Ethereum has a total of eight [co-founders] — an unusually large number for a crypto project. They first met on June 7, 2014, in Zug, Switzerland. * Russian-Canadian [Vitalik Buterin] is perhaps the best known of the bunch. He authored the original white paper that first described Ethereum in 2013 and still works on improving the platform to this day. Prior to ETH, Buterin co-founded and wrote for the Bitcoin Magazine news website. * British programmer [Gavin Wood] is arguably the second most important co-founder of ETH, as he coded the first technical implementation of Ethereum in the C++ programming language, proposed Ethereum’s native programming language Solidity and was the first chief technology officer of the Ethereum Foundation. Before Ethereum, Wood was a research scientist at Microsoft. Afterward, he moved on to establish the Web3 Foundation. Among the other co-founders of Ethereum are: - Anthony Di Iorio, who underwrote the project during its early stage of development. - [Charles Hoskinson], who played the principal role in establishing the Swiss-based Ethereum Foundation and its legal framework. - Mihai Alisie, who provided assistance in establishing the Ethereum Foundation. - [Joseph Lubin], a Canadian entrepreneur, who, like Di Iorio, has helped fund Ethereum during its early days, and later founded an incubator for startups based on ETH called ConsenSys. - Amir Chetrit, who helped co-found Ethereum but stepped away from it early into the development.

Ethereum has pioneered the concept of a blockchain smart contract platform. Smart contracts are computer programs that automatically execute the actions necessary to fulfill an agreement between several parties on the internet. They were designed to reduce the need for trusted intermediates between contractors, thus reducing transaction costs while also increasing transaction reliability. Ethereum’s principal innovation was designing a platform that allowed it to execute smart contracts using the blockchain, which further reinforces the already existing benefits of smart contract technology. Ethereum’s blockchain was designed, according to co-founder Gavin Wood, as a sort of “one computer for the entire planet,” theoretically able to make any program more robust, censorship-resistant and less prone to fraud by running it on a globally distributed network of public nodes. In addition to smart contracts, Ethereum’s blockchain is able to host other cryptocurrencies, called “tokens,” through the use of its [ERC-20] compatibility standard. In fact, this has been the most common use for the ETH platform so far: to date, more than 280,000 ERC-20-compliant tokens have been launched. Over 40 of these make the top-100 cryptocurrencies by market capitalization, for example, [USDT], [LINK] and [BNB]. Since the emergence of [Play2Earn] games, there has been a substantial increase in interest in the [ETH to PHP price].

[Ethereum Name Service], aka ENS, is a distributed and extensible naming system based on the Ethereum blockchain. It is essentially the Web3 version of DNS, short for domain name service. In its original state, a cryptocurrency address consists of a long string of numbers and letters designed to be read by computers. It may look like this — “0xDC25EF3F5B8A186998338A2ADA83795FBA2D695E” — making it confusing at times to read, and in some cases even leading to loss of funds. ENS provides a solution to this problem of long and confusing crypto addresses by assigning human-readable names to machine-readable identifiers such as Ethereum addresses, metadata, other cryptocurrency addresses and content hashes. With ENS, the long address above could become something as simple as “Alice.eth,” and you can receive any type of cryptocurrency or NFT via your ENS domain. ENS is based on two Ethereum smart contracts. The first is the ENS registry, which records three critical pieces of information: the owner of the domain, the resolver for the domain and the caching time for all records under the domain. The second smart contract is the Resolver, which translates the domain name to a machine-readable address and vice-versa. It is worth adding that in addition to integrating with .eth names, ENS also supports the most popular DNS names, including .com, .org, .io, .app and several others.

Since its inception, Ethereum has maintained its spot as the second-largest cryptocurrency by market capitalization. But like every other blockchain network that exists, Ethereum is not perfect. Notable, the legacy blockchain is plagued with high gas fees and low throughput of between 15 to 30 transactions per second. Although plans are already on the way to solve these shortcomings through several upgrades, many competitors have capitalized on this delay to offer crypto users cheaper and faster transactions. The term “Ethereum Killer” emerged around 2016/2017 as substitute blockchains such as Cardano began to enter the crypto scene. In 2018, EOS made its debut as the next “Ethereum killer,” raising $4.1 billion from investors, the highest amount an ICO had ever generated. Since then, others like Tezos, Solana, Fantom, Avalanche and Binance Smart Chain have surfaced as possible Ethereum killers. Each of these blockchains employs a different consensus model to tackle Ethereum’s PoW-induced limitations. For instance, Solana uses proof-of-history (PoH) while Binance Smart Chain utilizes both proof-of-authority (PoA) and delegated proof-of-stake (DPoS). However, none of these alternative blockchains have been able to unseat Ethereum as the second-largest cryptocurrency by market cap. Ethereum is also currently the largest blockchain for NFT trading activities.

The EIP-1559 upgrade introduces a mechanism that changes the way gas fees are estimated on the Ethereum blockchain. Before the upgrade, users had to participate in an open auction for their transactions to be picked up by a miner. This process is known as a “first-price auction,” and as expected, the highest bidder wins. With EIP-1559, this process is handled by an automated bidding system, and there is a set “base fee” for transactions to be included in the next block. This fee varies based on how congested the network is. Furthermore, users who wish to speed up their transactions can pay a “priority fee” to a miner for faster inclusion. EIP-1559 also introduces a fee-burning mechanism. A part of every transaction fee (the base fee) is burned and removed out of circulation. This is intended to lower the circulating supply of Ether and potentially increase the value of the token over time. Interestingly, less than two months after the London upgrade was implemented, the network had burned over $1 billion worth of Ether.

In September 2021, there were around 117.5 million ETH coins in circulation, 72 million of which were issued in the genesis block — the first ever block on the Ethereum blockchain. Of these 72 million, 60 million were allocated to the initial contributors to the 2014 crowd sale that funded the project, and 12 million were given to the development fund. The remaining amount has been issued in the form of block rewards to the miners on the Ethereum network. The original reward in 2015 was 5 ETH per block, which later went down to 3 ETH in late 2017 and then to 2 ETH in early 2019. The average time it takes to mine an Ethereum block is around 13-15 seconds. In the August 2021 Ethereum network upgrade, the London hard fork contained the [Ethereum Improvement Protocol], EIP-1559. Instead of the first-price auction mechanism where the highest bidder wins, EIP-1559 introduces a “base fee” for transactions to be included in the next block. Users that want to have their transaction prioritized can pay a “tip” or “priority fee” to miners. As the base fee adjusts dynamically with transaction activity, this reduces the volatility of Ethereum gas fees, although it does not reduce the price, which is notoriously high during peak congestion on the network. One of the major differences between Bitcoin and Ethereum’s [economics] is that the latter is not deflationary, i.e. its total supply is not limited. Ethereum’s developers [justify] this by not wanting to have a “fixed security budget” for the network. Being able to adjust ETH’s issuance rate via [consensus] allows the network to maintain the minimum issuance needed for adequate security. With the introduction of EIP-1559 however, the base fees used in transactions are burned, removing the ETH from circulation. This means higher activity on the network would lead to more ETH burned, and the decreasing supply should lead to appreciation of Ethereum price, all things equal. This has the potential to make Ethereum deflationary, something ETH holders are excited about — a potential appreciation in Ethereum price today.

As of August 2020, Ethereum is secured via the Ethash proof-of-work algorithm, belonging to the Keccak family of hash functions. There are plans, however, to transition the network to a proof-of-stake algorithm tied to the major [Ethereum 2.0] update, which launched in late 2020. After the Ethereum 2.0 Beacon Chain (Phase 0) went live in the beginning of December 2020, it became possible to begin staking on the Ethereum 2.0 network. An Ethereum stake is when you deposit ETH (32 ETH is required to activate validator software) on Ethereum 2.0 by sending it to a deposit contract, thus helping to secure the network by storing data, processing transactions and adding new blocks to the blockchain. At the time of writing in mid-September 2021, the Ethereum price now for 32 Ether is roughly $116,029. The amount of money earned by Ethereum validators right now is a return of 6% APR, which equates to around 1.91952 ETH, or $6960 in Ethereum price today. This number will change as the network develops and the amount of stakers (validators) increase. Ethereum staking rewards are determined by a distribution curve (the participation and average percent of stakers): some ETH 2.0 staking rewards were at 20% for early stakers, but will be lowered to end up between 7% and 4.5% annually. The minimum requirements for an Ethereum stake are 32 ETH. If you decide to stake in Ethereum 2.0, it means that your Ethererum stake will be locked up on the network for months, if not years, in the future until the Ethereum 2.0 upgrade is completed.

Given the fact that Ethereum is the second-largest cryptocurrency after Bitcoin, it is possible to [buy Ethereum], or use ETH trading pairs on nearly all of the major crypto exchanges. Some of the largest markets include: * [Binance] * [Coinbase Pro] * [OKEx] * [Kraken] * [Huobi Global] Popular Ethereum price pairs include: [ETH/USD], [ETH/GBP], [ETH/AUD] and [ETH/JPY].