Secure, production-ready smart contracts built by Web3 experts.
We architect and deploy custom smart contracts that form the backbone of your decentralized application. Our development process ensures security-first design, gas optimization, and full audit readiness from day one.
We deliver contracts you can stake your business on.
Solidity/Rust contracts for DeFi, NFTs, DAOs, and enterprise use cases.Our engineers have deployed over 200+ contracts with a 100% audit-pass rate. We provide complete documentation and a 2-week MVP delivery for standard token or staking contracts.
We deliver production-ready ZK-Move infrastructure that enables private, scalable, and verifiable transactions on Move-based blockchains like Aptos and Sui, accelerating your time-to-market.
Tailored zero-knowledge circuits for Move's unique bytecode and resource model, enabling private asset transfers, confidential DeFi positions, and verifiable off-chain computation.
Proprietary toolchain to compile and verify standard Move modules for ZK execution, preserving language safety guarantees while adding privacy layers.
Deployment and optimization of ZK verifier smart contracts on your target Move chain (Aptos/Sui), ensuring gas-efficient proof validation for end-users.
Developer SDKs (Rust, TypeScript) and managed APIs for seamless integration, handling proof generation, submission, and state management without ZK expertise.
Comprehensive audits of ZK circuits and Move module integrations, following practices from OpenZeppelin and Trail of Bits to ensure mathematical soundness and protocol security.
Specialized optimization of proof systems (recursive proofs, GPU acceleration) to achieve sub-second proving times and support high-throughput private applications.
Zero-Knowledge proofs transform Move's inherent security into a competitive advantage, delivering measurable improvements in performance, cost, and user trust.
Enable confidential asset transfers and shielded balances on public Aptos/Sui networks. Protect sensitive business logic and user data from front-running and surveillance.
Shift complex logic off-chain and submit only a tiny validity proof. Drastically lower gas fees for operations like batch processing, complex calculations, and game state updates.
Build secure, trust-minimized bridges using ZK proofs of state. Enable Move assets to flow to Ethereum, Solana, and other ecosystems with cryptographic security guarantees.
Run high-frequency game engines off-chain with periodic ZK-verified state commits to the Move blockchain. Enable complex Web3 games without congesting the mainnet.
Implement privacy-preserving compliance checks using ZK proofs. Allow users to prove eligibility (e.g., KYC, jurisdiction) without revealing their identity or wallet history.
Deploy ZK Rollups settled on Aptos or Sui for near-instant finality. Batch thousands of Move transactions into a single proof, achieving web-scale throughput.
Choose the right level of support for integrating zero-knowledge proofs with your Move-based smart contracts, from audit to full lifecycle management.
| Feature / Deliverable | Starter | Professional | Enterprise |
|---|---|---|---|
ZK Circuit Design & Implementation | |||
Move Smart Contract Audit & Hardening | |||
On-Chain Verifier Deployment | Self-deploy | ||
Integration Testing Suite | Basic | Comprehensive | Comprehensive + Load |
Developer Documentation | Integration guide | Full API docs | Full API docs + Training |
Post-Deployment Support | 30 days | 6 months | 12 months SLA |
Incident Response Time | Business hours | 12 hours | 4 hours |
Dedicated Technical Lead | |||
Custom ZK Prover Optimization | Optional add-on | ||
Multi-Chain Deployment Support | |||
Estimated Timeline | 4-6 weeks | 8-12 weeks | 12+ weeks |
Starting Price | $25,000 | $75,000 | Custom Quote |
A systematic, security-first approach to integrating zero-knowledge proofs with Move-based applications, ensuring correctness, performance, and audit-readiness from day one.
We analyze your Move smart contract logic to identify the optimal proving system (e.g., Plonk, Groth16) and define the precise privacy/computation statement for your circuit.
Our engineers translate your Move logic into a high-performance ZK circuit using industry-standard frameworks, implementing custom constraints for complex operations like cryptographic primitives.
We manage the secure generation of proving/verification keys using a multi-party trusted setup ceremony or leverage existing universal setups to eliminate single points of trust.
We embed the verifier contract (written in Move) into your Aptos or Sui application, creating clean APIs for proof submission and state verification on-chain.
We optimize proof generation time and verification gas costs through circuit-specific techniques, delivering benchmarks for your target production environment.
Every circuit and integration undergoes internal review against ZK-specific vulnerabilities. We deliver comprehensive technical documentation for your team and external auditors.
Zero-Knowledge proofs integrated with Move's secure-by-design architecture enable new paradigms for privacy, scalability, and compliance. We build applications that leverage these advantages for tangible business outcomes.
Implement hidden game state and player actions using ZK proofs. Protect intellectual property and prevent front-running while maintaining verifiable fairness on-chain. We deliver custom Move modules for loot boxes, player stats, and turn logic.
Build DeFi protocols with built-in regulatory compliance. Use ZK proofs to validate investor accreditation or jurisdiction without exposing personal data. We develop secure asset tokenization contracts for Sui and Aptos.
Move's parallel execution combined with ZK-verified order matching enables high-throughput decentralized exchanges. We architect systems that batch and prove trade settlements off-chain before finalizing on-chain, reducing gas costs by over 90%.
Create auditable, privacy-preserving supply chains. Suppliers can prove compliance with standards (e.g., ISO, organic) using ZK proofs, revealing only necessary verification to downstream partners. We implement end-to-end traceability modules.
Enable secure, private asset transfers between chains. Use ZK proofs to verify ownership and burn/mint events without revealing the full transaction graph. We build bridge contracts with light client verification on Move-based networks.
Implement voting systems where votes are cast privately but results are verifiably tallied. Prevent voter coercion and ensure ballot secrecy while maintaining on-chain accountability. We deliver custom governance frameworks for DAOs.
Get clear answers on integrating zero-knowledge proofs with the Move language for your next-generation blockchain application.
Move's resource-oriented model and linear types provide inherent security advantages for ZK circuits. Unlike Solidity, Move prevents double-spending and reentrancy at the language level, which translates to simpler, more verifiable ZK proofs. This reduces circuit complexity, leading to faster proof generation and lower on-chain verification costs, especially for high-value financial applications.
Our experts will offer a free quote and a 30min call to discuss your project.