We've built 𝚝𝟷 with a use-case-first approach, prioritizing enabling the best user experience. The protocol is designed to eliminate friction and pain points that exist in todays infrastructure. Now, with our Devnet live, we're excited to share some of the unique use cases that we believe showcase how 𝚝𝟷's real-time proving uniquely transforms the user and developer experience.

1. Alice deposits funds to an escrow contract on L1
2. An auction is run on 𝚝𝟷 where fillers bid to fill Alice’s order on t1 and receive her tokens on L1
3. Winner of the auction gets to fill Alice’s order on t1
4. Winner of the auction calls settle function on t1 to receive Alice’s funds on L1

More details here - blog post | | Cross-chain lending | Build a cross-chain collateral account on t1 to enable borrowing on L1

1. create a collateral account on t1 - Alice puts 10 WETH
2. a borrowing contract on L1 where bob put USDT to earn yield, reads 1. on t1 has locked 10 WETH (somehow we prove this to L1)
3. Alice is able to borrow USDT on L1 based on her collateral on t1
4. If Alice pays her USDT debt, she can unlock funds on t1, if Alice's collateral amount goes below LTV ratio, Bob can send a TX to receive Alice's collateral in Bob's EOA | | Build an order book DEX on t1 | You can use T-DEX, which is a Frequent Batch Auction based order book DEX as a reference implementation | | t1 enable UniV4 Hooks: Auction first transaction in a Uni-v4 pool for LVR resistance | Develop a UniV4 hook that auctions the first transaction in the pool on t1. Highest bidder gets the first transaction (CEX-DEX arb) and the proceeds from the auction are redistributed back to the pool. | | t1 enable UniV4 Hooks: Implement custom ordering logic (block building) for Uni-v4 pools | Create a custom ordering logic system for Uni-v4 pools, ensuring optimal block building and transaction sequencing. | | Use T-DEX as a liquidity source for L1 transactions | Leverage T-DEX as a liquidity source for L1 transactions by routing orders through t1 for improved efficiency and price execution. | | Run auctions on t1 that typically run on L1 | Any auction run on L1 can be run on t1 for cheaper and faster with the output getting posted to L1.

Specific L1 applications: • Lending rate → term finance • MakerDAO → buying bad debt

• Get creative | | Implement yield-bearing limit orders, TWAP, and DCA orders | Enhance T-DEX functionality with yield-bearing limit orders, TWAP, and DCA strategies to offer more capital-efficient trading solutions.

Note: Dev will have to create a “make believe” yield source | | Use L1 oracles to bring price and other data from L1 to t1 | Deploy L1 oracles that supply critical price and rate data to t1, enabling accurate execution and pricing for on-chain applications. | | Build a lending app and deploy Aave | Build and deploy a decentralized lending application using Aave on t1, ensuring instant L1 settlements and leveraging t1’s real-time proving capabilities. | | Deploy Uniswap on t1 for instant L1 settlements | Deploy Uniswap on t1 with instant settlement on L1, enhancing capital efficiency and reducing execution latency. |