Ordinal staking is a new way to earn rewards on Bitcoin. It works by locking up Bitcoin ordinals, which are unique
satoshis that have been inscribed with data, into a Discreet Log Contract (DLC). The DLC specifies the Ordinal that will
be staked, the duration of the stake, and the conditions under which the Ordinal will be released. Once the Bitcoin
ordinal has been locked into the DLC, you can start staking it. The staking pool will then confirm the DLC lock and send
rewards for you based on the terms of the staking agreement (time, value, etc). When the stake expires, the user may
redeem the Ordinal from the DLC and receive the rewards that they have earned. Ordinal staking is a new and innovative
way to earn rewards on Bitcoin. It is a more secure and decentralized way to stake Bitcoin than traditional staking
methods, and it offers a number of other advantages, such as the ability to stake unique satoshis and to stake Bitcoin
for specific events or conditions.
Architecture
Workflow
Alice creates a locking transaction with her Ordinal as input. Bitcoin transaction fees apply. These are the covenant inputs.
The Staking Transaction has the following outputs:
The Ordinal Lock (Staking) Covenant
The miner (transaction) fee
The borrower's change
Scenario
When combined with the Deep Lake Oracle, the above scenario provides a trust-minimized process for enabling staking protocols as seen on other blockchains, but with the benefit of utilizing only Bitcoin assets and primitives.
Potential use cases
Ordinal gating protocols (access controls based on stake)
Reward-based protocols
More
Considerations
Security
Try this scenario
Here we include a link to a graphql collection with some preset values
Use Cases - Ordinal Staking
Architecture
Workflow
Scenario
When combined with the Deep Lake Oracle, the above scenario provides a trust-minimized process for enabling staking protocols as seen on other blockchains, but with the benefit of utilizing only Bitcoin assets and primitives.
Potential use cases
Considerations
Security
Try this scenario
Related resources