Aptos & Sui Move-Based Savings Protocol Design

Leverage our battle-tested, modular protocol templates to deploy a production-ready savings product in under 4 weeks, not months. We handle the complex Move logic, so your team can focus on user experience and go-to-market.

Deploy with confidence using formally verified Move modules and contracts audited to the highest standards. Our design patterns prevent common vulnerabilities, protecting user funds and ensuring regulatory compliance from day one.

Built for Aptos and Sui's parallel execution, our protocol architecture supports 10,000+ TPS with sub-second finality. Achieve predictable, near-zero gas fees for end-users, a critical advantage for high-frequency savings applications.

Incorporate programmable compliance modules (KYC/AML checks, transaction limits, jurisdiction rules) directly into the Move smart contract layer. Maintain full audit trails and enable seamless integration with traditional finance rails.

Maximize APY for your users with automated, risk-managed strategies for lending (Aave, Compound models) and staking. Our protocol design includes real-time yield switching and rebalancing logic to capture the best available rates.

Accelerate user onboarding with pre-integrated modules for fiat ramps, bank payment rails (ACH, SEPA), and real-world asset (RWA) tokenization. We design the bridges between your existing systems and the on-chain protocol.

Our team of certified Move developers builds secure, verifiable smart contracts using Aptos and Sui's native language. We leverage the language's built-in resource safety and linear types to eliminate entire classes of vulnerabilities like reentrancy and double-spending.

We design the core vault, staking, and reward distribution logic with modularity in mind. Our architecture ensures your protocol can integrate with major DeFi primitives (DEXs, lending markets) and scale to handle millions of transactions without performance degradation.

Every line of Move code undergoes rigorous internal review followed by formal verification and audits from top-tier firms. We implement a multi-signature governance model for treasury management and protocol upgrades, ensuring funds are always secure.

We engineer for predictable, low transaction costs by optimizing Move module storage and computation. This is critical for a savings protocol where frequent deposits/withdrawals must remain economical for end-users, even during network congestion.

Future-proof your protocol with a secure, transparent upgrade mechanism. We implement on-chain governance modules or multi-sig controlled upgrade paths, allowing for seamless feature additions and parameter adjustments without forking or disrupting user funds.