Aptos/Sui Move Royalty Module Design

We implement on-chain, enforceable royalty logic that automatically collects and distributes fees on every secondary market transaction, ensuring creators are paid and your platform captures its share.

Modules are built with formal verification in mind and leverage Move's inherent safety features, providing a secure foundation that protects your revenue logic and user assets from exploits.

Leverage our battle-tested, modular royalty architecture to launch your marketplace or NFT project in weeks, not months, with a custom solution tailored to your tokenomics.

Receive a clean, well-documented Move module with upgradeability patterns and integration guides, enabling your team to build and iterate on the core logic with confidence.

Our designs support configurable fee tiers, multi-recipient splits, and upgrade paths via governance, allowing your royalty model to evolve with market demands and protocol updates.

Differentiate your platform with a transparent, fair, and technically robust royalty system that attracts top creators and high-value collections by guaranteeing their earnings.

We begin with a deep technical deep dive to define your royalty logic, fee structures, and integration requirements. Deliverable: a detailed technical specification document for your review.

Our Move experts design a modular, upgradeable architecture using Aptos/Sui frameworks. We focus on security patterns, gas efficiency, and composability from day one.

Development in Move, paired with comprehensive unit/integration testing and property-based testing (using Move Prover for Aptos). We ensure logic correctness before audit.

Every module undergoes an internal security review against a 50+ point checklist. We prepare a final audit report and deployment plan for client sign-off.

We handle mainnet deployment, verify on-chain functionality, and provide integration guides for your front-end and backend teams to connect seamlessly.

You receive complete technical documentation, including API references, integration examples, and operational runbooks, ensuring full ownership and maintainability.