How the Freemium Gasless Model Works

Wonder Gasless Model

Wonder Gasless Model Flow

No Crypto Required

Users interact with dApps using familiar login methods

Predictable Costs

Developers pay fixed subscription fees

Instant Onboarding

Simple email or social login with no setup

Guaranteed Transactions

Users never pay for failed transactions

Traditional Gas Model

Traditional Gas Model Flow

Crypto Required

Users must purchase and manage cryptocurrency

Unpredictable Fees

Gas fees fluctuate based on network congestion

Slow Onboarding

Complex wallet setup and management

Failed Transactions

Users still pay gas even when transactions fail

How the Freemium Gasless Model Works

Traditional blockchain transaction flow with gas fees

Equal Transaction flow from both user types

Wonder gasless transaction flow

If Power user lane is empty, double flow for normal users

How It Works

For Developers

// Install Wonder SDK
npm install @wonder/sdk

// Initialize in your app
import { Wonder } from '@wonder/sdk';

const client = new Wonder({
  apiKey: 'YOUR_API_KEY',
  tier: 'standard'
});
Integrate our SDK

Add our SDK to your application with just a few lines of code.

Choose your tier

Select a subscription tier based on your expected transaction volume.

Deploy your dApp

Launch your application with gasless transactions for your users.

For Users

Login
Simple login with no crypto wallet required
Sign up

Create an account using email, social login, or traditional web3 wallet.

Use the dApp

Interact with the application without worrying about gas fees or cryptocurrency.

Enjoy the benefits

Experience the power of blockchain with the simplicity of traditional web apps.

For Wonder

Transaction Dashboard
Optimized transaction processing and analytics
Process transactions

We handle the transaction and cover the gas fees based on the developer's tier.

Optimize costs

Our infrastructure batches and optimizes transactions for maximum efficiency.

Provide analytics

Developers get detailed analytics on transaction usage and patterns.