Move-Based Transaction Privacy Frameworks

Deploy mixers and coin pools built as native Move smart contracts. We architect systems that break the on-chain link between sender and receiver, providing strong anonymity sets for your users' transactions.

Build with privacy that doesn't exclude compliance. Our framework includes selective disclosure mechanisms and viewing keys, allowing authorized parties to audit transactions without exposing data to the public chain.

Our privacy operations are optimized for the Move VM, minimizing the computational overhead of ZK proofs and encryption. We deliver predictable fee structures, preventing cost surprises in production.

Deploy privacy features that meet evolving global standards like MiCA and FATF Travel Rule. Our framework uses zero-knowledge proofs and confidential assets to ensure transaction confidentiality without compromising compliance.

Achieve finality for shielded transactions in under 500ms. Our MoveVM-optimized privacy circuits eliminate the performance overhead typical of ZK-rollups, maintaining UX parity with public transactions.

Integrate a production-ready privacy layer in 3-4 weeks, not quarters. We provide a modular SDK, comprehensive documentation, and direct engineering support to integrate with your existing Aptos or Sui DEX/AMM.

Cut infrastructure costs by up to 60% compared to building in-house. Our managed service handles node operation, key management, and circuit proving, freeing your team to focus on core product logic.

Support millions of private transactions daily with linear scaling. The architecture is designed for high-throughput DeFi, ensuring performance doesn't degrade as your TVL and user base expand.

We design a custom privacy architecture tailored to your use case—private payments, confidential DeFi, or shielded NFTs. This includes selecting the optimal cryptographic primitives (zk-SNARKs, zk-STARKs, stealth addresses) and defining the on-chain/off-chain trust model.

Our certified Move Pro developers write, test, and optimize the core privacy modules in Move. We implement verifiable cryptographic circuits, state management, and access control patterns, ensuring type safety and resource-oriented security from the ground up.

Every line of Move code undergoes rigorous review. We conduct internal audits against OWASP Top 10 and engage leading third-party firms like Trail of Bits for final validation. Critical logic is formally verified using the Move Prover.

We benchmark and optimize for gas efficiency, proof generation time, and transaction finality. Load testing simulates mainnet conditions to ensure the framework scales to your target user volume without compromising privacy or security.

We manage the deployment to mainnet or testnet, including faucet setup and monitoring configuration. Post-launch, we offer SLA-backed support with incident response, performance monitoring, and upgrade planning for new protocol features.