Circle Programmable Wallets
Evaluates, selects, and configures the optimal Circle programmable wallet architecture for onchain applications.
Circle Programmable Wallets guides developers through selecting the right Web3 wallet infrastructure for their decentralized applications. By evaluating custody models, authentication flows, target blockchains, and account types (EOA, SCA, or ERC-6900 Modular Wallets), this skill simplifies the architectural decision between Developer-Controlled, User-Controlled, and Modular Passkey wallets. It ensures compatibility with Layer 1 and Layer 2 networks like Base, Arbitrum, Polygon, and Solana, preventing misconfigurations and streamlining delegation to specialized implementation workflows.
Key Features
01Automated handoff to dedicated Circle implementation skills for seamless development
02Comprehensive comparison across Developer-Controlled, User-Controlled, and Modular Wallets
03Blockchain compatibility checks across L1s (Ethereum, Solana, Aptos) and L2s (Base, Arbitrum, Polygon)
04153 GitHub stars
05Smart Contract Account (SCA) vs. Externally Owned Account (EOA) architectural guidance
06Support for WebAuthn passkey authentication, social logins, and backend API key security
Use Cases
01Integrating gas-sponsored transaction flows using Circle Paymaster across supported EVM chains
02Architecting user onboarding with biometric passkeys or social login on Layer 2 networks
03Building automated backend treasury and payout systems with developer-controlled wallets