Stealth Address Management UI

Seamlessly integrate stealth addresses for ERC-4337, ERC-5564, or custom schemes through a unified API. We handle the cryptographic complexity, so your team can focus on core product features.

Intelligent batching and routing logic that reduces the gas overhead of stealth transactions by up to 40% compared to naive implementations, directly lowering user costs.

Dashboard and APIs to monitor the size and health of your stealth pool's anonymity set, providing transparency and ensuring privacy guarantees for your users.

Flexible integration with MPC wallets, hardware security modules (HSM), or browser-based signers. Private keys for stealth addresses are never exposed to the frontend.

White-labeled UI components and configurable workflows for educating users on stealth addresses, driving adoption without complicating the user journey.

Decouple stealth address generation and scanning from your core wallet. This prevents accidental metadata leaks and centralizes critical privacy functions for easier audits and updates.

Guarantee a uniform, intuitive stealth experience across all user platforms (web, mobile, extension). Eliminate fragmentation and user confusion with a single, branded interface.

Bundle EIP-5564/EIP-6538 compliant stealth address generation, announcement scanning, and key management into a single, pre-audited module. Slash development time and audit scope.

Seamlessly adopt new stealth standards (like RIP-7212) or switch announcement networks without modifying your core application. Update privacy features independently.

Implement rate limiting, anomaly detection, and key rotation policies in one controlled environment. Gain visibility into stealth meta-transaction health and usage metrics.

A custom UI reinforces your brand as a privacy-first platform. It demonstrates a committed investment in user anonymity, a key trust signal for security-conscious users and enterprises.

We analyze your use case to recommend the optimal stealth address protocol (e.g., ERC-5564, ZK-based) and design a scalable, gas-efficient architecture that integrates with your existing stack.

Our engineers build custom, upgradeable smart contracts for stealth address management, utilizing OpenZeppelin libraries and undergoing a mandatory internal security review before deployment.

We develop a white-labeled, responsive frontend component or SDK that seamlessly embeds stealth address generation, management, and transaction signing into your dApp's user flow.

Comprehensive testing suite including unit, integration, and scenario-based tests. Optional formal verification and preparation for third-party audits from firms like Spearbit or Code4rena.

We manage the secure deployment to your chosen network (Ethereum, Polygon, Base, etc.), configure relayers or bundlers for gas abstraction, and execute a controlled launch with monitoring.

Post-launch, we provide monitoring dashboards for stealth pool activity, offer maintenance packages for upgrades, and are available for emergency support with defined SLAs.