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The PowPeg App is a user-friendly interface for the conversion of BTC to RBTC and vice versa. It is secured by the powpeg protocol, which is a unique 2-way peg system that allows users to natively transfer bitcoins from the Bitcoin blockchain to the Rootstock blockchain and vice versa, creating a token called RBTC that is pegged to the value of Bitcoin.

The PowPeg App is a user-friendly interface for the conversion of BTC to RBTC and vice versa. It is secured by the powpeg protocol, which is a unique 2-way peg system that allows users to natively transfer bitcoins from the Bitcoin blockchain to the Rootstock blockchain and vice versa, creating a token called RBTC that is pegged to the value of Bitcoin.

The Flyover protocol allows fast Bitcoin to Rootstock transfers without giving custody of funds to third parties. Learn about the system design and workflow.

Advanced topics covering custom network setups, captcha token handling and Flyover SDK utility helpers for sophisticated client integrations.

The PowPeg is a user-friendly interface for the conversion of BTC to RBTC and vice versa. It is secured by the powpeg protocol, which is a unique 2-way peg system that allows users to natively transfer bitcoins from the Bitcoin blockchain to the Rootstock blockchain and vice versa, creating a token called RBTC that is pegged to the value of Bitcoin.

The Flyover SDK streamlines integration between client applications and the Flyover Protocol. This easy-to-use JavaScript/TypeScript toolkit provides configuration options for Liquidity Providers (LPs) and custom network setups for connecting to Rootstock.

The PowPeg is a user-friendly interface for the conversion of BTC to RBTC and vice versa. It is secured by the powpeg protocol, which is a unique 2-way peg system that allows users to natively transfer bitcoins from the Bitcoin blockchain to the Rootstock blockchain and vice versa, creating a token called RBTC that is pegged to the value of Bitcoin.

This guide demonstrates to a developer how to handle Bitcoin transactions in a Solidity Smart contract, we will also learn how to parse transactions, hash transactions and validate scripts for bitcoin transactions.

Learn how Liquidity Providers can secure, configure and manage their server using the Management UI and API, covering collateral, configuration and wallet operations.

Step-by-step operational guide outlining requirements, dependencies, fees, liquidity needs and best practices for running a Liquidity Provider Server.

The RBTC Flyover enables fast, trust-minimized onboarding of users into the Rootstock ecosystem from Bitcoin with less friction. It improves the usability for bitcoiners and integrators to interact with the Rootstock ecosystem via the Powpeg and Flyover SDK.

The Flyover SDK streamlines integration between client applications and the Flyover Protocol. This easy-to-use JavaScript/TypeScript toolkit provides configuration options for Liquidity Providers (LPs) and custom network setups for connecting to Rootstock.

The registry contract provides a simple mapping between a domain and its resolver.

The registry contract provides a simple mapping between a domain and its resolver.

Resolvers may implement any subset of the record types specified here. Where a record types specification requires a resolver to provide multiple functions.

RIF Wallet is an open source smart contract wallet which enables businesses to create and deploy fully customizable on-chain wallets.

This section lists every environment variable used by the Liquidity Provider Server (LPS), including examples, default values and whether each setting is mandatory.

The domain name space is a tree structure. Each node and leaf on the tree corresponds to a resource set (which may be empty).