The Future of Decentralized Applications on Ethereum: Big Eyes Coin and Layer 2 Solutions for Scalability and Efficiency

Since its launch in 2015, Ethereum has become the leading blockchain platform for decentralized applications. Its flexibility and robustness have attracted a large community of developers, investors, and users, making it the most widely adopted blockchain platform in the world. However, Ethereum's success has also revealed some of its limitations, particularly its scalability issues. The current Ethereum network can process only around 15 transactions per second, which is far lower than the demand from DApps and users.

4 Layer 2 Solutions

To address this, developers have created layer 2 solutions that run on top of Ethereum. These solutions aim to improve the throughput of transactions and reduce the costs and delays of using the Ethereum network.

State channels: enables users to conduct off-chain transactions and can engage in unlimited transactions without incurring any gas fees.

Plasma chains: allows for faster and cheaper transactions on the Ethereum network and run in parallel to the main Ethereum blockchain.

Rollups: bundle multiple transactions into one, reducing the load on the Ethereum network and use smart contracts to process transactions, which are then submitted to the Ethereum network for final confirmation.

Sidechains: allow for faster and cheaper transactions than the Ethereum network and can be used to process transactions that are not suitable for the main Ethereum blockchain due to their complexity or size.

Overall, layer 2 solutions built on top of the Ethereum network provide a scalable and efficient way for DApps to operate. By using these solutions, developers can significantly increase the throughput of transactions, reduce gas fees, and improve the user experience of their DApps. These improvements can attract more users and investors to the DApp ecosystem, as well as make it more accessible to a wider range of use cases and applications.

Big Eyes May Benefit

One example of a DApp that could benefit from layer 2 solutions is Big Eyes Coin (BIG), a new Ethereum-based cryptocurrency project that aims to provide a decentralized ecosystem for creators to share their work and receive compensation for it. While the project seems interesting, it is still relatively new and untested in the market. That being said, it is worth noting that Big Eyes Coin is built on the Ethereum network, which means that it could potentially benefit from the scalability improvements offered by layer 2 solutions. The ability to process transactions more efficiently could make it easier for Big Eyes Coin to attract new users and provide a more seamless experience for creators. It will be interesting to see how the project develops and whether it can carve out a niche for itself within the Ethereum ecosystem.

Aside from Big Eyes Coin, there are several other DApps that could benefit from layer 2 solutions. Gaming and gambling DApps, for example, often require high-frequency and low-latency transactions, which can be more efficiently processed by state channels or plasma chains. DeFi (decentralized finance) DApps, on the other hand, may require more complex and large transactions, which can benefit from rollups or sidechains. Ultimately, the choice of layer 2 solution depends on the specific needs and tradeoffs of the DApp.

Ethereum's strong developer, investor, and user community have made it the most widely adopted blockchain platform in the world, and layer 2 solutions offer a promising way to address its scalability issues. By leveraging these solutions, DApps can provide faster, cheaper, and more user-friendly experiences to their users, as well as enable new use cases and applications. While there are tradeoffs and challenges associated with each type of layer 2 solutions, the benefits can outweigh the costs in many cases. As the blockchain ecosystem continues to evolve, it is likely that layer 2 solutions will play an increasingly important role in shaping the future of decentralized applications and their adoption.