Solution: A library based on Typescript can both ensure web and mobile (React-native) easy integration and built-in documentation while coding

Solution: We are a funded project from F8, called TRACE - Product Tracing on Cardano. We propose to create and maintain a registered company (S.r.l in Italy, similar to an LLC in US).

Solution: Implement a 100% Typescript library to write off-chain code, minimizing dependencies

Solution: implement a library able to construct an AST of Untyped Plutus Core and then serialize it, so that it can be submitted with a transaction and processed on-chain

Solution: We propose to implement a client cardano-node in typescript; opening the development of the protocol to typescript developers.

Solution: We can bring plu-ts to a production-ready state so that it can make Cardano competitive against other smart-contract-capable blockchains.

Solution: We propose the realization of such tools in the modern language of Zig (interoperable with C/C++ codebases), which will serve as a base for performance-focused applications.

Solution: We propose the realization of such tools in the modern language of Zig (interoperable with C/C++ codebases), which will serve as a base for performance-focused applications.

Solution: In the spirit of the challenge (point 2 of the challenge description), we propose an internship in one of the emerging startups in Cardano, focused on smart contract & infrastructure development.

Solution: CIP-113 is the closest to a standard we can adopt at the moment.

We propose to review and complete the latest version to allow better dev experience and implement a library for creating these assets.

Solution: A centralized server and client implementation, that connects to a cardano-node and keeps track of utxos that are "about to be spent" (via a virtual mutex on a utxo: mutexo)

Solution: We propose to prototype a radically different approach to allow for AMM swaps in a single, deterministic Cardano transaction.