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Kinode OS
@kinode
(1/2) Kinode's composability is tightly linked with its permissions system. Each component of Kinode can be configured with specific permissions, ensuring they can only access the resources they need — a big deal in decentralized computing where security and trust are paramount. In fact, we're very proud of Kinode's capabilities-based security model. In Kinode, each process is isolated and only given the capabilities it requires to function, minimizing security risks. Permissions are defined by the developer and enforced by the kernel, ensuring that even if one component is compromised, the impact on the system is minimal. Despite our strict security, the permissions model is designed for smooth integration between components. The balance of security and flexibility is what makes Kinode's composability so powerful. So that's composability & our permissions system.
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Kinode OS
@kinode
(2/2) Kinode is built to be around forever. Like a blockchain, you can expect Kinode to be up and running for years and years on end with relatively low engineering input. From a developer's perspective, there's peace of mind in knowing that an app built today could still work on Kinode in five or ten years. And that's just what we've delivered: blockchain-like uptime on a protocol that is guaranteed backwards compatible forever. If a Kinode 1.x comes with a protocol upgrade, you needn't worry: the app built when it was 1.w will run just fine without any change. In a nutshell, we've created a permissionless, composable, super-secure, always-on forever computer—a hyperstructure ( https://jacob.energy/hyperstructures.html ) — of offchain computation for making decentralized applications and crypto work. If this vision intrigues you, check out our developer docs at https://book.kinode.org And join us on our Discord: https://discord.gg/guqKRnPup7
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