Copied
  • Ethereum ETH
  • ( 2.02 % )
  • Rank #2
  • Coins

₹296828.8

₹ 296828.8

Contracts : BNB Smart Chain (BEP20) : 0x217...9f933f8   

  • Rank #2
  • Coins

Market Cap

₹31.31 T 3.1327%

Circulating Supply

120072000

Max Supply

--

Volume

₹1.51 T

All Time High :

₹362338

All Time Low :

₹28.13

Price change in 24H :

₹8436.22

24H High :

₹261158

24H Low :

₹251392


Ethereum (ETH) Price Live Chart


Ethereum (ETH)

In a world dominated by centralised systems, where middlemen control transactions and applications, a visionary proposal—a decentralised blockchain platform—appears in late 2013 with the goal of redefining the potential for trust, autonomy, and innovation. A young genius by the name of Vitalik Buterin came up with this revolutionary concept, and it would soon serve as the basis for Ethereum, a platform that went beyond the limitations of its forerunner, Bitcoin, and unleashed a universe of programmable possibilities. 

Since its introduction in 2015, Ethereum has been a major player in the technological disruption space, enabling programmers to build decentralised applications and self-executing smart contracts that upend the foundations of established structures. With its open-source design and limitless possibilities, Ethereum has sparked the decentralised revolution and stoked people's hopes for an autonomous and open society.

Ethereum is fundamentally a distributed ledger system, which keeps an immutable record of transactions across a network of computers called nodes. Instead of using Bitcoin's Proof of Work (PoW) consensus technique to verify and secure transactions, it uses Proof of Stake (PoS). Ether (ETH), the native coin of Ethereum, is used to reward users and fuel the network.


Founder of Ethereum

The creator of Ethereum is Vitalik Buterin.  Buterin got interested in cryptocurrencies at the very beginning, helping to launch Bitcoin Magazine in 2011. He published a white paper in 2013 that described "a next-generation smart contract and decentralised application platform," which served as Ethereum's starting point. A two-year, $100,000 Peter Thiel Fellowship was given to Buterin so he could start developing the Ethereum network. 

The idea for Ethereum was first put out by Vitalik Buterin, but it also has the support of other founding members. Along with Buterin, Charles Hoskinson, Gavin Wood, Anthony Di Iorio, Amir Chetrit, Jeffrey Wilcke, and Mihai Alisie were other early Ethereum co-founders. Only Vitalik Buterin is still actively contributing to the blockchain platform out of the eight co-founders of Ethereum. Twitter: @VitalikButerin


Features of Ethereum 

Ethereum is all about community. It's made up of people from all different backgrounds and skill levels who are passionate about building a better, more decentralised world.

  • Smart Contracts: Different industries have been transformed by smart contracts on Ethereum, which have made it possible to use non-fungible tokens (NFTs), decentralised financing (DeFi), new business models, and much more. They give participants a transparent, effective, and secure way to communicate, do business, and carry out agreements without the need for middlemen or reliance on a centralised authority. Developers write smart contracts in languages like Solidity or Vyper. These agreements spell out the circumstances, rules, and reasoning behind a transaction or agreement. After the contract code has been created, it can be put onto the Ethereum network by being compiled into bytecode. The author starts a transaction on the Ethereum network with the bytecode and any required input parameters to deploy a smart contract. The contract is verified and added to a new block by miners or validators on the network, becoming a part of the blockchain's history. Any user that engages with a smart contract after it has been deployed is able to use it. Users send transactions to the contract, which causes the contract's logic to execute predetermined functions. Every node in the network executes the contract's code, guaranteeing consensus and deterministic results. Once implemented, smart contracts are immutable and cannot be changed or amended. The blockchain stores the contract's code and execution history, making them public and open to scrutiny by anyone. Participants are able to confirm the contract's behaviour because to this transparency, which also reduces the requirement for blind faith. As the execution of the contract is enforced by the decentralised network rather than relying on a central authority, smart contracts operate in a trustless environment. By doing away with middlemen and lowering the possibility of fraud or manipulation, the contract's rules and conditions are automatically carried out. Ethereum's smart contracts eliminate the need for intermediaries, paper work, and manual intervention by automating contract execution. Processes are streamlined, prices are decreased, and efficiency is increased by this automation. Numerous use cases, such as financial transactions, supply chain management, voting processes, and others, can be facilitated by smart contracts. The security properties of the underlying blockchain are utilised by smart contracts on Ethereum. They are dispersed among several nodes and cryptographically safeguarded after deployment. Because of this, they are very hard to hack or manipulate, preserving the fairness of the transaction and the integrity of the contract's execution.

  • Decentralisation: The effects of Ethereum's decentralisation cut across industries and affect every aspect of our life. It has the ability to change the way we interact with digital assets, access and manage our personal data, and engage in governance procedures. Ethereum contributes to a more open, transparent, and democratic digital future by empowering individuals. 

    To validate and add transactions to the blockchain, Ethereum initially used a Proof of Work (PoW) consensus method similar to that of Bitcoin. However, in Spetember 2022, a Proof of Stake (PoS) consensus mechanism was adopted by Ethereum. By locking up their Ether as collateral, participants in the network are using PoS to validate transactions and safeguard the network. This change strengthens the network's decentralisation, lowers energy use, and dramatically improves scalability.  Because Ethereum is programmable, programmers can build and use smart contracts, which are self-executing contracts with predetermined terms. Smart contracts execute code across the decentralised network using the Ethereum Virtual Machine (EVM), which they run on. Due to its programmability, both people and companies are able to develop decentralised applications (DApps) that function independently of centralised intermediaries. The most popular platform for decentralised financial apps is now Ethereum. DeFi uses smart contracts to build financial applications in place of conventional middlemen like banks. It makes it possible for people to engage in lending, borrowing, decentralised exchanges, yield farming, and other activities, giving them more financial inclusion, transparency, and asset control. Due to Ethereum's decentralisation, there are no longer any industries that require middlemen. Decentralised exchanges, for instance, do away with the need for conventional brokers in the financial sector, lowering transaction costs and increasing accessibility. Similar to this, Ethereum-based supply chain management solutions offer direct communication between stakeholders, doing away with the need for middlemen and cutting expenses.

  • DApps: The development and execution of smart contracts are made possible by the decentralised blockchain platform Ethereum. Decentralised applications, or DApps, are those that run on the Ethereum blockchain as opposed to conventional programs that run on centralised servers.

    DApps build a variety of applications using the Solidity programming language, which is a native language on the Ethereum blockchain. Decentralised finance (DeFi) platforms, decentralised exchanges, decentralised social networks, gaming platforms, supply chain management systems, and many other things can be included in these applications. The decentralised, immutable, and secure characteristics of the blockchain are advantageous to DApps powered by Ethereum. There is no single point of failure or control because the applications are operated on a network of computers (called nodes) that are dispersed throughout the world. The Ethereum blockchain is the perfect platform for applications that need trust, transparency, and tamper-resistant recordkeeping because of the security and transparency it offers. Although, there are other blockchain platforms that encourage the creation of DApps than Ethereum. Similar features are available on other platforms like EOS, Tron, and Cardano. However, because of its stability, developer community, and existing ecosystem, Ethereum continues to be one of the most well-liked and commonly used platforms for developing DApps.

  • Ether (ETH): The native coin of the Ethereum blockchain is called ether (ETH). It acts as the network's energy source or utility token and makes a variety of interactions possible within the Ethereum ecosystem. Users must exchange Ether for transaction fees, or "gas fees," when they connect with the Ethereum network. Petrol charges are required to reward miners and maintain network stability. The intricacy of the transaction and the amount of computer power needed to process it determine the petrol fee. It is expressed in terms of a unit called "gas," which stands for the computations carried out by the Ethereum Virtual Machine (EVM). A digital currency with value exchange capabilities is ether. Users can hold Ether in Ethereum accounts as a store of value or send it to one another as a means of payment. Ethereum's primary feature is the ability to execute smart contracts, which are self-executing agreements with the terms of the agreement directly written into code. Ether is necessary to cover the cost of the computational resources used to process and validate a smart contract each time one is executed. Smart contracts have the ability to automate a variety of tasks, including the ownership transfer of digital assets, the execution of financial transactions, and the triggering of certain actions depending on predetermined circumstances. Ethereum's Proof-of-Stake (PoS) consensus mechanism is used to secure the network and verify transactions. The first validator to uncover a solution receives newly minted Ether. Apart from that, many people and institutions also view ether as an investment asset. Like other cryptocurrencies, its value may change in response to variables such as market demand. While others actively trade it on cryptocurrency exchanges, other investors view Ether as a long-term investment or a hedge against conventional financial assets. Holders of Ether can participate in the governance of the Ethereum network by casting votes on initiatives and judgements that affect the evolution of the blockchain and protocol updates. Decentralised autonomous organisations (DAOs) and decentralised governance methods frequently help to encourage this participation. 

Technology behind Ethereum 

Ethereum's technology is made up of several core components that work together to create a decentralised, programmable, and secure blockchain platform.

  • Blockchain: A network of nodes maintains the blockchain, with each node having a copy of the whole blockchain history. Because the blockchain is distributed, no single party has control over it, making it immune to censorship and tampering. On the Ethereum network, transactions and smart contract interactions are organised into blocks. Each block is made up of authenticated and timestamped transactions. When a block of transactions is completed, it is added to the blockchain. When you add a block to the blockchain, it becomes a permanent part of the ledger. Anyone can observe the whole transaction history and smart contract interactions on the blockchain. Furthermore, the blockchain is immutable; it cannot be changed or destroyed, assuring the integrity of the data stored. The Ethereum network is secure due to the blockchain's decentralised and distributed nature, as well as the consensus mechanism. The consensus process assures that the majority of participants agree on the authenticity of transactions, making malevolent actors' attempts to modify the blockchain's records difficult. Each transaction and smart contract interaction is independently verified and validated by each node in the Ethereum network. This procedure ensures that transactions follow the network's rules and that the blockchain is consistent across all nodes. Ethereum provides a transparent, secure, and tamper-resistant environment for performing and recording transactions and smart contract interactions by utilising blockchain technology. The blockchain enables users to engage without trust, eliminating the need for intermediaries and allowing peer-to-peer transactions. It also establishes the groundwork for the construction of decentralised applications (DApps) and digital assets on the Ethereum network.

  • Ethereum Virtual Machine (EVM): The Ethereum Virtual Machine (EVM) is a critical component of the Ethereum network that is essential for smart contract execution. It serves as a runtime environment for code written in Solidity, Ethereum's native programming language. The EVM provides a runtime environment in which Solidity smart contracts can be performed. It's a virtual machine that operates on every node in the Ethereum network. When a smart contract transaction is begun, the EVM is in charge of executing the code and processing the accompanying operations. One of the fundamental features of the EVM is that it ensures that smart contracts are executed consistently across all nodes in the network. The EVM assures that the results of executing a certain smart contract will be the identical for all participants, regardless of the hardware, operating system, or configuration of individual nodes. This consistency is critical for the Ethereum network's integrity and trustworthiness. The EVM provides a sandboxed and segregated environment for smart contract execution. It isolates each smart contract's execution, preventing them from interfering with one another or impacting the Ethereum network as a whole. This ensures that the execution of a smart contract is safe and without harm to the network. The EVM has a gas system, which is used to allocate compute resources and prevent network abuse. Gas is a unit of payment for executing smart contracts and is a measure of computing work. The transaction initiator must offer enough gas to cover the contract's processing requirements. Because inefficient or malicious contracts consume more gas and are more expensive to execute, the gas system serves to incentivise efficient and well-behaved smart contracts. The EVM uses a deterministic execution model, which means that given the same input and state, the execution of a smart contract will always return the same result. This determinism ensures that smart contract behaviour is predictable and allows participants to validate contract execution. The EVM has its own set of opcodes, which are low-level instructions understood and executed by the EVM. These opcodes specify the operations that a smart contract can do. Before being executed on the EVM, Solidity code is compiled into these opcodes. 

  • Solidity: Solidity is a high-level, statically-typed programming language specifically designed for writing smart contracts on the Ethereum platform. It offers a range of features that enable developers to define the logic and behaviour of their smart contracts. Solidity is a contract-oriented programming language, which means that it is primarily used to create smart contracts. It defines the vocabulary and structure of smart contracts, allowing developers to describe their functionality, data structures, and interactions. Because Solidity is a statically typed language, variable types must be defined explicitly at compile time. This strategy improves code safety and aids in the prevention of certain sorts of runtime issues. Solidity offers a wide range of data types, including integers, booleans, texts, arrays, and more. Contracts, which are self-contained blocks of code that can be inherited and reused, help Solidity support modularity. Contracts that encapsulate specific functionalities can be defined by developers and then inherited or imported into other contracts. By constructing smaller, reusable contracts, this modularity increases code reusability and helps the construction of complicated systems. Solidity supports contract inheritance, allowing developers to design contract hierarchies. Inheritance enables the reuse of common code and the development of specialised contracts that inherit features and behaviours from parent contracts. By reducing code duplication, inheritance increases code organisation and facilitates contract development. Libraries, which are reusable chunks of code that can be called by other contracts, are supported by Solidity. Libraries let developers to divide common features and utility functions into separate modules, which reduces code redundancy and improves code maintainability. Solidity includes an event system that allows contracts to emit events when certain actions or conditions are fulfilled. Events can be used to log, communicate, and inform external systems about certain contract occurrences. They enable external entities to listen for and respond to specific events generated by smart contracts. Developers can use Solidity to create bespoke data structures and user-defined types. This capability enables the building of complicated data models according to the contract's specific requirements. To express more complex data structures and relationships, developers can build structs, enums, and mappings. It contains a number of features and best practises designed to improve the security of smart contracts. Access modifiers can be used to control the visibility and accessibility of functions and variables. Furthermore, Solidity contains ways to protect against typical vulnerabilities like reentrancy attacks and integer overflow/underflow. 

  • Ethereum PoS Consensus Mechanism: Ethereum initially adopted a Proof-of-Work (PoW) consensus mechanism, known as Ethash, similar to that of Bitcoin. However, in Spetember 2022, the Ethereum Network had shifted its consensus mechanism from Proof of Work to Proof of Stake as part of the Ethereum 2.0 Upgrade or “The Merge.” Ethereum uses proof-of-stake, where validators explicitly stake capital in the form of ETH into a smart contract on Ethereum. This staked ETH then acts as collateral that can be destroyed if the validator behaves dishonestly or lazily. The validator is then responsible for checking that new blocks propagated over the network are valid and occasionally creating and propagating new blocks themselves.

  • Token Standard: Ethereum has played a significant role in facilitating the creation and standardisation of tokens through its token standards. Two prominent token standards on the Ethereum blockchain are ERC-20 and ERC-721. ERC-20 is the most extensively used Ethereum token standard for creating fungible tokens. Fungible tokens can be interchanged and are indistinguishable from one another. ERC-20 tokens follow a set of rules and interfaces that provide compatibility and easy integration with a variety of apps and exchanges. This interoperability enables many ERC-20 tokens to function effectively within the Ethereum ecosystem. ERC-20 defines a set of mandatory and optional functionalities that must be implemented by a token contract. Transferring tokens, checking balances, authorising token allowances, and giving metadata such as token name, symbol, and decimal places are among these functions.

    ERC-20 tokens are Ethereum wallet compatible, allowing users to safely store, transmit, and receive tokens using popular wallet apps. ERC-20 tokens can be listed and sold on both decentralised and centralised exchanges, providing liquidity and allowing token holders to easily purchase and sell tokens. On the Ethereum blockchain, the ERC-20 standard has permitted the broad adoption and production of multiple cryptocurrencies, utility tokens, and tokenized assets. It has de facto become the de facto standard for token production, allowing projects to generate cash via Initial Coin Offerings (ICOs) or token-based crowdfunding. 
    ERC-721 is a token standard used on the Ethereum blockchain to create non-fungible tokens (NFTs). NFTs represent one-of-a-kind and inseparable digital assets such as digital art, collectibles, virtual real estate, and more. Each ERC-721 token has a unique value and cannot be exchanged for other tokens. This one-of-a-kindness enables the production and ownership of one-of-a-kind digital assets. On the Ethereum blockchain, ERC-721 tokens can be owned and exchanged between addresses. The token ID and related metadata are used to monitor ownership. ERC-721 tokens can have additional metadata, like as descriptions, photos, and attributes, which provide further information and context about the token. ERC-721 has grown in appeal as a digital collector and distinctive virtual asset. It has enabled the development of digital art marketplaces, virtual pet games, virtual land ownership, and other applications. The concept of digital ownership and provenance has been transformed by ERC-721 tokens. They have created new opportunities for creators and collectors to develop, trade, and display unique digital items in a decentralised and safe environment. Other token standards, such as ERC-1155 (a hybrid standard that supports both fungible and non-fungible tokens), ERC-777 (an advanced fungible token standard), and others, have also emerged on Ethereum. These token standards have aided the expansion of the DeFi ecosystem, the establishment of NFT marketplaces, and the tokenization of real-world assets on the Ethereum network. 


Use Cases of Ethereum 

  • Building Decentralised Finance (DeFi): Ethereum is the blockchain of choice for developers and businesses inventing technology based on it that will transform how many sectors run and how we live our lives. One of the most interesting uses of Ethereum is for payments and remittances since it lets you to transmit money anywhere in the world without paying transaction fees. By issuing tokens that represent ownership rights, Ethereum presents a great method for managing royalties in the music industry. 

  • Smart Contracts: Ethereum supports the development and deployment of smart contracts. Smart contracts are computer programmes that are stored on the blockchain and allow traditional contracts to be converted into digital analogues. Smart contracts, like conventional contracts, can set rules and automatically enforce them through programming. Ethereum makes smart contracts possible, as well as unprecedented efficiency, security, and user control. Ethereum is utilised in finance, web browsing, gaming, advertising, identity management, and supply chain management, among other areas.

  • Asset Tokenization: Ethereum can be used to tokenize assets. Tokenizing assets on the blockchain entails generating digital representations of real-world assets like as real estate, equities, or commodities. Tokenizing assets on Ethereum can assist to boost liquidity, lower transaction costs, and make asset trading more convenient.

  • Health Applications: Ethereum's blockchain technology can be leveraged in health applications to securely store and manage medical records. Health applications can benefit from better data security, interoperability, patient management, and research capabilities thanks to Ethereum's blockchain technology. Storing medical records securely on the blockchain can aid in the elimination of data silos, the enhancement of patient privacy, and the streamlining of healthcare processes.

  • Digital Identity Management:  Ethereum can be leveraged to create a decentralised identity management system that offers enhanced security, transparency, and user control. Individuals can gain more control over their personal information by employing Ethereum for digital identity management, while organisations can benefit from quicker identity verification processes, decreased fraud, and increased data security. Ethereum's decentralised and transparent nature aligns well with self-sovereign identification concepts and can lead to a more secure and user-centric identity management environment.

  • ICO Platforms: Ethereum has been widely utilised as a platform for Initial Coin Offerings (ICOs). ICOs have revolutionised the way startups and projects raise funds by leveraging the blockchain technology. The Ethereum ICO platform has made it possible for entrepreneurs to generate funding and engage with a worldwide community of investors. It has allowed for the funding of disruptive projects and breakthroughs while also fostering transparency, programmability, and inclusivity in the fundraising process.

  • Payment Gateways: Ethereum and its native token, Ether (ETH), can be used as a means of payment, similar to Bitcoin and other cryptocurrencies. The features of Ethereum as a payment gateway provide consumers and businesses with an alternate, decentralised, and efficient means of conducting transactions, broadening the possibilities for digital commerce and financial relationships.


The Merge 

The Merge was the final step in the Ethereum 2.0 upgrade, which saw the current Ethereum mainnet merge with the Beacon Chain in September 2022. The Beacon Chain is the key component of the Ethereum 2.0 upgrade that serves as the consensus layer for the Ethereum network. 


What is it?

The Merge is the union between Ethereum's initial execution layer (the Mainnet, which has existed since its inception) with its new proof-of-stake consensus layer, the Beacon Chain. It eliminates the need for energy-intensive mining and allows the network to be secured with staked ETH instead. On September 15, 2022, the Merge completed Ethereum's shift to proof-of-stake consensus, officially deprecating proof-of-work and lowering energy consumption by 99.95%.


The Benefits

Ethereum 2.0 has transitioned the blockchain from Proof-of-Work (PoW) to Proof-of-Stake (PoS) consensus, making the network more scalable, secure, and long-lasting. Users are now able to stake (lock away) their Ethereum and become validators thanks to PoS.

The introduction of sharding, which divides the network into "shards" to improve transaction throughput and lower network fees, in Ethereum 2.0 intends to improve the network's scalability. This allows Ethereum to manage substantially more transactions and increase the stability of smart contracts.

Ethereum 2.0 changed the fee structure, which  led to users paying less for transactions. This has  made the network more accessible to users who were previously priced out by high gas fees.

The goal of Ethereum 2.0 is to greatly improve network security while lowering the dangers associated with centralization. These enhancements establish the groundwork for a more scalable, sustainable, and secure Ethereum ecosystem that can support a diverse set of decentralised applications and use cases.

The Ethereum 2.0 upgrade helped the network validators to use 99% less electricity than the existing proof-of-work consensus method, making it more environmentally friendly and sustainable. 


How Proof of Stake Consensus Enhances Ethereum Network’s Viability

The Merge's ramifications go beyond environmental concerns. This change had established a huge impact on the overall future of cryptocurrency. Ethereum's PoS architecture is more appealing to developers and users alike because of its greater efficiency and scalability. This has led to larger use of Ethereum and the apps built on its blockchain, which boosted Ether's value and demand. 

The demand for ETH is on the rise as Ethereum successfully completed its transitions to a PoS consensus method last year. To participate in the consensus process and secure the network, validators must stake ETH as collateral. This increased demand for ETH, combined with its decreased supply as a result of staking requirements, has the potential to drive up its price in the long run.

The Merge was a memorable event for Ethereum since it reduces energy usage, improves scalability, and increases the network's sustainability. Aside from its immediate technical ramifications, this change had completely revolutionised the cryptocurrency ecosystem by increasing adoption, increasing the value of ETH, and opening the path for a more sustainable and efficient future for decentralised apps and digital banking.


TOKEN HOLDINGS

Contract-0x2170ed0880ac9a755fd29b2688956bd959f933f8



Trade Now

Ethereum news

22 hours 1 minutes 33 seconds ago

Polygon Co-Founder, Polychain, & Others Extend Support To AsMatch For SociaFi Advancement

Polygon Co-Founder, Polychain, & Others Extend Support To AsMatch For SociaFi Advancement

20 hours 43 minutes 56 seconds ago

Top Five Altcoins To Watch In January: Solana (SOL), Bonk (BONK), Injective (INJ)...

This year witnessed a significant growth in the crypto market, with its total cap doubling.

23 hours 17 minutes 57 seconds ago

Justin Sun and anonymous whales acquire over $182 million in Ethereum

Justin Sun, the founder of Tron, and an unidentified crypto whale have collectively acquired over $182 million worth of Ethereum since December 26.

23 hours 15 minutes 34 seconds ago

Celsius waiting to unstake $470M in Ethereum amid bankruptcy

Celsius, once a prominent player in the cryptocurrency lending space, has embarked on a significant move to unstake and potentially sell a vast amount of Ethereum (ETH), estimated at nearly $470 million.