Orbitron Names is a decentralized naming system built on the Orbitron network. It provides human-readable names to blockchain addresses, smart contracts, and decentralized applications (dApps), similar to domain names on the internet. Orbitron Names make it easier for users to interact with the Orbitron network by replacing complex addresses with simple and memorable names. Orbitron Names is accessible here
Smart Contracts: Orbitron Names uses a set of smart contracts deployed on the Orbitron blockchain. These contracts manage the registration, resolution, and management of names.
Subgraph: The Orbitron Names subgraph is a tool used to index and query data from the Orbitron blockchain related to names and their associated addresses. It provides a convenient way for frontend applications to access name data.
Node: Nodes on the Orbitron network play a crucial role in the resolution of Orbitron Names. They receive and process queries for name resolution, ensuring that the correct address is returned for a given name.
Frontend: The frontend of Orbitron Names refers to the user interface that interacts with the smart contracts and subgraph. It allows users to register and manage names, as well as resolve names to addresses.
Registration: Users can register a name through the Orbitron Names frontend by interacting with the smart contracts. The registration process involves selecting a name and linking it to a blockchain address or resource.
Resolution: When someone wants to interact with a registered name, the Orbitron Names frontend queries the subgraph or node to resolve the name to its associated address. This allows users to send transactions to human-readable names.
Management: Name owners can manage their names through the Orbitron Names frontend. They can update the associated address, set up subdomains, and transfer ownership of the name.
In conclusion, Orbitron Names is a critical component of the Orbitron network, providing a user-friendly and decentralized naming system for blockchain addresses and resources.
Orbitron Names is a decentralized naming system built on the Orbitron network. It provides human-readable names to blockchain addresses, smart contracts, and decentralized applications (dApps), similar to domain names on the internet. Orbitron Names make it easier for users to interact with the Orbitron network by replacing complex addresses with simple and memorable names. Orbitron Names is accessible here
Smart Contracts: Orbitron Names uses a set of smart contracts deployed on the Orbitron blockchain. These contracts manage the registration, resolution, and management of names.
Subgraph: The Orbitron Names subgraph is a tool used to index and query data from the Orbitron blockchain related to names and their associated addresses. It provides a convenient way for frontend applications to access name data.
Node: Nodes on the Orbitron network play a crucial role in the resolution of Orbitron Names. They receive and process queries for name resolution, ensuring that the correct address is returned for a given name.
Frontend: The frontend of Orbitron Names refers to the user interface that interacts with the smart contracts and subgraph. It allows users to register and manage names, as well as resolve names to addresses.
Registration: Users can register a name through the Orbitron Names frontend by interacting with the smart contracts. The registration process involves selecting a name and linking it to a blockchain address or resource.
Resolution: When someone wants to interact with a registered name, the Orbitron Names frontend queries the subgraph or node to resolve the name to its associated address. This allows users to send transactions to human-readable names.
Management: Name owners can manage their names through the Orbitron Names frontend. They can update the associated address, set up subdomains, and transfer ownership of the name.
In conclusion, Orbitron Names is a critical component of the Orbitron network, providing a user-friendly and decentralized naming system for blockchain addresses and resources.