Each L1 now boasts about how powerful their virtual machine is and how impressive their performance is, but look at who is actually using them? Almost none. The fundamental reason is quite simple—developer ecosystems are not taking off.
Currently, there are probably hundreds of thousands of Solidity developers worldwide. Asking them to switch to Rust or Move? Most simply don't have the bandwidth. Especially in a bear market, project budgets are tight; who would spend money to train their team in a new language?
There's an interesting solution—some privacy public chain directly uses OP Stack to build DuskEVM, fully compatible with the EVM ecosystem. Think about what this means: any Dapp on Ethereum could theoretically migrate seamlessly. Development tools like Hardhat, Truffle, Remix can be used directly, and MetaMask wallets can connect as well. For developers, this drastically reduces costs.
This approach seems conservative but is very smart commercially. Polygon and Arbitrum's success largely stems from EVM compatibility lowering migration barriers.
However, this chain hasn't fully taken a conservative route. It also retains a privacy-first design in DuskVM, running zero-knowledge proof primitives on a WASM virtual machine. This combination is quite innovative—you can quickly deploy regular applications on DuskEVM to attract traffic and funds, then gradually migrate privacy-sensitive parts (like order books or core logic of liquidity pools) to DuskVM. This incremental migration is much more practical than chains that force developers to rewrite all their code at once.
From a cost perspective, the integration cost with EVM is only 1/50 of that of native L1, and development cycles are compressed from six months to a few weeks. This is a major benefit for exchanges, wallets, and custodians—they don't need to develop separate backend systems for this chain; existing Ethereum infrastructure can support it with minor adjustments.
In the current fierce infrastructure competition, this pragmatic approach has become a competitive advantage.
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zkProofGremlin
· 7h ago
That's right, no matter how impressive the performance is, without an ecosystem it's all pointless. Polygon has already proven this, and EVM compatibility is the most practical way to reduce migration costs. I think the DuskEVM solution is really clever—paving the way for developers and gradually guiding them toward privacy migration, which is more reliable than chains that force language changes right from the start.
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SighingCashier
· 7h ago
You're so right. It's really funny when those L1s boast about virtual machine performance; developers just don't buy it.
EVM compatibility is indeed a brilliant move. Polygon has already proven that this approach works. Are there still chains that refuse to learn?
I think the DuskEVM idea is pretty good. Gradual migration is more realistic than forcing developers to rewrite from scratch. At least it gives developers a chance to breathe.
The figure of reducing costs by 1/50 sounds a bit exaggerated, but if the development cycle is really shortened, it would indeed be good news for wallets and exchanges.
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BearMarketHustler
· 7h ago
Well said, EVM compatibility is indeed the easiest way, developers are all in on this.
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GasFeeVictim
· 7h ago
Ultimately, it still has to be considered from a developer's perspective. Chains that only boast performance are really just self-indulgent. The EVM compatibility route is the way smart people go, and Polygon has long proven this logic.
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SmartMoneyWallet
· 7h ago
This is the right path; all those non-EVM chains are just digging their own graves.
Spending 1/50 of the cost to enable developers to migrate seamlessly—no one struggles with this math problem.
In plain terms, only the ones with strong compatibility survive; technically impressive but with a dead ecosystem will be completely淘汰.
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DegenDreamer
· 7h ago
That's right, those who hype up virtual machines are just self-indulgent. EVM compatibility is still the most practical, as developers are too lazy to bother with other options.
Each L1 now boasts about how powerful their virtual machine is and how impressive their performance is, but look at who is actually using them? Almost none. The fundamental reason is quite simple—developer ecosystems are not taking off.
Currently, there are probably hundreds of thousands of Solidity developers worldwide. Asking them to switch to Rust or Move? Most simply don't have the bandwidth. Especially in a bear market, project budgets are tight; who would spend money to train their team in a new language?
There's an interesting solution—some privacy public chain directly uses OP Stack to build DuskEVM, fully compatible with the EVM ecosystem. Think about what this means: any Dapp on Ethereum could theoretically migrate seamlessly. Development tools like Hardhat, Truffle, Remix can be used directly, and MetaMask wallets can connect as well. For developers, this drastically reduces costs.
This approach seems conservative but is very smart commercially. Polygon and Arbitrum's success largely stems from EVM compatibility lowering migration barriers.
However, this chain hasn't fully taken a conservative route. It also retains a privacy-first design in DuskVM, running zero-knowledge proof primitives on a WASM virtual machine. This combination is quite innovative—you can quickly deploy regular applications on DuskEVM to attract traffic and funds, then gradually migrate privacy-sensitive parts (like order books or core logic of liquidity pools) to DuskVM. This incremental migration is much more practical than chains that force developers to rewrite all their code at once.
From a cost perspective, the integration cost with EVM is only 1/50 of that of native L1, and development cycles are compressed from six months to a few weeks. This is a major benefit for exchanges, wallets, and custodians—they don't need to develop separate backend systems for this chain; existing Ethereum infrastructure can support it with minor adjustments.
In the current fierce infrastructure competition, this pragmatic approach has become a competitive advantage.