Replying to @ArtBoss007 @permutocapital
"Things are only impossible until they're not" - Jean-Luc Picard
youtube.com/watch?v=7-Q9CxKtβ¦
Replying to @splitXCH @mondomonkey
can this be mined on anything or does hardware matter?
i ask because all i get is this:
**2022**
- Chia needs an application and NFT persistence layer
- Chia DataLayer could be that layer
- Chia DataLayer needs an incentive layer
**Early 2023**
- To build an incentive layer, Chia DataLayer needs an infrastructure base
- DIG Network will be that infrastructure base
**2023 - 2024**
- Building out the DIG Network infrastructure base
**Late 2025**
- The infrastructure base needs to be anchored to Chia, and this requires state
- Singleton concurrency limits this at scale
- DIG needs to roll up state onto Chia
- Trustless state rollup needs its own consensus
- A separate block set makes sense to help with this
- Now there's a clunky L2 that rolls up DIG state
- DIG could have written state to Chia directly but it would require far too many state updates
**Late 2025 into Early 2026**
- The L2 works, but the real realization is that DIG just needs cheap TPS on Chia
- The L2 needs a block format
- It would be great to support CLVM and the coinset model
- Turns out, it can
- Now there's a near-working Chia-parity sidechain with faster TPS and L1 hard finality, where any puzzle on Chia should work on the sidechain too
- Given the compatibility, how hard would it be to build bridging directly into consensus?
- Turns out, that might actually work
- DIG, XCH.B, and cXCH.B are close to working on this L2
- This is great infrastructure for DIG, with the ability to support DataLayer directly in the full node
**Now**
- Getting close to a high TPS sidechain with native DataLayer support. This could actually be a true application layer for Chia.
I made a thing: automatic XCH Limit orders inside the Cloud Wallet: xch.soe.io/xch-limit-orders/
feedback is welcomed.
@chia_project @hoffmang @bytesandblocks @nftprofetmaster




