Get inspired by Noir.

Implement the homomorphic encryption scheme over the Grumpkin curve native to Noir’s default Barretenberg proving backend.

Implement regular expression (regex) pattern matching in Noir, enabling proving and verification of text-based content.

Verify arbitrary web data attested by TLSNotary (e.g. bank balances) in Noir, enabling composability with Noir and by extension e.g. on-chain logic.

Verify signatures signed over the ed25519 curve in Noir, enabling application composability with WebAuthn (e.g. iOS, Android) and Cosmos signatures.

Verify signatures signed over the secp384r1 curve in Noir, enabling applications based on e.g. verifying national identification signatures (e.g. Estonia, Japan).

Integrate the PLUME nullifiable ECDSA signature scheme in Noir for apps that require data nullification, such as private voting systems.

Implement AltBN254 elliptic curve operations in Noir, enabling verification of proofs from other SNARK systems, KZG commitments, and more.

Implement a library for operations over the BabyJubJub curve.

Verify signatures signed over the babyjubjub curve in Noir, enabling applications that requires specific signature compatibility.

Implement a data structure for expressing and working with data elements in linear sequential orders.

Prove users’ geographical located region without revealing the exact location, useful for proof-of-attendance, gaming, etc.

Verify signatures signed over other NIST curves in Noir.

Verify signatures signed over brainpool curves in Noir.

Optimize existing Noir libraries' circuit sizes, hence proving times and memory footprints.

Implement homomorphically encryption primitives in Noir to validate processes without exposing underlying data, useful for gaming, private ML, and more.

Implement Multi-Party Computation (MPC) operations in Noir, enabling succinct proofs and trustless verification of private computations.

Integrate Noir with proving systems – such as Groth16 and lattice-based options – to offer developers increased flexibility and a wider range of choices.