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SUI public chain: From high-performance L1 to Web3 Programmability infrastructure
SUI Public Chain: From High-Performance L1 to Programmability Internet Infrastructure
With the evolution of the Web3 technology stack, smart contract languages are migrating from Ethereum's Solidity to the more secure and resource-abstracting Move language. Move was originally developed by Meta for the Diem project and features first-class resources and formal verification friendliness, making it an important language choice for the new generation of public blockchains.
In this context, Aptos and SUI have become the dual core representatives of the Move ecosystem. Aptos continues the native Move tech stack, emphasizing stability and security; SUI, on the other hand, introduces object-oriented data structures and parallel execution mechanisms based on Move, reconstructing on-chain resource management and transaction execution models. SUI not only pursues high performance but also rewrites the way blockchain operates, providing a technical foundation for complex interactions and large-scale Web3 applications.
1. Break through the encirclement and reshape the public chain landscape
Compared to public chains like Solana, Aptos, and Sei, SUI has distinct characteristics in terms of technical architecture, ecosystem development, and market positioning.
Compared to Solana, SUI adopts the more secure Move language, avoiding parallel execution vulnerabilities and has lower hardware requirements. SUI differentiates itself in new fields such as BTCFi and may coexist with Solana in the future, each with its own focus.
Compared to the same-origin Aptos, the SUI object model is more efficient, the ecological development is faster, and the activity level of users and developers is higher. The market currently has a more optimistic outlook on the development prospects of SUI.
Compared to Sei, which focuses on trading, SUI takes the general L1 route, supporting a variety of applications and demonstrating stronger risk resistance.
Compared to Ethereum L2, SUI has advantages in ultra-low latency and high concurrency, making it more suitable for high TPS games and other applications. The two may coexist in the long term, while in the short term, it depends on who can better meet the application needs.
2. Striding Ahead, Ecological Data Shines
Since the SUI mainnet went live in May 2023, user growth has been rapid:
In terms of capital inflow:
Although SUI lags behind Solana in terms of throughput, it has fully covered high-frequency scenarios such as on-chain order book DEX, real-time PvP games, and social interactions. Quick finality and DAG parallel execution also make it very suitable for applications like micropayments and in-game asset exchanges.
Ecological data shows outstanding performance:
3. Forward-looking Layout, Key Ecological Forces Promote Development
The rapid rise of the SUI ecosystem cannot be separated from the catalysis of strategic capital. OKX Ventures, as an early discoverer and co-builder, strategically invested in several core projects when the SUI ecosystem was still in its infancy.
OKX Ventures' investments have created a strong ecological synergy, building a self-reinforcing DeFi closed loop. Its industry resources and empowerment have also accelerated project development, promoting the rapid maturity of the SUI ecosystem.
At the same time, the investments made by the SUI Foundation and Mysten Labs at the infrastructure layer have laid a deep competitive barrier for the ecosystem.
4. Value Positioning, from "Fastest L1" to "Programmable Internet Stack"
SUI is transforming from a purely high-performance public chain to building the Programmability foundation for the next generation of the internet:
This infrastructure has entered the production stage, bringing multiple growth directions:
In terms of technological progress, SUI continues to improve:
In terms of ecological components, SUI has built a full-stack architecture covering storage, encryption, and privacy computing:
In terms of security governance, SUI demonstrates rapid response capability, effectively addressing crises through on-chain governance and compensation mechanisms, and continuously improving security and governance mechanisms.
Overall, SUI is transitioning from "the fastest L1" to a higher positioning of "programmable internet stack," building a universal infrastructure for the large-scale landing of Web3.