Since Vitalik Buterin and co wrote the first Solidity code on Ethereum, the king of alts has been a huge influence in the narratives of crypto. The Ethereum Virtual Machine is one of the offshoots of that narrative.

Ethereum Virtual Machine Definition
The Ethereum Virtual Machine is the software platform that developers can use to create decentralized applications (DApps) on Ethereum. This virtual machine is where all Ethereum accounts and smart contracts live. It does away with the need for powerful hardware, and is thought to be suitable for beginner programmers. That said, deeper understanding of the Ethereum virtual machine and EVM code would require knowledge of computer science terms like memory, bytes, and a stack, and also blockchain concepts like proof of work, the Merkle Tree, and hash functions, acting as the virtual machine which is the bedrock of Ethereum’s entire operating structure. It is considered to be the part of Ethereum that runs execution and smart contract deployment.The role of the EVM is to deploy a number of extra functionalities to the Blockchain to ensure users face limited issues on the distributed ledger.
Every Ethereum node runs on the EVM to maintain consensus across the blockchain.Ethereum facilitates something called smart contracts, a piece of code that is running on Ethereum. EVM is completely isolated meaning the code inside the EVM has no access to network, file system or other processes

What is the Purpose of the Ethereum Virtual Machine?
The purpose of the EVM is to determine what the overall state of Ethereum will be for each block in the blockchain.
Ethereum is much like other blockchain-based networks in that it has its own native cryptocurrency (ETH), and uses a distributed ledger to maintain a database of transactions while enforcing specific rules for how people can operate on the network. However, Ethereum has an additional layer of functioning because of its smart contract capability.
This second layer has been referred to as a “distributed state machine.” On the simplest level, Ethereum’s state is a large database that holds all ETH accounts and balances.
At the same time, Ethereum’s state is also a machine state, capable of changing with each new block, in accordance with a set of predefined rules which can execute any kind of machine code. The specific rules that determine how the machine will change state during each new block are defined by the Ethereum Virtual Machine.
Benefits of the Ethereum Virtual Machine
• The EVM allows anyone to create their own DApp. There are endless potential use cases for this kind of software, and the technology isn’t restricted to a certain group of people or those with a lot of money or connections.

• There are many potential benefits of smart contracts. A recent example would be non-fungible tokens (NFTs). By creating NFTs, anyone can create digital art and sell it on a decentralized marketplace. This democratizes access to the art market in a virtual way, something that wasn’t possible before.

Downsides of the Ethereum Virtual Machine
• The EVM network isn’t entirely decentralized. The vast majority of Ethereum nodes are hosted on centralized cloud servers like Amazon Web Services. If the owners of such services decide they don’t like Ethereum for some reason, the nodes could easily be shut down, damaging or destroying the network. This has happened before with certain social media apps, for example.

• The EVM requires some technical knowledge. Those who don’t know how to code can’t do much with the EVM. More user-friendly interfaces are still in the process of being developed. NFTs are a good example again — there are programs that have graphical user interfaces (GUIs) that allow almost anyone to create NFTs and use related marketplaces.

• High gas fees during times of network congestion. This can be a big downside for users of Ethereum. While those sending large transactions might not be affected as much, everyone trying to send smaller transactions might be unable to use the network for a time. In particular, this creates problems for decentralized applications. When a lot of users are interacting with the DApps’ smart contracts and creating many transactions, things can slow down to a crawl or even stop working when gas fees get too high.

Enter the Ignite Blockchain

The Ignite Blockchain enters the EVM fray and further changes the crypto narrative .The World’s First Transaction Fees-Back Protocol. Ignite Blockchain is a public, permissionless, Ethereum Virtual Machine (EVM) compatible blockchain running on the worlds’ leading Proof-of-Stake consensus mechanism. The Ignite blockchain is open to the public, allowing participants from around the world to join in to secure and verify the record to reflect an accurate state of affairs.Ignite Blockchain isn’t just a platform for recording transactions. Ignite Blockchain can execute “smart contracts”–computer programs that directly control asset transfer between parties with objective and fair logic. Ignite Blockchain has been designed to be compatible with Ethereum, the most popular smart contracting platform. Any contract or application deployed on Ethereum can be redeployed on Ignite in minutes.
What sets this behemoth apart from the rest. It has the following

Ignite Explorer
The tool for exploring data and activity insights on Ignite Chain such as blocks, transactions, addresses, contracts etc.

Ignite wallet
A native wallet for Ignite Chain to store cryptocurrency assets and non-fungible tokens








About the author




Get the Medium app

A button that says 'Download on the App Store', and if clicked it will lead you to the iOS App store
A button that says 'Get it on, Google Play', and if clicked it will lead you to the Google Play store