Social Feed Algorithm Smart Contract Development

We specialize in writing efficient Solidity/Vyper code to minimize transaction costs for end-users. This includes storage optimization, batch operations, and efficient data structures for on-chain feeds.

We deliver a full test suite including unit tests, integration tests, fork testing on mainnet, and stress tests simulating high user load to ensure reliability under real-world conditions.

Receive fully documented code with NatSpec comments, deployment scripts, and a clear integration guide. We ensure your team can own, extend, and operate the contracts post-handover.

We develop custom on-chain feed algorithms using verifiable randomness and reputation-based weighting to increase user session time by 30-50% and boost content creation rates.

Production-ready, gas-optimized contracts for feeds, curation, and rewards. Every contract undergoes rigorous internal review and is built for formal verification with tools like Certora and Slither.

Implement efficient data structures (Merkle trees, state channels) and Layer-2 integration (Arbitrum, Base) to handle 10k+ TPS for feed updates, ensuring sub-second latency for end-users.

Integrated reward distribution, staking mechanisms, and ad-revenue sharing contracts. Enable precise micro-transactions and creator payouts with <2% protocol fee overhead.

From spec to testnet in 3 weeks. We provide comprehensive documentation, integration SDKs, and dedicated developer support for seamless connection to your front-end.

Leverage our battle-tested architecture, already securing over $50M in user assets across deployed platforms. Benefit from continuous upgrades based on live network performance.

We analyze your tokenomics, user engagement goals, and data sources to architect a modular smart contract system. This phase defines the core logic for content ranking, curation, and reward distribution.

Implementation in Solidity 0.8+ using OpenZeppelin libraries. We build core algorithms for weighted scoring, reputation-based curation, and gas-efficient on-chain data processing for real-time feed updates.

Rigorous internal review followed by a formal audit from a leading third-party firm like CertiK or Quantstamp. We ensure resistance to manipulation, Sybil attacks, and economic exploits before deployment.

Deploy to a testnet (e.g., Sepolia) for end-to-end simulation. We test feed logic under high load, simulate user behavior, and validate economic incentives with real-world data scenarios.

Managed deployment to Ethereum, Polygon, or your chosen L2. We provide 24/7 monitoring for contract health, feed performance metrics, and anomaly detection during the critical launch window.

Post-launch, we offer maintenance packages for algorithm tuning, gas optimization updates, and secure, governance-backed contract upgrades to adapt to new trends and user feedback.