EVM Creator Ad Protocol Development

Gas-optimized smart contracts for real-time bidding and settlement. Built on Solidity 0.8+ with OpenZeppelin security patterns, supporting ERC-20/ERC-721 payments and verifiable ad slot allocation.

Custom ERC-4337 Account Abstraction wallets for seamless user onboarding and automated payment flows. Enables gas sponsorship, batch transactions, and secure multi-signature treasury management for creators.

Off-chain microservice layer that cryptographically attests ad impressions and clicks to the blockchain. Provides tamper-proof analytics dashboards for advertisers and transparent revenue reporting for creators.

Protocols are developed with security-first principles, include comprehensive test suites (>95% coverage), and are pre-audit ready for firms like Trail of Bits or OpenZeppelin.

Modular, upgradeable contract architecture using transparent proxies (EIP-1967) and integrated DAO tooling. Enables seamless feature rollouts and community-led parameter adjustments.

Deploy a fully audited, on-chain ad protocol in under 3 weeks. We deliver a production-ready system for creators to integrate ads and earn revenue directly, with zero platform lock-in.

Receive custom, audited smart contracts built with Solidity 0.8+ and OpenZeppelin patterns. Our development reduces gas costs for end-users by an average of 30-40% compared to generic implementations.

Every protocol undergoes rigorous security review. We provide a comprehensive audit report from partners like Spearbit or Code4rena, ensuring your platform's financial logic is resilient against exploits.

We build with modular architecture, allowing your platform to scale to 10,000+ concurrent ad sessions. The system supports dynamic ad insertion for NFTs, videos, and articles without degrading UX.

Gain immediate insight with a custom dashboard tracking impressions, clicks, creator payouts, and platform revenue. Make data-driven decisions with sub-5-minute latency on all key metrics.

Future-proof your protocol with architecture designed for easy deployment on Ethereum, Polygon, and Arbitrum. We enable cross-chain revenue streams from day one, managed through a single admin panel.

We design a modular protocol architecture tailored to your tokenomics and ad model (CPM, CPC, staking). Includes smart contract system design, off-chain component mapping, and gas optimization strategy.

Secure, auditable contract suite built in Solidity 0.8+. Includes core protocol logic, payment settlement, staking mechanisms, and admin controls using OpenZeppelin libraries and established patterns.

Comprehensive unit, integration, and scenario testing followed by a formal security audit. We provide a detailed report and implement all critical recommendations before deployment.

Development of publisher/advertiser dashboards and SDKs for easy integration. Built with React/Next.js, featuring real-time analytics, payment tracking, and role-based access.

Multi-chain deployment to your target EVM networks (Ethereum, Polygon, Arbitrum, etc.). Includes contract verification on block explorers, initial configuration, and treasury wallet setup.

Post-launch monitoring with alerts for contract events, balance thresholds, and performance metrics. Includes 30 days of technical support and documentation handover.

We develop your core protocol logic in Solidity 0.8+ using OpenZeppelin libraries and security patterns. Every contract undergoes internal and third-party audits before mainnet deployment.

Your protocol is built for the Ethereum Virtual Machine, ensuring seamless deployment on Ethereum, Polygon, Arbitrum, and other EVM-compatible L2s without code rewrites.

We implement gas-efficient patterns for core functions like ad impression verification, payment settlement, and reward distribution to minimize end-user and operator costs.

Native support for payment and reward mechanisms using standard ERC-20 tokens and ERC-1155 for NFT-based ad units or loyalty assets, ensuring broad wallet compatibility.

We implement proxy patterns (Transparent/UUPS) for secure, gas-efficient upgrades. The protocol is built with modular components for easy future feature integration.