Ethereum price

in USD
Top market cap
$4,638.42
-$132.61 (-2.78%)
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Market cap
$560.25B #2
Circulating supply
120.71M / 120.71M
All-time high
$4,878.26
24h volume
$61.82B
4.2 / 5
ETHETH
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About Ethereum

ETH, or Ether, is the native cryptocurrency of the Ethereum network, a groundbreaking blockchain platform that goes beyond simple digital payments. Ethereum is like a global, decentralized computer that allows developers to build and run applications without relying on a central authority. These applications, called 'smart contracts,' automatically execute agreements when certain conditions are met, making processes faster, more secure, and transparent. ETH plays a vital role in this ecosystem—it’s used to pay for transactions, power applications, and reward participants who help maintain the network. Beyond its technical uses, ETH is also widely recognized as a store of value and a key player in the growing world of decentralized finance (DeFi). Whether you're curious about innovation or exploring new financial opportunities, ETH is a cornerstone of the crypto space.
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Ethereum’s price performance

Past year
+73.82%
$2.67K
3 months
+87.42%
$2.47K
30 days
+42.95%
$3.24K
7 days
+17.29%
$3.95K

Ethereum on socials

ccjing | OpenLedger 🐙 $M
ccjing | OpenLedger 🐙 $M
A comprehensive analysis of @FalconStable was done with @Surf_Copilot Project Overview Falcon Finance is a "universal collateral infrastructure" platform that transforms various liquid crypto assets and RWAs into two core products: USDf - Overcollateralized synthetic USD stablecoin sUSDf - the yield token obtained by staking USDf Mechanism design USDf stablecoin mechanism Collateral assets: BTC, ETH, ETH-LST, large-cap altcoins, U.S. Treasury funds Dynamic Collateral Ratio: Adjusts OCR buffers based on volatility and liquidity KYC requirements: mandatory identity verification, positioning compliant DeFi Redemption Mechanism: 1 USDf ≈ $1 equivalent of accepted collateral sUSDf yield mechanism Base Yield: 8-12% APY historical range Income source: 44% basis trading + 34% arbitrage + 22% staking Instant withdrawal: No lock-up period limit Re-staking: Lock up for a fixed period to get higher yields Differentiation Overcollateralization + active management: Different from fiat currency support or delta hedging mode Native yield: sUSDf eliminates the need for external staking wrapping Compliance positioning: KYC requirements are easy for institutions to adopt Falcon Finance has established itself as an important player in the stablecoin track with its innovative mechanism design and strong growth momentum The next key test will be: (1) Maintain high yields in an unfavorable basis market (2) Prove anchoring stability in full crypto market declines (3) Execute multi-chain and RWA scaling plans without diluting risk management discipline
TechFlow
TechFlow
Stablecoins will replace credit cards as the mainstream payment method in the United States
Written by Daniel Barabander Compiled by: AididiaoJP, Foresight News The discussion about stablecoins in the U.S. consumer payment space is currently very hot. But most people see stablecoins as a "sustaining technology" rather than a "disruptive technology." They argue that while financial institutions will use stablecoins for more efficient settlements, for most U.S. consumers, stablecoins provide not enough value to make them abandon the current dominant and sticky payment method, which is credit cards. This article argues how stablecoins have become a mainstream means of payment in the United States, not just a settlement tool. How credit cards build payment networks First, we must admit that it is very difficult to get people to accept a new payment method. New payment methods are only valuable if enough people use them, and people only join when they are valuable. Credit cards have overcome the "cold start" problem through these two steps and have become the most widely used method of payments for U.S. consumers (37%), surpassing the previously dominant cash, checks, and early merchant-specific or industry-specific charge cards. Step 1: Take advantage of the inherent benefits that can be realized without the Internet Credit cards initially expanded the market by addressing a small percentage of consumer and merchant pain points across three dimensions: convenience, incentives, and sales growth. Take BankAmericard, the first mass-market bank credit card introduced by Bank of America in 1958 (which later evolved into today's Visa credit card network): Convenience: BankAmericard allows consumers to make flat payments at the end of the month without having to carry cash or fill out checks at the checkout. Although merchants have previously offered debit cards with similar late payments, these cards are limited to a single merchant or specific categories (such as travel and entertainment). BankAmericard can be used at any partner merchant and basically meets everyone's consumption needs. Incentives: Bank of America has driven credit card adoption by mailing 65,000 unapplied BankAmericard credit cards to Fresno residents. Each card comes with a pre-approved flexible credit limit, an unprecedented move at the time. Cash and checks did not offer similar incentives, and early charge cards, while offering short-term credit, were usually limited to high-income or regular customers and could only be used at select merchants. BankAmericard's extensive credit coverage particularly appeals to low-income consumers who were previously excluded. Sales Growth: BankAmericard helps merchants increase sales through credit spending. Cash and checks cannot expand the purchasing power of consumers, and although early charge cards can promote sales, they require merchants to manage their own credit systems, customer access, collection and risk control, and the operating costs are extremely high, which only large merchants or associations can afford. BankAmericard provides small merchants with the opportunity to grow sales on credit spending. BankAmericard was successful in Fresno and gradually expanded to other cities in California. But because regulations at the time restricted Bank of America from operating only in California, it quickly realized that "for credit cards to be truly useful, they had to be accepted nationwide," so they licensed credit cards to banks outside California for $25,000 in franchise fees and transaction royalties. Each authorized bank uses this intellectual property to build its own network of consumers and merchants locally. Step 2: Credit card payment network expansion and connection By this time, BankAmericard had evolved into a series of decentralized "territories" where consumers and merchants in each region used the card based on its intrinsic advantages. Although it works well within each territory, it cannot be scaled as a whole. At the operational level, interoperability between banks is a big issue: when using BankAmericard IP for interbank transaction authorization, merchants need to contact the acquiring bank, which in turn contacts the issuing bank to confirm the cardholder's authorization, while customers can only wait in-store. This process can take up to 20 minutes, leading to fraud risks and poor customer experiences. Clearing and settlement are equally complex: although the acquiring bank receives payment from the issuing bank, there is a lack of incentive to share transaction details in a timely manner so that the issuing bank can collect the cardholder. At the organizational level, the program is run by Bank of America (a competitor to authorized banks), leading to a "fundamental mistrust" issue among banks. To address these issues, BankAmericard planned to spin off into a non-share, for-profit membership association called National BankAmericard Inc. (NBI), which was later renamed Visa. Ownership and control are transferred from Bank of America to the participating banks. In addition to adjusting control, the NBI has established a standardized set of rules, procedures, and dispute resolution mechanisms to address challenges. At the operational level, it builds a swap-based authorization system called BASE, which allows merchants' banks to route authorization requests directly into the issuing bank's system. The reduction in interbank authorization time to less than a minute and the support for round-the-clock transactions make it "sufficient to compete with cash and check payments, removing one of the key barriers to adoption." BASE then further optimized the clearing and settlement process, replacing paper processes with electronic records and transforming bilateral settlements between banks to centralized processing and netting through the BASE network. Processes that would have taken a week can now be completed overnight. By connecting these decentralized payment networks, credit cards overcome the "cold start" problem of new payment methods by aggregating supply and demand. At this time, mainstream consumers and merchants are motivated to join the network because it allows them to reach additional users. For consumers, the Internet creates a convenient flywheel effect, and the value of credit cards increases by one point for each additional merchant. For merchants, the network brings incremental sales. Over time, networks began to offer incentives using interchange fees generated by interoperability, further driving adoption among consumers and merchants. Inherent advantages of stablecoins Stablecoins can become mainstream payment methods by following the same strategy of replacing cash, checks, and early charge cards with credit cards. Let's analyze the inherent advantages of stablecoins from three dimensions: convenience, incentives, and sales growth. Convenience Currently, stablecoins are not convenient enough for most consumers, who need to convert fiat currency into cryptocurrency first. The user experience still needs to be greatly improved, such as repeating the process even if you have provided sensitive information to your bank. In addition, you need another token (like ETH as a gas fee) to pay for on-chain transactions and make sure the stablecoin matches the chain the merchant is on (e.g., USDC on the Base chain is different from USDC on the Solana chain). From the point of view of consumer convenience, this is completely unacceptable. Nevertheless, I believe these issues will be resolved soon. During the Biden administration, the Office of the Comptroller of the Currency (OCC) banned banks from custody of cryptocurrencies, including stablecoins, but this bill was revoked a few months ago. This means that banks will be able to host stablecoins, vertically integrate fiat and cryptocurrency, and fundamentally solve many of the current user experience problems. In addition, important technological developments such as account abstraction, gas subsidies, and zero-knowledge proofs are improving the user experience. Merchant incentives Stablecoins offer a new way for merchants to incentivize, especially through permissioned stablecoins. Note: Permissioned stablecoins, i.e., issuance channels, are not limited to merchants, but also include a wider range of fields. For example, fintech companies, trading platforms, credit card networks, banks, and payment service providers. This article focuses only on merchants. Permissioned stablecoins issued by regulated financial or infrastructure providers such as Paxos, Bridge, M^0, BitGo, Agora, and Brale, but branded and distributed by another entity. Brand partners, such as merchants, can earn from the floating deposit of stablecoins. Permissioned stablecoins share clear similarities with the Starbucks rewards program. Both invest funds in the system's floating funds in short-term instruments and retain the interest earned. Similar to Starbucks rewards, permissioned stablecoins can be structured to provide customers with points and rewards that can only be redeemed within the merchant ecosystem. Although permissioned stablecoins are structurally similar to prepaid reward programs, important differences suggest that permissioned stablecoins are more viable for merchants than traditional prepaid reward programs. First, as permissioned stablecoin issuance becomes commoditized, the difficulty of launching such a program will approach zero. The GENIUS Act provides a framework for issuing stablecoins in the United States and establishes a new category of issuers (non-bank licensed payment stablecoin issuers) with a lighter compliance burden than banks. Therefore, supporting industries around permissioned stablecoins will develop. Service providers will abstract user experience, consumer protection, and compliance functions. Merchants will be able to launch branded digital dollars at minimal marginal cost. For businesses that have enough influence to temporarily "lock in" value, the question is: why not launch their own rewards program? Second, these stablecoins differ from traditional rewards programs in that they can be used outside of the issuing merchant's ecosystem. Consumers will prefer to lock in value temporarily because they know they can convert it back to fiat, transfer it to others, and eventually use it at other merchants. Although merchants can request customized non-transferable stablecoins, I think they will realize that if the stablecoin is transferable, the likelihood of its adoption increases significantly; Permanent value lock-in can be very inconvenient for consumers, reducing their willingness to adopt. Consumer incentives Stablecoins offer a completely different way of rewarding consumers than credit cards. Merchants can indirectly leverage the earnings earned from permissioned stablecoins to provide targeted incentives, such as instant discounts, shipping credits, early access, or VIP queues. Although the GENIUS Act prohibits sharing of benefits solely for holding stablecoins, I expect such loyalty rewards to be acceptable. Because stablecoins have programmability that credit cards can't match, they have native access to on-chain yield opportunities (to be clear, I'm referring to fiat-backed stablecoins accessing DeFi, not on-chain hedge funds disguised as stablecoins). Apps like Legend and YieldClub will encourage users to earn yield by routing floating deposits into lending protocols like Morpho. I think this is the key to a breakthrough for stablecoins in terms of rewards. Yields entice users to convert fiat currency to stablecoins to participate in DeFi, and if spending in this experience is seamless, many will choose to trade directly with stablecoins. If there's anything good about crypto, it's airdrops: incentivizing participation through instant value transfers on a global scale. Stablecoin issuers can employ similar strategies to attract new users to the crypto space by airdropping free stablecoins (or other tokens) and incentivize them to spend stablecoins. Sales growth Stablecoins are holder assets like cash, so they do not incentivize spending like credit cards. However, just as credit card companies build the concept of credit on bank deposits, it is not difficult to imagine that providers can offer similar programs on the basis of stablecoins. And more and more companies are disrupting the credit model, believing that DeFi incentives can drive a new sales growth primitive: "Buy now, never pay." In this model, the "spent" stablecoin will be held in custody, earning yield in DeFi, and paying for purchases with a portion of the proceeds at the end of the month. In theory, this would encourage consumers to spend more, and merchants want to take advantage of this. How to build a stablecoin network We can summarize the inherent advantages of stablecoins as follows: Stablecoins are currently neither convenient nor can they directly lead to sales growth. Stablecoins can provide meaningful incentives for merchants and consumers. The question is, how can stablecoins follow the "two-step" strategy of credit cards to build new payment methods? Step 1: Take advantage of the inherent benefits that can be realized without the Internet Stablecoins can focus on the following niche scenarios: (1) Stablecoins are more convenient for consumers than existing payment methods, leading to sales growth; (2) Merchants are incentivized to offer stablecoins to consumers who are willing to sacrifice convenience for rewards. Niche 1: Relative convenience and sales growth Although stablecoins are currently not convenient enough for most people, they may be a better option for consumers who are not served by existing payment methods. These consumers are willing to overcome barriers to entry into the world of stablecoins, and merchants will accept stablecoins to reach customers they were previously unable to serve. A prime example is a transaction between a U.S. merchant and a non-U.S. consumer. In certain regions, especially Latin America, consumers find it extremely difficult or expensive to obtain dollars to purchase goods and services from U.S. merchants. In Mexico, only those who live within 20 kilometers of the U.S. border can open a dollar account; In Colombia and Brazil, dollar banking services are completely banned; In Argentina, despite the existence of USD accounts, they are tightly controlled, quota-limited, and often offered at official rates well below the market rate. This means that U.S. merchants are losing these sales opportunities. Stablecoins provide non-US consumers with unprecedented access to US dollars, enabling them to purchase these goods and services. Stablecoins are actually relatively convenient for these consumers, as they often have no other reasonable way to get dollars for consumption. For merchants, stablecoins represent a new sales channel because these consumers were previously unreachable. Many U.S. merchants, such as AI service companies, have a large number of non-U.S. consumers and therefore accept stablecoins to acquire these customers. Niche 2: Driven by incentives Customers in many industries are willing to sacrifice convenience for rewards. My favorite restaurant offers a 3% discount on cash payments, for which I specifically go to the bank to withdraw cash, albeit very inconveniently. Merchants will be incentivized to launch branded white-label stablecoins as a way to fund loyalty programs, offering consumers discounts and privileges to drive sales growth. Certain consumers will be willing to put up with the hassle of entering the world of cryptocurrencies and converting value into white-label stablecoins, especially if the incentives are strong enough and the product is something they are obsessed with or use regularly. The logic is simple, if I love a product, know that the balance will be used, and can get a meaningful return, I am willing to put up with a bad experience or even keep money. Ideal merchants for white-label stablecoins include at least one of the following characteristics: Avid fan base. For example, if Taylor Swift asks fans to buy concert tickets with "TaylorUSD", fans will still do so. She can incentivize fans to keep TaylorUSD by offering preemptive access to future tickets or discounts on merchandise. Other merchants may also accept TaylorUSD for promotions. High-frequency use within the platform. For example, in 2019, 48% of sellers on the second-hand goods marketplace Poshmark spent a portion of their revenue on in-platform purchases. If Poshmark sellers start accepting "PoshUSD", many will keep the stablecoin to trade with other sellers as buyers. Step 2: Connect to the stablecoin payment network Since the above scenario is a niche market, the use of stablecoins will be temporary and fragmented. Parties in the ecosystem will define their own rules and standards. Additionally, stablecoins will be issued on multiple chains, increasing the technical difficulty of acceptance. Many stablecoins will be white-labeled and only accepted by limited merchants. The result will be a decentralized payment network, each operating sustainably in a local niche but lacking standardization and interoperability. They require a completely neutral and open network to connect. The network will establish rules, compliance and consumer protection standards, and technology interoperability. The open and permissionless nature of stablecoins makes it possible to aggregate these decentralized supply and demand. To solve the coordination problem, the network needs to be open and co-owned by participants, rather than vertically integrated with the rest of the payment stack. Turn users into owners to enable networks to scale at scale. By aggregating these siloed supply and demand relationships, stablecoin payment networks will solve the "cold start" problem of new payment methods. Just as consumers today are willing to endure the one-time inconvenience of signing up for a credit card, the value of joining a stablecoin network will eventually be enough to offset the inconvenience of entering the world of stablecoins. At this point, stablecoins will enter mainstream adoption of consumer payments in the United States. conclusion Instead of directly competing with credit cards in the mainstream market and replacing the latter, stablecoins will begin to seep in from the fringe markets. By addressing real pain points in niche scenarios, stablecoins can create sustainable adoption based on relative convenience or better incentives. The key breakthrough lies in aggregating these fragmented use cases into an open, standardized, and co-owned network of participants to align supply and demand and enable human development at scale. If this is achieved, the rise of stablecoins in US consumer payments will be unstoppable.
PANews 疯狂实习生
PANews 疯狂实习生
I still think Tom Lee has more of the charisma of a market caller! He has more influence on Wall Street!
PA影音
PA影音
Joe Lubin: We will soon surpass other ETH treasury companies. ConsenSys CEO and SharpLink board chairman Joe Lubin stated that they have friendly relations with other Ethereum treasury companies, but are confident that they will soon and significantly surpass them. The advantage comes from the positive feedback between ConsenSys products, top-notch staking capabilities globally, and a first-class asset management team. Source: Altcoin Daily $ETH

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Dive deeper into Ethereum

Ethereum (ETH) is an open-source, decentralized blockchain network that builds on Bitcoin's blockchain innovation, with some significant differences and improvements. Its native coin, Ether, can be used for digital payments and functions as a software platform for creating and deploying immutable decentralized applications (DApps) or smart contracts.

Ethereum is the second largest cryptocurrency by market capitalization, second only to Bitcoin. Ethereum changed the cryptocurrency industry by introducing smart contract functionality to blockchain networks. Smart contracts allow users and developers to access emerging industries like decentralized finance (DeFi).

Because of the seemingly limitless possibilities of blockchain technology and smart contract functionality, Ethereum has produced several multi-billion dollar industries. These include DeFi, play-to-earn crypto gaming, and the wildly popular non-fungible token (NFT) industry. Today, the Ethereum blockchain is home to over 2,900 different projects and has processed over $11 trillion in value.

Like stablecoins, including Tether (USDT) and USD Coin (USDC), Ethereum's native token, Ether, is used to pay transaction fees when completing transactions on the network. It's also a currency exchange for digital assets stored on the blockchain, like NFTs. Following the Ethereum Merge, ETH will be used to secure the network and produce new blocks.

What sets Ethereum apart?

The Ethereum network is designed to serve as a global computer that anyone can use. It aims to give users complete control of their digital assets and allow them to access tools and services traditionally controlled by centralized entities.

For example, on the Ethereum blockchain, anyone can provide digital assets as collateral and take out an instant loan. In the traditional finance world, this process would be governed by the jurisdiction of a centralized company. With Ethereum, every aspect of this function is handled entirely by smart contracts on the blockchain. This removes the requirement for partial intermediaries.

The blockchain can also make any program censorship-resistant, robust, and less vulnerable to fraud by running and offering it on a distributed network of worldwide public nodes.

In the spirit of decentralized ownership, anyone can submit governance proposals that they believe can improve Ethereum for the collective good of the project. After a proposal is submitted, holders of the Ether token can vote on its outcome. By doing so, the Ethereum community is responsible for guiding developments to the network.

How does ETH work?

When the Ethereum blockchain was initially launched in 2015, it employed a Proof of Work (PoW) consensus algorithm. In this model, new ETH tokens were created and distributed to miners as rewards for producing new blocks and securing the network.

This means that high-powered computational hardware installations, called mining rigs, compete against each other to solve complex equations in the mining process. The first miner to solve the equation earns the right to lead the production of new blocks on the network and is rewarded with new tokens as an incentive. This is also the same model employed by the Bitcoin network.

The Ethereum blockchain also has an account-based architecture. An Ethereum account is essentially an entity that holds an Ether balance and can initiate transactions on the Ethereum blockchain. There are two types of Ethereum accounts.

The first is "external accounts", which users control and manage through their private keys. The second is "contract accounts", known as smart contracts, and it's governed by code. Both these accounts can hold, receive, and send ETH and other Ethereum tokens and interact with smart contracts deployed on the blockchain.

External accounts can initiate transactions with other external accounts and smart contracts. The smart contracts kick in only when interacting with external accounts or other smart contracts. They can only respond by triggering code (involving multiple actions), transferring tokens, or even creating new smart contracts.

Ethereum's technology

Unlike Bitcoin, which uses a distributed ledger, Ethereum employs a distributed "state machine." Ethereum's "state" at any given point is a large data structure incorporating accounts and balances and the "machine's state" at that time.

It also encompasses the ability to host and execute many low-level machine code. This "state" keeps changing from block to block, and the Ethereum Virtual Machine (EVM) defines the rules for changing it.

The Ethereum network has a host of use cases, with the ability to create and deploy smart contracts being central to all of them. This functionality allows developers to produce various decentralized applications on the platform, including crypto wallets, decentralized exchanges (DEX), DeFi protocols, NFT marketplaces, play-to-earn games, and more.

Ethereum token standards

Ethereum’s token standards, like ERC-20 and ERC-721, have been extensively used to create fungible and non-fungible tokens, therefore contributing to various multi-billion-dollar projects. ERC-721 standard-based NFTs, in particular, pioneered the NFT industry, which had a global market cap of $75.89 billion as of May 2024.

ERC-1155 is a token standard on the Ethereum blockchain that allows for the creation of fungible (identical) and non-fungible (unique) tokens within the same contract. This makes it a more efficient and flexible solution for developers to create and manage multiple types of tokens simultaneously. Meanwhile, ERC-777 brought "Hooks" to the Ethereum network. Hooks is a function that bundles the action of sending tokens and notifying a contract into one message, improving the efficiency of smart contracts. ERC-777 is also backward-compatible with the ERC-20 standard, which helps extend the functionality of ERC-20.

Any time users transfer ETH or Ethereum-based tokens or interact with any application hosted on the platform, they must pay ETH as gas fees. In the future, ETH will also be used for validation purposes on the new Proof of Stake (PoS) Ethereum blockchain, with active validators required to stake 32 ETH to qualify for the job.

What's the Ethereum Virtual Machine (EVM)?

Introduced in 2015, the Ethereum Virtual Machine (EVM) is the Ethereum blockchain's heart. EVM is the environment where all the Ethereum accounts and smart contracts reside. It's a computation engine — also known as a virtual machine — that functions like a decentralized computer housing millions of executable projects.

In other words, EVM makes up the bedrock of Ethereum's complete operating structure. As a single entity, EVM is simultaneously maintained by thousands of interconnected computers (nodes) running an Ethereum client.

What's the Ethereum Merge?

As Ethereum's demand grew, the network's core architecture also started showing signs of congestion, and the average gas fee per transaction rose significantly. Hence, one of the Ethereum blockchain's biggest challenges is its exorbitant gas fees at times of high network congestion. For example, in May 2021, the average cost for a basic transaction on the network was around $71.

Formerly known as Ethereum 2.0, the Ethereum Merge is a multi-year event that gradually moves the Ethereum blockchain from its PoW to the PoS consensus mechanism. While the transition will not instantly solve the high gas fees problem, it will make Ethereum a more environmentally friendly and efficient blockchain network.

In the PoW system, Ethereum miners compete with each other, using expensive computational resources, to add new blocks to the chain and earn ETH rewards in return. In the PoS model, however, they'll no longer need to mine the blocks.

Instead, they'll create and add new blocks when chosen to do so and validate others' blocks when not. To earn the right to become a validator, they must stake 32 ETH with the network. Furthermore, since there will be no competition between validators, they'll no longer require expensive and advanced hardware like mining rigs for the job.

Although the Ethereum team has been planning this transition since 2016, it initiated the process with its PoS Beacon Chain launch on December 1, 2020.

This marked phase zero of a three-phase process that will see Ethereum transitioning from a singular PoW chain to a multi-chain PoS network. Below are these three phases and how they intend to transform Ethereum.

Phase 0 (Beacon Chain)

This involved the launch of Beacon Chain, a PoS blockchain running parallel to the original PoW Ethereum mainnet. In addition, it laid the groundwork for future upgrades to Ethereum. As of writing, over 410,000 validators on Beacon Chain have staked over 13 million.

Phase 1 (The Merge)

Executed on September 15, 2022, The Merge involved merging the Beacon Chain with the existing Ethereum blockchain, entirely replacing the latter's PoW model with the former's PoS system. Post Merge, the original Ethereum blockchain has become the new network's "execution" layer, while the Beacon Chain has become its "Consensus" layer.

Phase 2 (Sharding)

Sharding was supposed to be the second and final phase of the Merge. The plan was to spread the network's load across 64 new shard chains. The current PoW Ethereum chain would have become one of the 64 shards, simplifying the process of running a mining node by reducing the data load. However, this plan was dropped from the roadmap due to the positive impact Layer-2 rollups have had on the network's scalability.

Instead, Ethereum Improvement Proposal (EIP)-4844 — also known as Proto-Danksharding — was introduced on March 13, 2024 as part of the Dencun Upgrade. One of Ethereum's most significant developments to date, the Dencun Upgrade was designed to reduce transaction costs and improve overall data throughput on the network. Proto-Danksharding supports the scalability fixes brought by Ethereum's various Layer-2 solutions, making it an adequate replacement for the shard chains originally proposed for phase two of the Ethereum Merge. Meanwhile, the Dencun Upgrade also brought 'blobs' to the network as an additional solution to Ethereum's scalability limitations. Blobs are large data structures that allow transactions to be settled at Layer-2, streamlining the network's operations and supporting future scalability improvements.

ETH price and tokenomics

In July 2014, the Ethereum Foundation launched the ETH initial coin offering (ICO). During this public sale event, roughly 60 million ETH was distributed to buyers at an initial exchange rate of 2000 ETH to 1 BTC. At the time, the Ethereum price was at approximately $0.31. Ether tokens were distributed to buyers at the genesis block of the Ethereum network.

When the Ethereum mainnet was launched, the initial supply of ETH tokens was approximately 72 million. While most of these tokens were allocated to early supporters, 16.73 percent of the supply was distributed to the Ethereum Foundation.

Since the genesis block of the Ethereum mainnet, roughly 48 million ETH has been added to the supply via token generation. New ETH tokens are generated and distributed to miners via block rewards, making Ethereum an inflationary cryptocurrency. While the EIP-1559 London Hard Fork update introduced some deflationary mechanics, these currently don't entirely offset the Ethereum inflation.

Emissions of Ethereum block rewards have been steadily declining over time. When the network was launched, new Ether was produced at 5 ETH per block. These rewards were given to miners as an incentive for securing the network and validating transactions. In October 2017, as part of the EIP-649 proposal, this emission rate was reduced to 3 ETH per block.

The ETH price reached its all time high of $4,878.26 on November 10, 2021, at the tail end of a bull market. 2022 saw the arrival of a protracted bear market for crypto, which lead the Ethereum price from its all time high down as low as $1,049.23 before the end of June 2022. The Ethreum price recovered but remained volatile into and throughout 2023, until the closing months of the year brought positive sentiment and a fresh bull market, helped by the arrival of a Spot Bitcoin ETF in January 2024. Following the Spot Bitcoin ETF's approval, there was much speculation around the possibility of an imminent Spot Ethereum ETF, which helped fuel an ETH price rise to $3,890 in early March 2024.

About the Spot Ethereum ETF

The possibility of a fully approved spot Ethereum ETF took a major step forward on May 23, 2024 when the U.S. Securities and Exchange Commission (SEC) approved issuers' 19b-4 filings. This development followed a remarkable about-turn in the spot ETH ETF story, as many commentators were bearish on the possibility of approval during 2024. The green light on the 19b-4 filings is by no means the final hurdle. Next, the SEC must approve issuers' S-1 filings before funds can be openly offered to interested traders. It's unclear when this final approval will occur, but many expect the process to take weeks or months.

Interest around a potentially sudden Spot ETH ETF approval brought additional volatility to ETH prices. Before the May 23 decision, the Ethereum price had already rallied by 25% in a 24-hour period during May 2024.

About the founders

The idea of Ethereum was initially described through a whitepaper written by Vitalik Buterin in late 2013, when he was just 19 years old. Before conceptualizing Ethereum, Buterin was an experienced programmer and developer who'd previously founded the Bitcoin Magazine news site.

Buterin believed that blockchain technology could be leveraged to build decentralized protocols and applications free from the control of central bodies. Buterin was an avid player of World of Warcraft, a popular online game. After its creators removed his favorite spell from the game, Vitalik decided that no single entity should have complete control over an application, thus forming the conception of the Ethereum blockchain.

Ethereum was officially announced in Miami, in January 2014, at the North American Bitcoin Conference. A group of eight individuals co-founded the project.

Russian-Canadian Vitalik Buterin was the most significant contributor and remained so. Gavin Wood of Polkadot (DOT) was the first Chief Technology Officer of the Ethereum Foundation. He coded Ethereum's first technical implementation in C++ programming language and created Solidity, the de facto programming language for creating Ethereum smart contracts.

Today, Solidity is considered the essential programming language for Ethereum applications and enjoys widespread usage on other blockchains that operate an EVM. In addition, Wood found his own alternative blockchain network Polkadot, which aims to remedy some of Ethereum's issues.

Another notable co-founder who is known for building other Layer 1 blockchains is Charles Hoskinson. Hoskinson eventually left the Ethereum project due to differences of opinion on the project's direction. However, he founded IOHK with Jeremy Wood, another early Ethereum colleague, and went on to develop the Cardano (ADA) blockchain.

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Market cap
$560.25B #2
Circulating supply
120.71M / 120.71M
All-time high
$4,878.26
24h volume
$61.82B
4.2 / 5
ETHETH
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