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ETH 
GMX 
SOL Ethereum adapts to new trends: Encrypted paths expand to Layer-2 networks
Ethereum has long been the cornerstone of decentralized finance (DeFi), but as the crypto ecosystem evolves, new opportunities are emerging beyond its base layer. The field of perpetual futures trading (commonly known as "perps") is looking for more fertile soil on other networks, highlighting its shift in focus.
What are the factors driving the migration of perpetual contracts?
The migration of perpetual contracts from the Ethereum main chain mainly stems from its need for fast transactions and deep liquidity. According to AJ Warner, chief strategy officer at Offchain Labs, Layer-2 solutions such as Arbitrum provide an ideal environment for such transaction needs. These networks offer speed and cost-effectiveness advantages that are unmatched by the Ethereum main layer.
How can Layer-2 networks overcome the limitations of Ethereum?
The Layer-2 platform achieves performance improvement by solving the problems of slow block output speed and high handling fees of Ethereum. Established decentralized exchanges such as GMX running on Arbitrum have demonstrated the potential of these networks. They offer faster, cheaper trading solutions that attract builders and liquidity. This evolving ecosystem is changing the way traders experience the crypto market.
Chris Boulous of Dromos Labs emphasized that liquidity is more important than simply rapid transactions. The growth of perpetual contracts relies on creating network effects that gather users around the most efficient trading platforms.
"Trading is essentially a network effects business; you have to build on liquidity and where the users are currently."
Advances in blockchain technology are creating fierce competition. Hyperliquid has launched a chain specifically for perpetual contracts, while Solana attracts retail traders with its fast processing capabilities and low fees. Solana is in a leading position in high-volume trading because it effectively attracts retail traders.
Compared to more unified platforms, Ethereum's fragmentation issues affect the user experience. To alleviate this problem, Ethereum developers prioritize improving interoperability between their Layer-2 solutions to achieve smooth transfer of assets across ecosystems.
Ethereum's main advantage is security, which makes its Layer-1 less suitable for high-frequency trading. The Layer-2 network has developed into a key venue for perpetual futures trading by providing lower fees and faster block times.
Competition from private chains and Solana demonstrates the different paths decentralized exchanges use to compete for market share. Despite the challenges, Ethereum remains crucial as a clearing and collateral center, supporting liquidity and asset stability. Platforms such as 1stepSwap are directly accessing real-world assets through blockchain to expand investment tools for users. As decentralized financial structures mature, Ethereum's core role in providing a secure, composable layer has been strengthened. This adaptability ensures its continued importance in changing market needs.
