Gate Layer: The Next Generation Infrastructure for Web3

Establishing an Efficient, Low-Cost Foundation for Web3 Networks

As blockchain adoption accelerates, infrastructure performance and cost are pivotal for driving real-world applications. Gate Layer stands as the centerpiece of Gate’s decentralized strategy—delivering not only a high-performance Layer 2 network, but also an open ecosystem purpose-built for Web3’s future. With speed, security, and interoperability as its three pillars, Gate Layer sets the ideal stage for next-generation decentralized applications (DApps), empowering Web3 innovation without the limits of performance bottlenecks or excessive gas fees.

High-Efficiency Layer 2 Architecture Powered by OP Stack

Gate Layer leverages the OP Stack framework, utilizing Gate Chain as its final settlement layer to achieve both robust security and rapid transaction throughput. Developers can deploy DApps using familiar mainstream tools—including MetaMask, Remix, and Hardhat—without altering their workflows. Core technical highlights include:

• Full EVM Compatibility: Seamless support for the Ethereum ecosystem enables zero-cost DApp migration.
• Dual Security Model: Gate Chain consensus layer combined with GT staking delivers layered protection.
• Lightning-Fast Transactions: Average block time of 1 second and throughput up to 5,700 TPS.
• Ultra-Low Fees: Gas costs are markedly lower than those of leading Layer 2 solutions.
• Cross-Chain Liquidity: Integrated LayerZero protocol ensures interoperability with ETH, BSC, Polygon, and other major blockchains.

This architecture elevates performance and establishes seamless bridges for asset interaction across multi-chain ecosystems.

Unleashing the Full Potential of Web3 Innovation

Gate Layer enables one million transactions for approximately $30, dramatically reducing development and operational barriers.

For DeFi, GameFi, and RWA (Real-World Asset Tokenization) use cases, this means projects can launch faster and scale with greater flexibility.

Gate Layer’s low fees and high performance allow innovators to focus on product and user experience rather than being constrained by high gas costs.

Fostering an Open and Diverse Application Ecosystem

Gate Layer is not just a blockchain—it is an open platform for developers, creators, and users to collaborate. The Gate team is launching a suite of native applications on Gate Layer, continually expanding the ecosystem’s reach:

• Perp DEX: A perpetual contract trading platform designed for high-speed matching and minimal slippage.
• Gate Fun: A no-code token issuance tool empowering creators to rapidly build community economies.
• Meme Go: Aggregates meme coin markets across multiple chains, providing real-time data and trend analytics.

With these applications, Gate Layer is steadily shaping a mutually connected and thriving Web3 ecosystem.

GT: The Core Engine Behind Gate Layer

Gate Layer’s launch ushers GT (GateToken) into a new era. GT evolves from a simple exchange token to the driving force and economic backbone of the entire Layer ecosystem.

GT’s Essential Functions within Gate Layer:

1. On-Chain Gas Token: GT is used for smart contract deployment, NFT transactions, and cross-chain operations.
2. Dual Deflationary Mechanism:

• Scheduled Token Burns: By Q2 2025, over 60% of GT’s total supply will have been burned.
• EIP-1559 Protocol: Each transaction’s base fee is automatically burned, further increasing GT’s scarcity.

GT’s dual deflationary structure ensures its potential for long-term value growth throughout the Gate Layer economy.

Gate Chain Upgrade

To support Gate Layer’s high-performance operations, Gate Chain has been upgraded to consensus version v1.20, delivering several technical enhancements:

• Support for EIP-4844 blob transactions, boosting data processing and bandwidth efficiency.
• Upgraded to EVM Cancun standards, guaranteeing compatibility with Ethereum’s latest technology.
• Integration of multiple EIP improvements (2565, 2929, etc.) to optimize network stability and scalability.
• Accelerated RPC response times, enhancing both developer and node interaction.

Collectively, these upgrades provide Gate Layer with a robust operational foundation, ready for large-scale application deployments.

Conclusion

Gate Layer is more than a technical upgrade—it represents a breakthrough in Web3 infrastructure. With high performance, low costs, and cross-chain interoperability at its core, Gate Layer empowers developers to innovate freely and enables users to access the decentralized world with ease. As the GT economic model and native application ecosystem continue to evolve, Gate Layer is positioned to become the central platform for next-generation Web3 apps, propelling the blockchain industry toward a more efficient, open, and sustainable future.