FAQ
How much does DeFi wallet development cost?
The cost depends on the wallet model, platforms, supported networks, DeFi protocols, integrations, security requirements, and level of customization. Using an existing wallet foundation can reduce the initial development scope, while a fully custom DeFi wallet is estimated based on product requirements.
How long does DeFi wallet development take?
The timeline depends on the architecture and integrations required. A wallet based on an existing foundation can reach the market faster, while a custom multi-chain DeFi product with multiple protocol integrations typically requires a longer development cycle. We define the timeline after discovery and scope validation.
Can you integrate DeFi functionality into an existing wallet?
Yes. We can add swaps, staking, lending, bridges, portfolio functionality, or other DeFi integrations to an existing wallet or digital asset product instead of rebuilding the entire wallet from scratch.
Which DeFi protocols can you integrate?
Protocol selection depends on the product and target networks. We can integrate appropriate DEXs, staking platforms, lending protocols, bridges, data providers, and other DeFi infrastructure based on your requirements.
Do you build non-custodial DeFi wallets?
Yes. ND Labs develops non-custodial wallet experiences where users control their own assets and transaction signing. The exact key-management and recovery architecture is selected according to the product requirements.
Can you build a multi-chain DeFi wallet?
Yes. We can design a wallet that supports multiple blockchain networks and provides a consistent experience for balances, transactions, swaps, staking, and other supported DeFi functionality.
Do you offer white-label DeFi wallet development?
Yes. If speed to market is a priority, we can start with an existing wallet foundation and customize the branding, functionality, supported networks, and DeFi integrations around your product.
How do you approach DeFi wallet security?
Security is considered across key management, authentication, transaction signing, smart-contract interactions, protocol integrations, testing, and user-facing transaction controls. The final security architecture depends on the custody model and product scope.