LiFi Widget Wallet Connect Guide

Wallet connection is where a cross-chain widget either feels ready for production or starts creating friction. The Gizmolab LiFi Widget helps teams embed swap and bridge flows inside the app, but the onboarding experience still depends on how clearly wallet connection is planned around the widget.

Use this guide to decide where the wallet step belongs, how to keep the first interaction clean, when to narrow route scope, and how to move from a basic embed into a production-ready wallet onboarding flow.

A widget can be technically embedded and still feel incomplete if the wallet step is unclear. In practice, most friction shows up before the first route is ever selected.

• Users do not know whether to connect before opening the widget.
• The widget sits inside a drawer, modal, or narrow panel that makes the first interaction harder.
• The app exposes too many chain or token choices for the actual product use case.
• Wallet state is handled in one part of the app and assumed somewhere else.
• Fee logic, branding changes, and wallet handling are all introduced at once.

For builders, the problem is not only rendering the LiFi Widget. It is making the wallet onboarding path feel intentional.

A cleaner approach is to decide early whether the widget is a destination page, a step inside a broader flow, or a supporting utility panel where users are already connected before they arrive.

The Gizmolab LiFi Widget wraps @lifi/widget into a reusable component for embedded cross-chain swaps and bridging. That makes it useful for teams that want to keep asset movement inside the product instead of sending users to another destination.

The widget helps with the transfer interface, but your app still needs to answer a few product-level questions: should the wallet be connected before the widget is shown, should onboarding push users into one approved chain path, and does the page need a global wallet connection layer outside the widget?

1. Prove the base embed works in a real client-rendered page

Install the package and mount the widget in the exact page, panel, or drawer where users will use it.

npm install @lifi/widget

"use client";

import LiFiWidget from "@/components/open-source-components/lifi-widget/LiFiWidget";

export default function WalletConnectGuideDemo() {
  return (
    <div className="w-full min-h-screen flex justify-center items-start p-6">
      <LiFiWidget integrator="YourAppName" />
    </div>
  );
}

2. Decide where the wallet step belongs

Once the base embed works, define whether the wallet is connected before the widget appears, during the first interaction, or as part of a guided onboarding sequence with limited choices.

3. Align the widget surface with the job of the page

For a destination page, a wider or more prominent layout usually makes sense. For a side panel or onboarding step, a narrower configuration can reduce cognitive load.

"use client";

import LiFiWidget from "@/components/open-source-components/lifi-widget/LiFiWidget";

export default function EmbeddedSwapPanel() {
  return (
    <LiFiWidget
      integrator="YourAppName"
      variant="wide"
      appearance="dark"
      allowedChains={[1, 137, 8453]}
      theme={{
        container: {
          borderRadius: "20px",
          border: "1px solid rgba(255,255,255,0.08)",
        },
        colors: {
          primary: "#7C3AED",
          background: "#0B0B12",
          surface: "#12131A",
          text: "#FFFFFF",
          textSecondary: "#A1A1AA",
        },
      }}
    />
  );
}

Use route restrictions only when product rules justify them. A narrower setup is usually easier to support than a fully open experience.

4. Introduce app-level wallet state after the base flow is stable

If your app already uses a wallet stack, connect the page to that provider layer after the widget render is verified.

1. Render the widget in isolation.
2. Validate layout and interaction states.
3. Connect the page to the existing wallet provider stack.
4. Test reconnect, refresh, and deep-link entry states.
5. Only then add scope controls, fee logic, or more advanced wallet behavior.

5. Centralize widget configuration if more than one route uses it

If the widget appears in several places, move shared settings into one config object so wallet-related defaults stay consistent.

"use client";

import LiFiWidget from "@/components/open-source-components/lifi-widget/LiFiWidget";
import type { WidgetConfig } from "@lifi/widget";

const widgetConfig: WidgetConfig = {
  variant: "compact",
  subvariant: "default",
  appearance: "dark",
  languages: { default: "en" },
};

export default function SharedWidgetConfigCard() {
  return <LiFiWidget integrator="YourAppName" config={widgetConfig} />;
}

The strongest current demand signal in the existing docs cluster is still the LiFi Widget topic. A wallet-connect guide extends that interest into a more implementation-ready surface instead of repeating a generic overview.

• the component page covers discovery
• the integration page covers setup
• the playground page supports evaluation
• the wallet connect guide closes the gap between embedding the widget and making onboarding feel launch-ready

Move from a basic LiFi Widget embed into a wallet flow that matches the real product journey.

• Start with the LiFi Widget Integration Docs for the base embed.
• Use the LiFi Playground Guide to compare layouts and scope controls.
• Review the LiFi Widget component page for component context.
• If your app needs a unified wallet provider layer, continue to the Dynamic Wagmi Connector Setup Guide.

When the wallet step is clear, the widget starts feeling less like a generic embed and more like a product-native action surface.