How Does RGB++ Work?
RGB++ creates isomorphic binding between Bitcoin UTXOs and CKB Cells, enabling programmable Bitcoin assets with Turing-complete smart contracts.
UTXO Binding
Bitcoin UTXOs are bound to CKB Cells through cryptographic commitments, creating isomorphic asset ownership.
Single-use seals ensure atomic state transitions
Commitment Creation
A cryptographic commitment links Bitcoin and CKB transactions, ensuring consistency across both chains.
OP_RETURN stores the commitment hash on Bitcoin
State Execution
Complex programmable logic executes on CKB's Turing-complete VM while Bitcoin provides security.
Asset state stored in CKB Cell data field
RGB++ vs. Traditional RGB
RGB++ simplifies the RGB protocol by moving validation on-chain while maintaining all security guarantees.
| Feature | RGB++ | Traditional RGB |
|---|---|---|
| Validation | On-chain | Client-side |
| Data Availability | Public on CKB | Private/Local |
| Usability | User-friendly | Complex |
Ecosystem Partners
Pioneering the future of Bitcoin programmability together
BIT Network
bit.network
Nervape
nervape.com
Gate.io
gate.io
Wizz
wizz.cash
DOBBY
dobby.market
SuperEx
superex.com
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