Our codebase is officially open including the core modules for encrypted routing, proof generation, stealth addressing, and the dApp interface. Builders can now explore the architecture, track updates, and contribute directly to the stack. https://t.co/J1PZIkXSAw

We’ve added a clearer navigation structure: Mixer, Transactions, Stealth, Playground, and Docs. Each section now maps directly to its underlying cryptographic module, making the dApp easier to explore and more aligned with the protocol architecture. https://t.co/SYAuBBJoY1

Integrating adaptive fee routing, nodes will automatically select the most efficient encrypted path based on load, proof size, and network conditions without exposing sender or receiver metadata. Privacy isn’t a feature here. It’s the default execution environment.

Progress update: We’re linking the proof engine directly with the transaction compiler, generating commitments, nullifiers, and Merkle paths in one unified flow. This is the foundation of a fully trustless, encrypted payment pipeline.

zkPay Node is under construction. Private transactions on @solana with: Stealth addresses zk-SNARK/STARK proofs Encrypted routing Privacy infrastructure for the next generation of apps.

We’re actively refining the core stack from proof generation to UI-level ZK animation. This is the direction: permissionless payments, verifiable privacy, and a frontend that mirrors the cryptography happening under the hood.

Join our Community! https://t.co/h7oYkUn33p

Every interaction on zkPayNode is compiled into proofs, routed through an open network, and executed on-chain without intermediaries shaping the flow. No permissions, no custody, no hidden logic, just transparent, verifiable computation.

Dexscreener is paid! Adoption curves are starting to appear. Steady growth, committed builders, and a community focused on sustainable progress. https://t.co/t0k6wGb0NS

Access the dApp here:

Watch how the dApp compiles user intents into encrypted routes, generates zero-knowledge proofs in real time, and executes settlement without leaking any metadata. This is how payment infrastructure should work: proof-driven, private, and seamless.

To ensure stability, trust, and long-term alignment, all team and ecosystem tokens are officially locked for the next 2 months. Proof: https://t.co/iLSlblzFCr

We are proud to officially launch on @Solana! The next chapter of zero-knowledge payments starts now. Contract Address (CA): 8vE6FANxuMb8dRP1V7mpgUwoWTM7RrjFapUGBk7npump Built for speed. Designed for privacy. Engineered for real scalability. Welcome to the new standard of

Why ZkPayNode ? Because it redefines how payment infrastructure should work. The chain only verifies proofs, while the node handles encrypted routing, blind transaction construction, and zero-knowledge settlement. The result is a payment experience that feels instant, silent,

It’s a payment execution layer where transactions are not simply broadcast they’re proven. Instead of revealing sender, receiver, amounts, or routing metadata, zkPayNode uses zero-knowledge proofs to validate correctness while keeping every detail encrypted and unlinkable. The

Introducing zkPay Node Where Zero-Knowledge Proofs Meet Payments. A new architecture where the chain verifies only the proofs, while the node orchestrates encrypted routing, blind transaction construction, and zero-knowledge settlement. No exposure, no metadata leakage only