The Privacy-Preserving Logic Handbook"
Current docs explain what Zero-Knowledge (ZK) proofs are, but there is no deep-dive tutorial on designing private state transitions.
The Goal: A guide that shows how to take a public DApp (like a simple auction or voting system) and refactor its logic into private state (held on the user's machine) versus public state (held on-chain).Debugging ZK Circuits and the Proof Server"
Developers often run into issues where the "Proof Server" fails or a circuit is unsatisfiable.
The Goal: A troubleshooting manual for the Midnight SDK.
Key Section: "Interpreting ZKIR (Zero-Knowledge Intermediate Representation) error logs" to find exactly which line of Compact code caused a proof generation failure.The DUST Management Strategy"
New users often get stuck because they don't have enough DUST to pay transaction fees.
The Goal: A dedicated guide on the relationship between NIGHT (the governance token) and DUST (the fee token).
Key Section: "Automating DUST generation for CI/CD pipelines" so developers don't have to manually wait for token generation during automated testing.From TypeScript to Compact"
The current Compact language docs mention it's "TypeScript-inspired", but they don't explicitly map common TS patterns to their Compact equivalents.
The Rewrite: Create a side-by-side "Cheat Sheet" showing how to translate standard TypeScript logic into privacy-preserving Compact code, highlighting specific limitations like recursion or certain data structures that aren't ZK-friendly.Building with Open Zeppelin on Midnight"
While OpenZeppelin has announced support for Midnight, a step-by-step tutorial on implementing privacy-preserving token standards (like a private ERC-20 equivalent) is currently missing from the main docs.
Midnight Network Challenge: Enhance the Ecosystem
For further actions, you may consider blocking this person and/or reporting abuse
Top comments (0)