Because it lets them save development costs and resources without compromising on security. Imagine that you have a dApp on Optimism and you’d like to enter the ecosystem of Solana.
Before, you had to rewrite the code completely to move from Solidity to Rust. Since the same dev rarely knows both languages, you’d have to hire a new one—and Web3 devs aren’t cheap. Lumio allows you to avoid the extra costs of entering a new ecosystem.
Another benefit is security. Lumio will share security with many L1s and L2s across ecosystems like Superchain, Eigen Layer, and Arbitrum Orbit. dApps on Lumio will benefit from these extra guarantees, too.
Finally, it’s freedom from vendor lock-in. Some VMs are better for specific applications than others, like SVM, which is great for high-load apps like games.
But you don’t necessarily want your dApp to settle on the corresponding L1. Deploying on Lumio means that you can pick and match a VM and a settlement layer.
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Why will devs love Lumio?
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Because it lets them save development costs and resources without compromising on security. Imagine that you have a dApp on Optimism and you’d like to enter the ecosystem of Solana.
Before, you had to rewrite the code completely to move from Solidity to Rust. Since the same dev rarely knows both languages, you’d have to hire a new one—and Web3 devs aren’t cheap. Lumio allows you to avoid the extra costs of entering a new ecosystem.
Another benefit is security. Lumio will share security with many L1s and L2s across ecosystems like Superchain, Eigen Layer, and Arbitrum Orbit. dApps on Lumio will benefit from these extra guarantees, too.
Finally, it’s freedom from vendor lock-in. Some VMs are better for specific applications than others, like SVM, which is great for high-load apps like games.
But you don’t necessarily want your dApp to settle on the corresponding L1. Deploying on Lumio means that you can pick and match a VM and a settlement layer.