Hotpot DAO Members State that the Platform Does Not Welcome 'Copy-Paste' Projects, MegaETH Only Accepts Composable On-Chain Native Applications
Regarding the application direction of the MegaETH ecosystem, Hotpot DAO members clearly stated that the platform does not welcome 'copy-paste' projects, but instead prioritizes supporting original and mutually composable on-chain native applications (primitives). They emphasized that if a product lacks uniqueness, they will directly suggest developers turn to other ecosystems.
This statement further pointed out that MegaETH is betting on 'extreme on-chain applications' and a layered primitive architecture, aiming to promote a composable model similar to DeFi Lego in a higher performance environment. This direction aligns with the current trend of some high-performance blockchains attempting to shift from infrastructure competition to application structure innovation.
Source: Public Information
ABAB AI Insight
This statement reflects a shift in the logic of public chain competition: from a 'performance parameter race' to 'application structure and ecological density'. Early L1/L2 mainly competed on TPS, latency, and fees, but as these metrics converge, differences begin to manifest in whether they can foster highly reusable primitives and the efficiency of combinations between these primitives.
The 'non-copypasta' essence is a resistance against the template application proliferation left over from the liquidity mining era. Many past DeFi projects were merely minor innovations in parameters or interfaces, lacking truly new functional modules, resulting in a superficially prosperous ecosystem but insufficient underlying innovation. MegaETH attempts to concentrate resources on foundational modules that can become 'building blocks', rather than repetitive application layer shells.
The so-called 'extreme on-chain applications' imply that performance bottlenecks are being broken through. If execution layer latency and throughput are low enough, logic that originally had to be off-chain (matching, game state, complex interactions) can be migrated back on-chain, thereby changing the application design paradigm. This is not only a technical issue but also a power structure issue—on-chain means stronger verifiability and composability, while weakening the control of centralized intermediaries.
From a longer-term perspective, this 'primitive-first' ecological strategy is similar to the early internet's competition over protocol layers. Whoever can solidify core modules that are repeatedly called will hold the pricing power and path dependence of the ecosystem. DeFi Lego initially validated this on Ethereum, while MegaETH attempts to push this structure towards more complex and higher-frequency application scenarios under new generation performance conditions.