Integrations

Connecting Integrations & APIs

MyPip connects directly with the industry's leading gaming backends, ad networks, and multiplayer engines. This page provides a quick checklist of our supported tools and a detailed guide on how to implement them into your game loop using natural language.

(For a deep dive into feature highlights, screenshots, and video use-cases for each tool, check out our standalone Integrations Showcase page.)

🎮 Supported Integrations

Here are the integrations available out-of-the-box in your MyPip dashboard:

• Design & UI: Figma

• Multiplayer & Networking: Photon Engine

• Game Backend & LiveOps: Loot Locker, PlayFab, Supabase

• Monetization & IAPs: AppLovin, Revenue Cat

• Retention & Analytics: OneSignal (Push Notifications), Heap Analytics

🛠️ How to Use Integrations (Step-by-Step Guide)

Because MyPip is an agentic vibe coding tool, you don't need to manually install npm packages, configure native dependencies, or write boilerplate integration code. Our AI framework handles the heavy lifting.

Follow this exact blueprint to wire an integration into your mobile game:

Step 1: Input Your API Keys & Credentials

Before prompting the AI to use a service, you must provide the secure environment variables so your app can communicate with the provider.

1. Navigate to the Integrations tab in your MyPip project dashboard.

2. Find the tool you want to use and click Add API or Configure.

3. Paste your API keys, App IDs, or client tokens from your provider’s dashboard (e.g., your Photon App ID or Loot Locker game token) and hit save.

Note: For Figma, simply click Connect to securely authenticate your Figma account with MyPip.

Step 2: Command the AI Agent

Once your keys are stored, the AI agents are instantly aware of them. You can now prompt the AI to build gameplay features around that specific SDK.

When writing your prompt, explicitly name the integration and define the exact game event that triggers it.

High-Yield Prompting Patterns:

• For Monetization: "When the player hits a Game Over screen, display an AppLovin rewarded video ad that gives them a chance to revive with 100% health."

• For Game State: "When a level is completed, send the player's final score, character level, and current gold count to Loot Locker to update their persistent profile."

• For Design: "Import my HUD menu from this Figma URL [Paste Link] and wire the 'Attack' button to our existing tap-handler logic."

Step 3: Let the Engine Wire the State

When you submit the prompt, MyPip's agentic framework executes the following behind the scenes:

1. It pulls the necessary SDK wrappers into your React Native / Expo build.

2. It safely references your hidden backend environment keys.

3. It writes the asynchronous functions (async/await) needed to fetch or push data.

4. It hooks the API responses directly into your game's state variables (like updating your UI when Revenue Cat confirms a successful purchase).

Step 4: Playtest and Verify

Because third-party APIs rely on live data, verification is critical.

• Use the Live Preview: Test basic UI behaviors and layout triggers directly in the browser sandbox.

• Use Expo Go for Native Features: Features like OneSignal push notifications or AppLovin mobile ad overlays require a native environment. Scan the project's QR code with the Expo Go app on your physical iOS or Android device to test live sandbox purchases, ads, and network matchmaking in real time.

💡 Pro-Tips for Advanced Integration Workflows

• One Integration at a Time: If you are building a complex multiplayer RPG, do not attempt to hook up Photon, PlayFab, and Revenue Cat all in your first prompt. Get your backend database running (e.g., Supabase), verify it works, and then prompt the AI to add multiplayer networking.

• Handling Sandbox Data: Always ensure your external provider dashboards (like Revenue Cat or PlayFab) are set to Sandbox/Development Mode while vibe coding. This ensures you can simulate purchases and player logins without messing up live production environments.

💬 Don’t See What You Need?

Suggest an integration via our feature request form or join our Discord to vote on upcoming integrations.