15 insights on how Ethereum did its ICO in 2014

15 insights on how Ethereum did its ICO in 2014

Ethereum is a cryptocurrency based on blockchain technology which was formerly introduced in new 2013 by Vitalik Buterin, a cryptocurrency researcher, and programmer. Ether is a token of the Ethereum protocol for running smart contracts on the network. It is an open network managed by the users and network where transaction details are received in a ledger accessible to all the nodes in the network, simply like bitcoin, but with a more complicated algorithm. Before Ethereum was completed, the blockchain technology was able to be implemented to a very insufficient number of applications. So the solution was both to expand the set of functions allowed by Bitcoin or any cryptocurrency which is a time-consuming task or to produce a uniquely new blockchain application and a new platform for it. 

Ethereum was the 1st crypto coin to use an Initial Coin Offering for their crowd funding. The Ethereum ICO arrived from 20th July to 2nd September 2014 for a total of 42 days. 31.5k BTC (Bitcoins) or equivalently $18.4 million fiat money was raised as the ICO which makes Ethereum the 6th largest funded ICO to date. Ethereum has increased its market value because it's published and several projects have been developed on the Ethereum Virtual Machine, similar Singular-DTV, Ardor, Iconomi, etc.

Below are 15  the insights on how Ethereum operated its ICO in 2014:

1. Ethereum ICO:

The ICO was conveyed from 20th July to 2nd September of 2014, i.e., 42 days. Total supply of the coins was restricted to 60,000,000 tokens. 31.5k BTC (Bitcoins) or equivalently $18.4 million fiat money was raised during the ICO which executes Ethereum the 6th highest funded ICO to date.

2. The price of Ether at ICO:

The initial price of Ether was set to a reduced price of 2000 ETH = 1 BTC and passed this way for 14 days before decreasing to a final rate of 1337 ETH per BTC. The sale lasted for 42 days, assuming at 23:59 Zug time September 2, 2014.

3. The algorithm used in Ethereum:

Ethereum operates with Proof-of-Work (PoW) blockchain currently, but they are attempting to shift to Proof-of-Stake blockchain which will change all the thoughts of mining of ETH. By correctly designing the PoW algorithm in an ASIC resistant way, the Ethereum whole team tries to overcome mining incentives, at least till the PoS algorithm for Ethereum can be produced and applied. Ethereum blockchain has blocks of different sizes. It can serve around 25 transactions per second.

4. It's open source:

The algorithm for Ethereum is an open source software which can be obtained by any programmer or developer. It does not require any permission for changing or improving the code. The projects of several various companies and industries operating based on Ethereum can be improved and increased the efficiency and nature of all of those designs by this property of Ethereum. 

5. Fast transactions compared to bitcoin:

Because of its complex protocol called ghost protocol, the transactions using Ethereum can be very fast, unlike the bitcoins. Due to the complex algorithm employed in the mining for Ethereum, transactions can be extremely active. In fact, the standard “block” time for Ethereum is about 12 seconds whereas it is regarding 10 minutes for Bitcoin. i.e. Ethereum can be made for fast transactions than any different crypto coin.

6. Messages in Ethereum:

"Messages" in Ethereum are slightly related to “transactions” in Bitcoin, but with three significant differences. The first distinction is Ethereum message is generated by either a contractor by an outside entity whereas Bitcoin creates its transaction externally only. The 2nd thing is Ethereum messages can sometimes release data. Lastly, if it's a contract statement, the message recipients can sometimes answer.

7. Smart contracts:

Smart contracts are the exchange mechanisms that control and store the portions of the transactions happening between two untrusted individuals by digital means or in a digital ledger. In Ethereum, smart contracts are treated as scripts which are autonomous or efficient decentralized applications, and they will be obtained in the Ethereum blockchain for later performance. Transactions in Ethereum network includes the payment of tokens called ether or more particularly gas.

8. Can be used for multiple applications, not only money transactions:

Bitcoin and other cryptocurrency are used for the exchange of money among two nodes in a network. Etherium can be utilized for multiple applications externally the need for creating different platforms for different applications due to the performance of its algorithm. This way Ethereum is working the most significant disadvantage of blockchain technology.

9. Can be created in different programming languages:

Smart contracts are usually created in high-level programming languages and they will be collected into Ethereum Virtual Machine (EVM) bytecode. This bytecode will be saved in the block chain for later execution. The programming languages used are Solidity, a language related to C and Javascript, Serpent which is related to Python, LLL which is an LISP-like language, and Mutan. There is different python based language under development which is Viper.

10. Decentralisation:

A large system of computers around the world uses the Ethereum and blockchain technology to simultaneously manage the transactions that occur between two nodes and store the credentials of those transactions. Decentralization works on a P2P basis and it's not under the direction of a central authority like a bank, but managed by the network.

11. Fraudless transactions:

Fraudproof transactions can be received due to decentralized nature of Ethereum network. In Ethereum network, there is no chance for tampering or information loss. Another question is the proof of the transaction previously happened cannot be stopped even by the data miners or programmers.

12. Security is high:

When we use a bank account, there is some reasoning for creating transactions on a regular basis. The code is saved in the bank's computer, and there are validations and support by a central authority. Transactions via Ethereum blockchain are secure because of the idea of smart contracts.

13. No transaction fees:

Since Ethereum uses the EVM for the ether transactions, all the account something will be in a common performance environment. Accounts will be communicating with each other via transactions. Based on the codes of the accounts, they can move on or ignore communications sent to them. That is if the address is correct, the transaction happens or else, it will be overlooked.So in this process, there is no transaction fee required.

14. Intermediaries can be avoided:

The main benefit of Ethereum blockchain is that the factors involved in the traditional transaction systems like lawyers, notary, banks, etc. can be withdrawn. The events need no validations from any central authority, and it depends on the network and software.

15. Permissionless transaction:

There is no permission granting the central node in the Ethereum network. Everybody who has entrance to the internet can do a transaction if they have installed the needed software so that Ethereum can be used for multi-applications without any difficulty. There are a very large number of people who have path to the internet and mobile phones, but they can't just include in the traditional exchange systems. But Ethereum helps in permissionless transactions.

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