☁️The Concept of Decentralized Cloud Computing

To simplify the concept of decentralized cloud computing in the Paragon Network, we've created a graph illustrating the main components and their interactions. This visual aid helps those who may not grasp the concept through text alone.

Paragon Network: At the top of the graph is the Paragon Network, depicted as a modular, EVM-compatible Layer 1 infrastructure. This framework serves as the foundation for the entire network.
Smart Contracts, Storage Layer, Computing Layer, and Network Infrastructure: These are the main components of the Paragon Network:
- Smart Contracts: This layer enables the execution of automated agreements and transactions on the network.
- Storage Layer: It handles the storage of data within the network, ensuring secure and decentralized storage solutions.
- Computing Layer: This layer manages computational tasks and processing power within the network, facilitating decentralized computing resources.
- Network Infrastructure: This represents the underlying infrastructure of the network, encompassing various components and layers that work together to support its operations.
Storage Providers and Computing Nodes: These entities play crucial roles within the Paragon Network:
- Paragon Storage : Paragon are responsible for providing storage services within the network.
- Paragon Nodes: These nodes contribute computational power to the network's computing layer, enhancing its processing capabilities.
Peer-to-Peer Network: This component represents the decentralized network architecture where participants can directly exchange data and resources with one another. It emphasizes the peer-to-peer nature of interactions within the Paragon Network, facilitating direct communication and resource sharing.
Paragon Users: These are the individuals or entities who interact with the Paragon Network to access its services or deploy applications. They represent the user base that benefits from the functionalities offered by the network.

Overall, the graph provides a visual representation of the various components and layers of the Paragon Network, illustrating how they interact and contribute to the network's overall functionality.

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Last updated 7 months ago

Paragon Network: At the top of the graph is the Paragon Network, depicted as a modular, EVM-compatible Layer 1 infrastructure. This framework serves as the foundation for the entire network.
Smart Contracts, Storage Layer, Computing Layer, and Network Infrastructure: These are the main components of the Paragon Network:
- Smart Contracts: This layer enables the execution of automated agreements and transactions on the network.
- Storage Layer: It handles the storage of data within the network, ensuring secure and decentralized storage solutions.
- Computing Layer: This layer manages computational tasks and processing power within the network, facilitating decentralized computing resources.
- Network Infrastructure: This represents the underlying infrastructure of the network, encompassing various components and layers that work together to support its operations.
Storage Providers and Computing Nodes: These entities play crucial roles within the Paragon Network:
- Paragon Storage : Paragon are responsible for providing storage services within the network.
- Paragon Nodes: These nodes contribute computational power to the network's computing layer, enhancing its processing capabilities.
Peer-to-Peer Network: This component represents the decentralized network architecture where participants can directly exchange data and resources with one another. It emphasizes the peer-to-peer nature of interactions within the Paragon Network, facilitating direct communication and resource sharing.
Paragon Users: These are the individuals or entities who interact with the Paragon Network to access its services or deploy applications. They represent the user base that benefits from the functionalities offered by the network.

Overall, the graph provides a visual representation of the various components and layers of the Paragon Network, illustrating how they interact and contribute to the network's overall functionality.