets.

Submarine swap is a type of off-chain cryptocurrency transaction that allows for the exchange of one cryptocurrency for another. It uses the Lightning Network to facilitate fast and low-cost transactions. Phoenix (a non-custodial wallet) and Wallet of Satoshi provide nearly instantaneous safe payments with minimal fees.

Most wallets are non-custodial, meaning that the Bitcoin funds are under the custody of the owners only, and they have a multi-signature feature as an extra layer of protection for the private key.

By depositing BTC into a Lightning wallet, users open a channel, and that is their entry into the network. Even if it’s impossible to see, every time a user pays a new person or a new business with the Lightning Network, the user opens a channel with that counterparty.

This channel can be direct and created on purpose between two parties to transact easily. Alternatively, it can be a routing payment over Lightning, allowing Lightning transactions between two unconnected parties to use a series of pre-existing channels.

Once users establish a channel, they will access the entire network’s public channels, all stitched together and ready to route payments, with lightning nodes searching for the best route to perform the transaction. This is why when users pay a new retailer, they can do it instantly just by scanning the QR code, without having to open a direct channel.

Payments occur through a channel instantly, with near-zero fees, without going through Bitcoin’s base layer all the time.

Making a payment through the Lightning Network is as simple as any other digital payment method and can be done by following these steps:

  1. Open the payer’s wallet on the Lightning page.
  2. Click on “Send.”
  3. Scan the merchant’s or an individual’s QR code button or enter the address manually.
  4. Confirm everything is correct and proceed with the checkout.

Similarly, to receive Bitcoin with Lightning, the following steps may help:

  1. Open your wallet on the Lightning page.
  2. Click on “Receive.”
  3. Scan your QR code button on the payer’s device or have the person enter the address manually.
  4. Confirm everything is correct and proceed with the checkout.

The Lightning Network wallets may be suitable for keeping a small amount of Bitcoin for everyday expenses. However, it is important to note that manually entering a payment address on the Lightning Network can be error-prone and time-consuming. In contrast, scanning a QR code provides a more accurate and faster way of entering the payment address and, therefore, completing the transaction.

How to fund your Lightning Network wallet with BTC

In order to open a channel or process a payment, a user will need some BTC funds in the wallet. To upload Bitcoin to a wallet, here are the usual steps to follow:

  1. You should set up your wallet to use the Bitcoin base chain (Bitcoin wallet) or the Lightning Network (Lightning wallet). Select the wallet network you want to use.
  2. Go to “Receive” and click on it.
  3. Check the transaction details are correct.
  4. Scan the QR code or copy and paste the receiving address onto the wallet you’re getting your funds from.
  5. You have the option to add an invoice for the payment. Click on the “Invoice” button to proceed.

Once you’ve received BTC and opened a channel, you can send and receive Bitcoin with no time or amount limits. The Lightning Network is still considered experimental and must be refined, and it is therefore recommended not to store a significant amount of BTC in a Lightning wallet.

Who runs the Lightning Network

The Lightning Network is an open-source project that was ideated by research scientists Joseph Poon and Tadge Dryja in 2015. Starting as a way to address the significant increase in Bitcoin’s transaction fees, the project developed a new payment system built on top of the Bitcoin blockchain. In January 2016, the duo published the white paper, and the project started gaining more traction among developers and investors.

The same year, Lightning Labs — the company developing and maintaining the Lightning Network — was co-founded by Elizabeth Stark. The organization released a beta version of the ecosystem for developers to test, highlighting the value that layer-2 solutions can bring to the greater ecosystem.

With increasing amounts of funding and interest around the Lightning Network, such an ecosystem is gaining growing traction among Bitcoin enthusiasts, especially in light of the Lightning Network smart contract set up, which may open opportunities in decentralized finance and other applications.

How to receive Bitcoin on the Cash App

To deposit Bitcoin into Cash App, Bitcoin withdrawals and deposits must be enabled within the app by taking the following steps:

  1. Click on the “Money” tab on your Cash App home screen.
  2. Select “Bitcoin.”
  3. Click on “Deposit Bitcoin” to get started.
  4. Copy your Bitcoin wallet address onto the sender’s relevant box.

A wallet’s unique address can be used to receive Bitcoin from a third party to your account and will change after each successful deposit to ensure more privacy. Users can deposit up to $10,000 worth of Bitcoin in any seven-day period. As transferring Bitcoin occurs in the base-layer chain, it may take hours for transfers to be confirmed.

How to use the Cash App Lightning Network

In October 2022, Cash App added the Lightning Network to the Bitcoin wallet to enable Bitcoin’s faster transactions with little to no fees. Here’s how to send BTC using the Cash App Lightning Network:

  1. Click on the payments “$” tab on Cash App to view the home screen.
  2. Select the QR scanner on the top left corner of the screen.
  3. Hold your camera over the Lightning invoice QR code to scan it.
  4. Follow the instructions to confirm and pay the request.

Similarly, the following steps illustrate how to receive Bitcoin using the Cash App Lightning Network:

  1. Open Cash App and click on the Money tab.
  2. Select “Bitcoin.”
  3. Click on “Receive” Bitcoin.
  4. Share the QR code or link with the sender and scan.

To receive Bitcoin with the Lightning Network, the sender doesn’t need a Cash App account to pay a user’s request, but the sender will need a Lightning-enabled Bitcoin wallet.

Related: Beyond Bitcoin Lightning Network: Altcoins with Lightning Network support

Moving funds with Lightning addresses (LNURLs)

The Lightning Network is gradually being adopted across the crypto community and service providers, including exchanges. Kraken was one of the first to implement Lightning in March 2022. Moreover, in April 2023, Coinbase CEO Brian Armstrong announced a Coinbase-Lightning Network partnership, meaning one of the most popular exchanges in the world will be adopting Bitcoin’s instant payment network soon.

In December 2022, Lightning addresses were added to the Lightning Network. A Lightning address is like an email address but for Bitcoin, a straightforward way for anyone to send Bitcoin instantly on the Lightning Network, ushering in a new standard for how value moves around the world.

LNURLs gained a lot of traction recently when Armstrong apparently failed to recognize the Lightning address of Cointelegraph journalist Joe Hall, missing a payment due to the writer and stirring some debate on Twitter. Lightning addresses are a crucial addition to Lightning payment services, even though they will take time to be fully adopted.

Bitcoin halving 2024: 5 ways it’s different this time

‘Bitcoin is not under attack:’ BTC maxis allay fears of a DoS offensive

Concerns circulated on Crypto Twitter of a denial of service (DoS) attack on the Bitcoin network.

A sudden spike in Bitcoin (BTC) transaction fees and unconfirmed transactions sparked concern on Crypto Twitter over the weekend of a potential Denial of Service (DoS) "attack" on the network. 

Some Bitcoin analysts and commentators have been quick to allay these fears from their respective followers.

Bitcoin average transaction fees are currently $19.20, or 0.00068 BTC, according to BitInfoCharts. Meanwhile, according to Mempool Space, the backlog of transactions currently stands at 459,341.

The increased demand on the network has even caused total fees per block to temporarily exceed the block subsidy reward of 6.25 BTC on May 7.

The proof-of-work mining process has a set block subsidy of 6.25 BTC which halves every four years. However, in the rare instance that block space demand surges, this figure can be exceeded causing higher transaction fees.

Industry analysts reported that it is the first time this has happened since 2017. Fees of 6.76 BTC were recorded for one block and block 788695 generated fees of 6.7 BTC.

The Mempool Space explorer shows that activity has since cooled down a little and fees have fallen back below the block reward again. The next block is expected to be processed generating 4.51 BTC in fees.

Block fees for next block - Mempool.Space

The surge in activity and block space demand has been attributed to the rise in Ordinals inscriptions. According to analytics provider Glassnode, a total of 75% of Bitcoin on-chain transactions used Taproot on May 7 resulting in a record high.

BTC Taproot Adoption. Source: Glassnode

Some on Crypto Twitter, however, speculated that the recent congestion has resulted from a DoS (denial of service) attack on the Bitcoin network.

Related: Binance closes BTC withdrawals amid congestion on the Bitcoin network

Bitcoin analysts quickly pointed out that it was due to demand rather than a premeditated attack. “0xfoobar,” told his 130,000 followers:

“Bitcoin mempool finally gets some usage and the maxis are framing it as a DoS attack on the network. They really have not considered even the most basic scenarios, like ‘Bitcoin becomes popular and people are willing to pay to use it’”

On May 8, the world’s largest crypto exchange Binance suspended Bitcoin transactions again citing “the large volume of pending transactions.” It is the second time Binance suspended BTC transactions in the past twelve hours.

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Bitcoin halving 2024: 5 ways it’s different this time

Bitcoin Miners Breathe a Sigh of Relief as Difficulty Drops 1.45% After Five Consecutive Increases

Bitcoin Miners Breathe a Sigh of Relief as Difficulty Drops 1.45% After Five Consecutive IncreasesBitcoin’s network has been putting miners through the wringer lately, with five straight difficulty increases that had them on edge. However, on May 4, 2023, at block height 788,256, the network difficulty level took a dip, dropping by 1.45% and bringing the overall difficulty down to 48.01 trillion for the next two weeks. Bitcoin Difficulty […]

Bitcoin halving 2024: 5 ways it’s different this time