The KleverChain Virtual Machine (KVM) will expand the core components of the KleverChain platform, responsible for executing custom contracts and decentralized applications (dApps). It is a shared-state virtual machine (SVM) that executes custom contracts in a secure and reliable environment.
The KVM is based on the KleverChain consensus architecture, which is a proof-of-stake (PoS) protocol designed to be fast, secure, and scalable. The KVM runs on a cluster of nodes that are responsible for executing custom contracts and maintaining the state of the network.
The KVM offers a number of features that make it ideal for executing custom contracts and dApps. These features include:
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Efficiency: The KVM is highly efficient, meaning it can execute custom contracts and dApps quickly and cost-effectively.
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Security: The KVM is secure, meaning custom contracts and dApps are executed in an environment protected from attack.
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Scalability: The KVM is scalable, meaning it can be used to execute custom contracts and dApps on a large network.
The KVM is an essential component of the Kleverchain platform and is responsible for providing a secure and reliable environment for executing custom contracts and dApps.
Additional details about the KleverChain Virtual Machine:
- It is written in Rust, a general-purpose programming language known for its security and efficiency.
- It uses a shared-state virtual machine (SVM) execution model, meaning all nodes on the network execute the same code.
- It is based on the KleverChain consensus protocol, which is a PoS protocol designed to be fast, secure, and scalable.
When is KVM anticipated to be released on mainnet?
– Kleverkid