1. π‘ What is #GameSwiftChain?
Is a modular blockchain that incorporates interoperable settlement and execution layers.
2. π‘ What is @CelestiaOrg?
Provides Data Availability solutions, ensuring that all data to verify a block is accessible to all network participants.
π‘ Place for zkEVM chains in @GameSwift_io ecosystem:
These are rollups connected to #GameSwiftChain (L1) which post transaction data in batches to L1, transactions are serialized, concatenated, and sent to L1 for verification using ZK proofs.
In this scenario, all the transaction data is sent to #GameSwiftChain (L1), where it can be validated by nodes.
However, one downside of rollups is the cost associated with sending all the transaction data to L1.
The advantage? You can rebuild the entire L2 (zkEVM chains) using only the data stored on the #GameSwiftChain (L1)
π€ But what if I tell you that there is another approach?
If the goal is to achieve lower prices while still being able to restore the entire state of the specific rollup, there are two possible solutions:
1. π‘ Data Availability Committees (DAC):
This involves a selected group of nodes that are responsible for making the data available upon request. Additionally, they must consistently publish attestations as proof that they are indeed storing the data.
2. π‘ @CelestiaOrg
Solving the data availability problem with cutting-edge network techniques like data availability sampling.
Geeks can name this approach validium mode π€
What do you think?
Like β€οΈ and RT the first post of this thread, and nothing is impossible
#MarketingAsAcode