EOS vs Ethereum: What Are They And Which Is Better?

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Cryptocurrencies and blockchain, since their inception, have always been in the limelight, and it all started with the introduction of the famous Bitcoin. Satoshi Nakamoto, an individual or, as we may say, the pseudonym of a group of individuals who invented it, also invented with it a wave of digital realm that has conquered the entire world by storm.

Ethereum, emerging after Bitcoin, stands out as a noteworthy blockchain platform that has captured significant attention over the past decade, mainly due to its distinctive feature facilitating the seamless creation of smart contracts. Conversely, EOS, operating on analogous principles to Ethereum, is regarded by numerous financial experts as having the potential to challenge Ethereum’s capabilities.

Despite their unique attributes, Ethereum and EOS are bound by the fundamental concept of decentralization, a vital characteristic of these cryptocurrencies. Positioned alongside Bitcoin, they offer additional advantages and currently hold prominent positions in the realm of cryptocurrencies. Functioning as blockchain “supercomputers,” they facilitate the execution of decentralized applications (Dapps) and contribute to powering the next generation of the decentralized internet.

Difference Between EOS vs Ethereum?

EOS vs Ethereum: What Are They And Which Is Better?

While EOS and Ethereum have similar purposes, their processes differ substantially. EOS, in particular, promotes scalability and reduced transaction costs over rigid decentralization. Let’s understand the distinctions between these two primarily loved cryptocurrencies, exploring their benefits and drawbacks :

Transaction Costs

Transaction fees are a significant difficulty with blockchain deployment. On Ethereum, every transaction costs a lot. Transaction complexity and network volume influence the price. It is a substantial commercial hurdle since businesses and customers must accept some loss of control. EOS is the only cryptocurrency that has no transaction costs. Users lease the tokens to cover bandwidth instead of paying costs to complete a transaction. Instead of ETH, one might recover token coverage with EOS by selling their tokens when they decide not to offer the transaction. The EOS blockchain contains tokens that cover the bandwidth of the transaction.


Scalability is an issue for both EOS and Ethereum. Ethereum can now handle a maximum of around fifteen transactions per second, significantly less when compared with existing payment systems such as Visa. The minds behind Ethereum have proposed changes that aim to improve Ethereum’s transaction capacity to over 100,000 per second using techniques such as sharding and plasma. Conversely, EOS engineers say the platform can handle 10,000 transactions per second, although these claims are mixed with doubt. EOS has another advantage when it comes to the scalability of transactions. EOS supports inter-blockchain communication, which creates a second EOS blockchain where more transactions can be completed, resulting in a ripple effect. These blockchains are linked, and there isn’t a restriction to the sheer number of blockchains that may be built with EOS.

Consensus Mechanism

The consensus mechanisms of EOS and Ethereum differ. Ethereum uses a proof-of-work model, requiring nodes to solve cryptographic hash problems for transaction verification. This approach poses scalability challenges and consumes substantial energy. EOS employs a delegated proof-of-stake (DPoS) model, where coin holders vote on transaction validators. DPoS enhances scalability, enabling EOS to process more transactions per second. Ethereum plans to transition to a proof-of-stake consensus method for environmental sustainability and increased transaction processing.

Smart Contracts

Ethereum engineers invented Solidity. Using this language, the platform can create smart contracts. EOS smart contracts are often written in C++, although developers can use any language with a compiler that converts bytecode to web assembly. Starting a career with smart contracts in EOS may be easier for young blockchain engineers. On the other hand, it is critical to learn because of its seamless integration and design for smart contracts. Because Solidity is akin to JavaScript, the learning curve is less severe than with C++. As a result, additional smart contract developers may be drawn to the platform. Whatever language you select, the code quality must be excellent, as even little issues can derail the entire project.


When comparing the two platforms, EOS and Ethereum are the most commonly utilized smart contract systems worldwide. Despite its differences, EOS and Ethereum dominate the blockchain environment and have large user communities. It is difficult to determine a clear superior alternative to Ethereum, yet EOS has acquired the label “the Ethereum killer,” owing to the characteristics of its EOS coin. Nonetheless, Ethereum, the second-largest cryptocurrency per its market cap, remains a competitive altcoin, posing a big hurdle for EOS to overcome. Shortly, EOS may outperform Ethereum, making it a more profitable investment. If Ethereum implements a proof-of-stake consensus technique, the competitive environment could evolve, posing a challenge to EOS. If Ethereum fails to cut transaction costs, EOS may beat its extremely popular counterpart as the ideal decentralized application platform. The struggle between Ethereum and EOS rages on, and understanding the differences is critical. 

Both Ethereum and EOS play integral roles in advancing the decentralization narrative within the dynamic landscape of blockchain technology. These platforms serve as catalysts for innovation, foster financial inclusion, and support the emergence of a vibrant new era of applications. In the ever-intensifying competition among blockchain platforms, the ultimate victor will likely be the one that effectively addresses the escalating demands for scalability and security in the evolving decentralized landscape.

Most exchanges, serving as crucial conduits for cryptocurrency trading, are grappling with the challenge of maintaining anonymity while ensuring the security of all transactions. Decentralized systems, like those employed by Ethereum and EOS, provide a viable alternative to centralized payment systems, offering users a peer-to-peer network that operates securely.

In exploring the intricacies of these platforms, it’s essential to acknowledge the broader context of the cryptocurrency market. Ethereum’s role in enabling crowdfunding through ICOs, influenced by concepts proposed by Nick Szabo, reflects its impact on shaping the market. The significance of public ledgers, keys, and signatures cannot be overstated in ensuring the immutability and security of all coins traded on these platforms.

As the crypto market witnesses mainstream adoption, issues like scalability, evidenced by the scalability problem faced by Bitcoin and the advent of Lightning Network technology, come to the forefront. Ethereum’s integration of smart contracts and EOS’s potential challenge to Ethereum’s scalability underscore the evolving nature of blockchain technologies. 

The emergence of new tokens, often tied to projects on Ethereum’s testnet, and the advent of autonomous organizations further highlights the industry’s innovation. Challenges such as the threat of hacking and the need for robust security measures, demonstrated by past incidents involving hackers and exchanges like Tether, underscore the importance of addressing vulnerabilities in the evolving landscape.

Litecoin mining, hashing algorithms, and the role of Bitcoin miners in securing the network contribute to the broader understanding of blockchain technology.

In the fintech realm, virtual cash, represented by Dogecoin and Stellar, further diversifies blockchain applications. The bullish sentiment toward virtual coins and their potential as a means of payment for merchants indicates the evolving role of cryptocurrencies in everyday transactions. Concepts like the Lighting Network aim to address the scalability and speed issues, enhancing the efficiency of transactions in the cryptocurrency market.

In this era of rapid technological advancement, the ongoing development of decentralized applications (Dapps) and the evolution of blockchain technology remain closely intertwined. As the industry navigates the complexities of decentralized finance (DeFi) and the potential applications of side chains, the collaborative efforts of developers (devs) and the engagement of a peer-to-peer network become increasingly crucial. Ultimately, the success of blockchain technologies hinges on their ability to adapt to the ever-changing demands of a globalized and decentralized landscape.

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