Lets anyone mint and send on-chain hugs, complete with a name, a 🤗 symbol, and a single logged message.
Token Information
Key Facts
Description
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
Anyone can claim and send Hug tokens. When a user gives their first hug, they may include a name or message which is stored and indexed on-chain. Each address is allowed exactly one logged message; subsequent hugs still work, but the contract records only the hug itself.
The contract tracks total huggers and stores structured data about hugs, including the recipient address, an associated name string, and the timestamp of the hug. Hug tokens can be transferred between addresses, and the primary interaction pattern is the "giveHugTo" function, which combines token transfer with message recording.
The token has no fixed supply limit, reinforcing its purpose as a symbolic gesture rather than a scarce asset.
HugCoin was deployed on August 23, 2016 and implements an infinite-supply token designed to represent “hugs.” The contract exposes a human-friendly interface, including a name (HugCoin), a symbol (🤗), and functions for giving hugs directly to other addresses.
Heuristic Analysis
The following characteristics were detected through bytecode analysis and may not be accurate.
DAO Fork Era
The controversial fork to recover funds from The DAO hack.