StarkNet Cairo Privacy Contract Compiler

Our compiler process includes rigorous gas profiling and optimization, reducing your L2 transaction costs by up to 40% compared to unoptimized Cairo code, directly impacting user adoption and operational costs.

We specialize in designing and compiling custom zero-knowledge circuits and privacy-preserving state transitions (e.g., private balances, shielded voting) tailored to your application's specific needs.

We deliver a complete package: compiled contracts, comprehensive unit/integration tests with >95% coverage, deployment scripts, and documentation for seamless integration into your StarkNet dApp.

We begin with a collaborative deep-dive to define your privacy logic, data flow, and Cairo 1.0 architecture. This phase establishes clear requirements and a technical blueprint, ensuring alignment and preventing costly scope changes later.

Our certified Cairo developers write clean, auditable code using proven patterns. We implement your custom privacy logic with a focus on gas efficiency and StarkNet's unique computational model, ensuring optimal L2 performance.

Every line of code undergoes a multi-layered audit. We combine automated analysis with manual review by our senior auditors, focusing on Cairo-specific vulnerabilities, logic flaws, and adherence to the formal specification.

We deploy the audited contract to StarkNet testnet (Goerli/Sepolia) for end-to-end integration testing. We validate all privacy features, simulate mainnet conditions, and provide a full test report before production.

We manage the secure mainnet deployment and provide post-launch monitoring for the first 30 days. Our team is on standby to ensure a smooth launch and address any immediate post-deployment queries.

You receive complete technical documentation, including contract ABIs, integration guides, and a security audit report. We conduct a handover session to ensure your team fully owns and understands the system.