StarkNet Cairo zk-Rollup Game Contract Design

Design and implement sustainable tokenomics, NFT ecosystems (ERC-721/1155), and reward mechanisms. We build provably fair systems for asset minting, trading, staking, and governance that incentivize long-term player retention.

Architect game state and data structures optimized for StarkNet's zk-rollup. We design for minimal on-chain footprint, efficient storage patterns, and seamless L1<>L2 bridging to ensure low transaction costs and fast finality for players.

Rigorous security-first development with peer review, static analysis, and integration of formal verification tools specific to Cairo. We build with audited libraries and prepare contracts for independent security audits by leading firms.

Build custom indexers and backend services to listen to on-chain events, manage player profiles, and serve game data. We ensure your frontend has real-time, reliable access to contract state and player activity.

Deep optimization of contract logic and storage to minimize StarkNet compute units (CU) and L1 settlement gas costs. We profile and refine contracts to ensure the lowest possible fees for end-users.

We design and implement on-chain game mechanics with Cairo, ensuring all outcomes are verifiable and resistant to manipulation. This builds immediate player trust and protects your game's reputation from exploits.

Leverage StarkNet's zk-rollup architecture to reduce in-game transaction fees by 100-1000x compared to Ethereum L1. Enable micro-transactions and complex interactions without burdening your players.

Achieve sub-second finality for in-game actions, supporting thousands of concurrent players. Our contract architecture is optimized for StarkNet's high throughput, eliminating network congestion as a bottleneck.

Deploy custom ERC-721/1155 derivatives with built-in bridging logic (L1<->L2) and marketplace compatibility. Future-proof your NFTs for multi-chain ecosystems and secondary market liquidity.

Implement sophisticated tokenomics with automated reward distribution, staking mechanisms, and treasury management—all executed trustlessly on-chain to ensure fairness and reduce operational overhead.

Leverage our battle-tested Cairo development frameworks and reusable contract modules. We deliver production-ready, audited game systems in weeks, not months, accelerating your launch timeline.

We begin with a collaborative deep-dive into your game's economic model and logic flow. Our experts design a Cairo contract architecture optimized for StarkNet's zk-rollup environment, ensuring efficient state management and composability.

Our certified Cairo developers implement your game's core logic using battle-tested patterns. Every contract is built with security-first principles, leveraging OpenZeppelin's Cairo libraries and our internal security checklist.

We deploy a multi-layered testing strategy: unit tests for individual functions, integration tests for contract interactions, and scenario-based simulations for complex game states—all executed on a dedicated StarkNet testnet.

Critical contract logic undergoes formal verification using tools like the Cairo verifier. The full codebase is then subjected to a peer review by our senior security team, modeled on professional audit practices, before any mainnet deployment.

We manage the entire deployment pipeline to StarkNet mainnet, including contract verification on Voyager, initializer script execution, and post-deployment health checks. We provide full documentation and a handover session for your team.

We offer optional monitoring packages to track your contract's performance, gas usage, and event logs on StarkNet. Our team is available for rapid response on critical issues and iterative upgrades.