Comparison: Why stellar blockchain utilized by Pi Network is more preferable to Ethereum Virtual Machine (EVM) utilized by Ethereum

The utility of EVM (Ethereum Virtual Machine)-based blockchains is one of the important trends in the blockchain industry, and blockchain technology has gained popularity over the past few years. EVM-based blockchains are a desirable alternative for many applications because to their distinctive characteristics and advantages.

The adaptability of EVM-based blockchains is one of their main features. EVM-based systems, in contrast to some other blockchain technologies, are built to enable a wide variety of applications and use cases. This means that EVM-based networks can be utilized for a variety of applications, including voting systems, identity verification, and financial transactions as well as supply chain management.

The Stellar network, on the other hand, is intended to be scalable, secure, and affordable, making it a desirable option for financial institutions and other businesses that must handle a large number of transactions rapidly and affordably.

The Stellar network has gained popularity in the financial sector since its introduction, and numerous large banks and payment providers have adopted it for usage in cross-border payments and other scenarios. It has also been utilized for a number of other purposes, including asset tokenization, identity verification, and supply chain management. As a result, the Stellar blockchain has become a dominant force in the field of distributed ledger technology and is expected to gain further acceptance in the years to come.

Stellar Blockchain

• The Stellar Consensus Protocol (SCP), a consensus mechanism that enables the network to come to consensus without the need for a central authority, is one of the core characteristics of the Stellar blockchain. This makes it possible for the Stellar network to function decentralized, which is necessary for assuring the safety and reliability of the platform’s transactions.

• Jed McCaleb and Joyce Kim founded Stellar, a decentralized, open-source blockchain technology, in 2014. The platform makes use of distributed ledger technology to support quick and secure transactions, enabling the efficient and frictionless transfer of money between people and organizations.

• The Stellar blockchain’s ability for numerous currencies is another important feature. The platform makes use of a native digital currency called lumens (XLM), which is utilized to streamline currency exchanges. This makes it possible for customers to move money quickly and effortlessly between different currencies without the use of brokers or complicated exchange procedures.

• The Stellar blockchain not only supports numerous currencies, but also lets users issue digital assets. This enables businesses to produce and distribute digital tokens that may be used for a variety of things, such illustrating a share in a corporation or a physical item.

• The Stellar blockchain’s focus on promoting financial inclusivity is one of its key advantages. Regardless of their location or financial situation, the platform is intended to make it simple for people and organizations to access financial services. This is made possible via the Stellar network, which enables users to send money rapidly and securely without the necessity of middlemen or a sophisticated banking system.

• The Stellar blockchain’s focus on security is another advantage. The platform makes use of sophisticated cryptographic methods to guarantee the confidentiality and integrity of all network transactions. This makes it challenging for anyone to alter or censor the data on the blockchain, guaranteeing the platform’s transactions are open and reliable.

Ethereum Virtual Machine (EVM)

• A blockchain that utilizes the Ethereum Virtual Machine (EVM) as its runtime environment is known as an EVM-based blockchain. The EVM is a decentralized platform that supports smart contracts, which are programs that execute exactly as intended with no chance of interruption, censorship, fraud, or outside interference. For creating decentralized applications, or dapps, EVM is a well-liked option.

• The Ethereum blockchain, created in 2014 by Vitalik Buterin and other blockchain professionals, is where the EVM was initially introduced. Ethereum was created to be a decentralized platform that lets users build and execute smart contracts across a vast computer network. As a result, programmers can create decentralized applications that are open, safe, and impenetrable.
• The EVM’s capacity to carry out smart contracts in a deterministic manner is one of its important characteristics. The integrity and security of the smart contracts that execute on the EVM are dependent on the EVM consistently producing the same outcomes for a given input. The stack-based architecture used by the EVM makes it simple to write and run complicated smart contracts.

• The EVM’s compatibility for several programming languages is another key aspect. This makes it simpler for developers to create decentralized applications that are usable by a larger audience by enabling them to write smart contracts in a variety of languages, including Solidity, Serpent, and LLL.
• Additionally, the EVM is made to be Turing-complete, which enables it to perform any computation that is represented by an algorithm. This enables the EVM to run a wide range of applications, from straightforward smart contracts to intricate decentralized ones.

• The fact that an EVM-based blockchain offers a decentralized and safe platform for implementing smart contracts is one of the key advantages of utilizing one. The EVM is not vulnerable to the same hazards as centralized systems because it is decentralized and not controlled by a single entity. The EVM also employs cutting-edge cryptographic methods to guarantee the confidentiality and integrity of the smart contracts that operate on it.
• An additional advantage of adopting an EVM-based blockchain is that it enables programmers to create open and impenetrable applications. All conversations and transactions on the EVM are accessible to everyone on the network because it is a decentralized platform. This makes it challenging for anyone to alter or censor the data on the blockchain, maintaining the integrity and reliability of the programs that operate on it.

• The EVM also enables programmers to create scalable and effective applications. The EVM is a decentralized platform, which allows for faster transaction processing and smart contract execution than conventional centralized systems. Because of this, it’s a fantastic option for developing apps that need quick transaction times and minimal latency.