Jellyverse Joins Sei Network to Bring DeFi 3.0 to Mainstream

• Jellyverse becomes the official fork of Balancer on the Sei Network.
• Sei network features fast block times and low fees. 
• Jellyverse announces airdrop for users of its services. 

Decentralized finance (DeFi) promises to revolutionize traditional finance by eliminating intermediaries and providing greater financial inclusion. However, it still faces challenges such as scalability and integration of real-world assets. 

In a strategic move to enhance its offerings, Jellyverse has partnered with Sei Network, adopting Sei’s high-throughput capabilities to power its services. This collaboration marks a milestone as Jellyverse becomes one of the first decentralized exchanges (DEXes) to utilize the Sei Network, specifically as the official fork of the well-known Balancer protocol. 

Read More

Jellyverse’s Integration with Sei Network

On Monday, April 29, Jellyverse , a prominent DeFi platform, announced its strategic partnership with Sei Network . This partnership signals Jellyverse’s entry into the Sei Network ecosystem, with the aim of enhancing its DeFi offerings by leveraging Sei Network’s infrastructure.

Jellyverse assumes the role of the official fork of Balancer on the Sei Network, adopting the Balancer protocol in its ecosystem. The agreement paved the way for introducing JellySwap, a decentralized exchange (DEX) protocol modeled after Balancer, offering users diverse trading options and liquidity provision strategies.

By leveraging Balancer’s architecture, JellySwap offers users increased flexibility and efficiency in managing their digital assets. This integration enhances the DeFi ecosystem on Sei Network, providing users access to advanced trading functionalities while driving greater liquidity and adoption.

In addition to JellySwap, Jellyverse’s partnership with Sei Network introduces JellyStake and jAssets, further expanding the range of DeFi services available to users. These developments bring DeFI a step forward to democratizing access to financial services.

Why Jellyverse Chose Sui Network

Jellyverse’s decision to integrate with Sei Network as its primary blockchain platform is rooted in several key technological and strategic advantages Sei offers. 

For one, Sei Network boasts a block time of 390 ms, one of the fastest in the industry. This rapid processing speed significantly enhances the transaction throughput, making it possible for Jellyverse to handle high volumes of transactions efficiently. The fast block time is crucial for maintaining a fluid user experience and minimizing latency, which is vital for the success of decentralized exchanges. 

The combination of Sei’s fast block times and its efficient parallel processing architecture ensures that transaction fees remain low. This is a significant advantage for developers who build on Sei Network and for users who engage with Jellyverse’s services. Lower transaction costs make the platform more accessible and attractive, encouraging more widespread adoption and regular usage.

To ensure the success of its measure, Jellyverse also launched an airdrop of up to 1.7 million JLY tokens. This airdrop aims to encourage users to engage with Jellyverse’s digital platforms and see how it stacks out against alternatives. 

On the Flipside

• As DeFi platforms like Jellyverse integrate more closely with traditional financial markets, they will face increased scrutiny from financial regulators. 
• With the increased complexity of DeFi protocols, the potential for security vulnerabilities increases. 

Why This Matters

Jellyverse’s integration with Sei Network as the official Balancer fork represents a significant milestone in the evolution of decentralized finance (DeFi). By using Sei’s network, Jellyverse can offer enhanced scalability, functionality, and accessibility to bring more users to DeFi. 

Read more about DeFi: 
What Is DeFi? Uncovering the Mysteries of Decentralized Finance

Read more about Pantera Capital’s big SOL bet: 
What Pantera Capital’s Latest Solana Investment Means for SOL