Openfort has expanded its reach by deploying its wallet technology to Saakuru, a gaming blockchain platform. Let's delve into the specifics of what each platform brings to this collaboration.

## Saakuru: A Next-Generation Gaming Blockchain

Saakuru is positioned as an all-in-one crypto app, focusing on Web3 infrastructure and serving both business (B2B) and consumer (B2C) users. Here are some key features of Saakuru:

- **EVM-Compatible Layer 2**: Saakuru is a public, permissioned Layer 2 blockchain built on Oasys rollups, compatible with the Ethereum Virtual Machine (EVM).
- **High-Speed Transactions**: It achieves an average transaction confirmation time of 1 second, significantly enhancing performance.
- **Gas-Free Environment**: Saakuru adopts a fee delegation model where the network operator absorbs transaction fees, creating a gas-less environment for users.

## Openfort: Empowering Wallet Abstractions

Openfort is a technology-enabled service provider that streamlines Web3 game development. Here's what Openfort brings to the table:

- **Wallet Abstraction**: Leveraging the ERC-4337 standard, Openfort enables seamless in-game transactions without continuous signatures or verification.
- **Transaction Cloud**: Openfort's backend servers can handle up to 500 write transactions per second, making them ideal for high-performance gaming applications.
- **Flexible Identity Management**: The Openfort Identity service organizes on-chain identities into Auth, Signer, and Account layers, offering a modular structure for developers.

## The Collaboration

By deploying its infrastructure on Saakuru, Openfort is set to enhance the blockchain's ecosystem in several ways:

1. **Improved Developer Experience**: Game developers on Saakuru can now leverage Openfort's tools to create more engaging and user-friendly Web3 games.
2. **Enhanced Performance**: The combination of Saakuru's high-speed transactions and Openfort's efficient infrastructure could lead to superior gaming experiences.
3. **Seamless User Onboarding**: Openfort's Embedded Wallet solution can provide a smooth onboarding process for new users on the Saakuru platform.


Openfort has expanded its reach by deploying its wallet technology to Saakuru, a gaming blockchain platform

Openfort adds Saakuru in its supported chains

Telegram Mini-Apps have emerged as a powerful tool for developers to reach over 950 million monthly active users directly within the Telegram messenger. These lightweight applications, built using web technologies like HTML, CSS, and JavaScript, offer a seamless and integrated user experience without the need for separate downloads or installations.

The recent milestone of the TON blockchain surpassing 1 billion transactions, with half of this volume recorded in just the last three months, underscores the growing popularity and potential of Telegram Mini-Apps. This rapid growth is driven by innovative applications across various categories, including games, management tools, and utilities.

### Key Benefits of Telegram Mini-Apps:

1. **Instant access**: Users can engage with Mini-Apps directly from a Telegram chat, bypassing traditional app distribution challenges.
2. **Seamless integration**: The familiar Telegram interface reduces friction and enhances user engagement.
3. **Bot interaction**: Leverage Telegram Bots for automated experiences and interactive features.
4. **Massive user base**: Tap into Telegram's existing pool of 950 million monthly active users.
5. **Monetization opportunities**: Explore various revenue streams through in-app purchases, subscriptions, or advertising on the TON blockchain.

## How to build a Telegram mini-app with Openfort

In this tutorial, we'll walk through the process of building a web3 Telegram mini app using Openfort's SDK. **The full mini-app repository can be found [here](https://github.com/openfort-xyz/sample-telegram)**.

You can also test it out in your Telegram app by chatting with **"@OpenfortMiniAppBot"**.

By the end of this guide, you will have a fully functioning web3 Telegram mini app that allows users to:

- Authenticate using their Telegram account
- Generate a [non-custodial smart wallet](https://www.openfort.xyz/docs/guides/dashboard/custom-auth/telegram-mini-app)
- Mint NFTs directly from Telegram
- View their wallet information

![telegram-screenshot.png](https://blog-cms.openfort.xyz/uploads/telegram_screenshot_601db8f889.png)

---

Note: There are two methods of authentication with telegram. [Telegram auth](https://www.openfort.xyz/docs/guides/dashboard/social-login/auth-telegram) requires the botUsername as an OAuth2 authentication flow with telegram, similarly to how you login with Google with an access/refresh token returned. This method goes through the screen you have seen with the Continue with Telegram button.

The other method, [telegramMiniApp](https://www.openfort.xyz/docs/guides/dashboard/custom-auth/telegram-mini-app), uses the signed initDataRaw from the telegramSDK available in the mini app as third party authentication. It does not have any kind of refresh token since telegram is in charge of issuing new authentications. This method can be used directly from the mini app without requiring interaction with the user as he is already authenticated with the mini app.

So the telegram method can be used for example in a normal browser like firefox, chrome or unity or another platform. **The telegramMiniApp method is specially designed to work in mini apps an it's the one used in this guide.**

---

### Prerequisites
- Openfort account
- Telegram account
- Node.js and yarn installed
- ngrok or similar tunneling service for local development

## Step 1: Create a Telegram Mini App with BotFather
1. Add BotFather to your Telegram
2. Enter the command `/newbot` (new bot must be created first before creating an app)
3. Choose and enter a name and username for your bot
4. You will be given an access token - go to [Openfort authentication providers](https://dashboard.openfort.xyz/players/auth/providers) and add the `bot_token` in the Telegram Mini-app section.
5. Create a new mini app with the command `/newapp`
6. Select your bot and follow the prompts for app name, description, and photo
7. When asked for the URL, you'll need your ngrok URL (we'll set this up later)

## Step 2: Project Setup

1. Clone the repository:
```bash
git clone https://github.com/openfort-xyz/sample-telegram-mini-app-embedded-wallet
cd sample-telegram-mini-app-embedded-wallet
```

2. Create environment files:
```bash
# In /next-app directory
cp .env.example .env

# In /telegram-bot directory
cp .env.example .env
```

3. Configure environment variables:

In `/next-app/.env`:
```env
NEXT_PUBLIC_TELEGRAM_BOT_TOKEN=<your-bot-token>

NEXT_PUBLIC_OPENFORT_PUBLISHABLE_KEY=<from-openfort-dashboard>
NEXT_PUBLIC_OPENFORT_SHIELD_PUBLISHABLE_KEY=<from-openfort-dashboard>
NEXT_PUBLIC_OPENFORT_POLICY_ID=<your-policy-id>
NEXT_PUBLIC_OPENFORT_CHAIN_ID=<your-chain-id>
NEXT_PUBLIC_OPENFORT_CONTRACT_ID=<your-contract-id>

OPENFORT_SECRET_KEY=<from-openfort-dashboard>
OPENFORT_SHIELD_SECRET_KEY=<from-openfort-dashboard>
OPENFORT_SHIELD_ENCRYPTION_SHARE=<from-openfort-dashboard>
```

In `/telegram-bot/.env`:
```env
BOT_TOKEN=<your-bot-token>
FRONTEND_APP_ORIGIN=<your-ngrok-url>
```

## Step 3: Set Up Public URL
1. Install ngrok: `npm install -g ngrok`
2. Start ngrok: `ngrok http 3000`
3. Copy the HTTPS URL provided by ngrok
4. Update your Mini App URL in BotFather with this URL
5. Add the URL to `FRONTEND_APP_ORIGIN` in `/telegram-bot/.env`

## Step 4: Configure Openfort
1. Create an account on [Openfort Dashboard](https://dashboard.openfort.xyz/)
2. Create a new application
3. Get your API keys (Standard and Shield)
4. Create a new Asset and Policy
5. Add all IDs and keys to your environment variables

## Step 5: Install Dependencies and Run

1. Install dependencies:
```bash
# In /next-app directory
cd next-app && yarn install

# In /telegram-bot directory
cd ../telegram-bot && yarn install
```

2. Start both services:
```bash
# In /next-app directory
yarn dev

# In /telegram-bot directory (new terminal)
yarn dev
```

## Step 6: Test the Integration

1. Open your Telegram bot
2. Send the `/start` command
3. Click the "Launch App" button
4. The mini app should open and:
   - Authenticate you using your Telegram account
   - Generate a non-custodial wallet
   - Allow you to mint an NFT

## Key Components

### Telegram Bot
The bot is configured in `/telegram-bot/src/bot/features/openfort.ts`:
```typescript
feature.command('start', async (ctx) => {
  const keyboard = new InlineKeyboard().webApp(
    'Launch App',
    `${process.env.FRONTEND_APP_ORIGIN}/login/telegram`,
  )
  return ctx.reply('Click to launch.', { reply_markup: keyboard })
})
```

### API Routes
The Next.js app includes three main API routes:

1. `/api/createAuthConfig` - Configures Telegram Mini App authentication
2. `/api/createEncryptionSession` - Creates encryption session for non-custodial wallet
3. `/api/mintNft` - Handles NFT minting

### Main App Page
The main app logic is in `/next-app/src/app/login/telegram/page.tsx`, handling:
- Telegram authentication
- Wallet configuration
- NFT minting interface

For more detailed information, refer to the [repository README](https://github.com/openfort-xyz/sample-telegram-mini-app-embedded-wallet).

## Conclusion

You now have a working Telegram mini app that:
- Authenticates users via Telegram
- Creates self-custodial smart wallets
- Allows users to mint NFTs
- Handles sponsored transactions securely through Openfort's infrastructure

The mini app provides a seamless web3 experience without requiring users to leave Telegram, making it more accessible to mainstream users.

For more information and advanced features, refer to:
- [Openfort Documentation](https://docs.openfort.xyz)
- [Telegram Bot API Documentation](https://core.telegram.org/bots/api)
- [Telegram Mini Apps Documentation](https://docs.telegram-mini-apps.com/)

Telegram Mini-Apps have emerged as a powerful tool for developers to reach over 950 million monthly active users directly within the Telegram messenger. 

telegram-mini-apps.svg

Telegram Mini-Apps: A Guide to 950 Million Users

- [Saakuru: A Next-Generation Gaming Blockchain](#saakuru-a-next-generation-gaming-blockchain)
- [Openfort: Empowering Wallet Abstractions](#openfort-empowering-wallet-abstractions)
- [The Collaboration](#the-collaboration)

Saakuru: A Next-Generation Gaming Blockchain

Openfort has expanded its reach by deploying its wallet technology to Saakuru, a gaming blockchain platform. Let's delve into the specifics of what each platform brings to this collaboration.

[Saakuru: A Next-Generation Gaming Blockchain](#saakuru-a-next-generation-gaming-blockchain)

Saakuru is positioned as an all-in-one crypto app, focusing on Web3 infrastructure and serving both business (B2B) and consumer (B2C) users. Here are some key features of Saakuru:

: Saakuru is a public, permissioned Layer 2 blockchain built on Oasys rollups, compatible with the Ethereum Virtual Machine (EVM).

**EVM-Compatible Layer 2**: Saakuru is a public, permissioned Layer 2 blockchain built on Oasys rollups, compatible with the Ethereum Virtual Machine (EVM).

: It achieves an average transaction confirmation time of 1 second, significantly enhancing performance.

**High-Speed Transactions**: It achieves an average transaction confirmation time of 1 second, significantly enhancing performance.

: Saakuru adopts a fee delegation model where the network operator absorbs transaction fees, creating a gas-less environment for users.

**Gas-Free Environment**: Saakuru adopts a fee delegation model where the network operator absorbs transaction fees, creating a gas-less environment for users.

[Openfort: Empowering Wallet Abstractions](#openfort-empowering-wallet-abstractions)

Openfort is a technology-enabled service provider that streamlines Web3 game development. Here's what Openfort brings to the table:

: Leveraging the ERC-4337 standard, Openfort enables seamless in-game transactions without continuous signatures or verification.

**Wallet Abstraction**: Leveraging the ERC-4337 standard, Openfort enables seamless in-game transactions without continuous signatures or verification.

: Openfort's backend servers can handle up to 500 write transactions per second, making them ideal for high-performance gaming applications.

**Transaction Cloud**: Openfort's backend servers can handle up to 500 write transactions per second, making them ideal for high-performance gaming applications.

: The Openfort Identity service organizes on-chain identities into Auth, Signer, and Account layers, offering a modular structure for developers.

**Flexible Identity Management**: The Openfort Identity service organizes on-chain identities into Auth, Signer, and Account layers, offering a modular structure for developers.

By deploying its infrastructure on Saakuru, Openfort is set to enhance the blockchain's ecosystem in several ways:

: Game developers on Saakuru can now leverage Openfort's tools to create more engaging and user-friendly Web3 games.

**Improved Developer Experience**: Game developers on Saakuru can now leverage Openfort's tools to create more engaging and user-friendly Web3 games.

: The combination of Saakuru's high-speed transactions and Openfort's efficient infrastructure could lead to superior gaming experiences.

**Enhanced Performance**: The combination of Saakuru's high-speed transactions and Openfort's efficient infrastructure could lead to superior gaming experiences.

: Openfort's Embedded Wallet solution can provide a smooth onboarding process for new users on the Saakuru platform.

**Seamless User Onboarding**: Openfort's Embedded Wallet solution can provide a smooth onboarding process for new users on the Saakuru platform.

Openfort adds Saakuru in its supported chains

Saakuru: A Next-Generation Gaming Blockchain

Openfort: Empowering Wallet Abstractions

The Collaboration

Telegram Mini-Apps: A Guide to 950 Million Users

Product

Resources

Company