Setting Up Telegram Alerts for Web3 Events

Want to stay on top of Web3 events in real time? Telegram bots can help you track blockchain activities like token transfers, NFT mints, and DeFi updates without missing a beat.

Here’s how to set up a Telegram bot that delivers instant alerts for critical blockchain events. By connecting it to smart contract signals, you can monitor activities across networks like Ethereum, Polygon, and Binance Smart Chain.

Key Steps:

• Create a Telegram Bot: Use Telegram’s BotFather to set up your bot and get an API token.

• Listen to Blockchain Events: Use libraries like ethers.js to track smart contract events (e.g., token transfers).

• Send Real-Time Alerts: Format blockchain data into clear messages and deliver them via Telegram’s API.

• Customize Notifications: Let users filter alerts by event type, network, or thresholds (e.g., minimum token value).

• Deploy and Scale: Use tools like Docker and Redis to ensure your system is reliable and scalable for multiple users.

This guide also covers advanced tips like handling WebSocket reconnections, integrating with CRMchat for workflows, and deploying in production environments. Ready to simplify Web3 monitoring? Let’s dive in.

Create an Automated Blockchain Telegram Bot | Moralis Streams Web3 Tutorial using Node.js

Step 1: Create a Telegram Bot Using BotFather

To kick things off, you'll need to use BotFather, Telegram's official tool for creating bots. This is the only way to set up a new Telegram bot.

"Automated bot creation isn't possible through the API. Telegram intentionally keeps this process manual via BotFather to prevent abuse."

• Nate_91Surf, Telegram Bot Developer

Get Your Bot API Token

Start by opening Telegram and searching for @BotFather - this is the official bot for creating and managing other bots. Once you find it, start a chat and send the /newbot command to begin.

You'll be prompted to enter a few details:

• Display Name: Choose something descriptive, like "Web3 Alert Bot", to make the bot's purpose clear.

• Username: Pick a unique username that ends with "bot", for example, web3_events_bot. If the username is already taken, BotFather will prompt you to try another.

After completing these steps, BotFather will generate a unique API token for your bot. This token is a long string of numbers and letters, like this: 4839574812:AAFD39kkdpWt3ywyRZergyOLMaJhac60qc. Copy and securely store this token - you'll need it to connect your bot to Telegram's servers.

"Make sure to save your token in a secure place, treat it like a password and don't share it with anyone."

• Telegram Core

Avoid hardcoding this token directly into your source code. Instead, store it in environment variables or a secure configuration file to keep it safe.

Set Up Basic Bot Settings

With your bot created and your API token secured, it's time to fine-tune its settings for Web3 notifications.

1. Add a Description: Use the /setdescription command in BotFather to explain what your bot does. For instance:
   "Real-time notifications for blockchain events, smart contract interactions, and DeFi activities. Stay updated on token transfers, NFT mints, and governance proposals."

2. Set "About" Text: Use /setabouttext to provide more detailed information about your bot's features. This text will be visible in the bot's profile.

3. Configure Commands: Use the /setcommands feature to define the bot's commands. Here's an example format:

   start  - Initialize the bot and view available options
   alerts - Manage your Web3 event subscriptions  
   status - Check current monitoring status
   help   - Get assistance with bot features

4. Upload a Profile Picture: Use /setuserpic to give your bot a recognizable image - something related to blockchain would work well.

Once these settings are in place, you're ready to connect your bot to blockchain event listeners and start delivering real-time Web3 updates.

Step 2: Set Up Web3 Smart Contract Event Listeners

To connect your Telegram bot with blockchain events, you’ll need to listen to smart contract signals like token transfers, NFT mints, or DeFi swaps. These signals, known as smart contract events, notify you of key on-chain activities.

Choose a Web3 Library: Web3.js or ethers.js

Start by picking a JavaScript library - Web3.js or ethers.js - to interact with blockchain networks. For this guide, we'll use ethers.js due to its concise syntax and strong TypeScript support.

Install the library in your project:

npm install ethers

Next, establish a connection to the blockchain. You’ll need an RPC endpoint for this - Infura and Alchemy are popular choices for reliable connections. Here’s an example setup:

const { ethers } = require("ethers");

<p>// Connect to Ethereum mainnet via Infura<br>const provider = new ethers.providers.JsonRpcProvider(<br>  "<a href="https://mainnet.infura.io/v3/YOUR_PROJECT_ID" data-framer-link="Link:{"url":"https://mainnet.infura.io/v3/YOUR_PROJECT_ID","type":"url"}">https://mainnet.infura.io/v3/YOUR_PROJECT_ID</a>"<br>);</p>

Set Up Event Filters

Efficient event filtering is crucial for querying indexed data while minimizing storage costs. To filter events effectively, you’ll need to understand how Solidity events work.

For non-anonymous Solidity events, the first topic contains the keccak256 hash of the event signature, enabling name-based filtering. You can filter up to three additional indexed parameters for non-anonymous events, and up to four for anonymous ones.

Here’s an example of setting up event filters for token transfers:

// Create contract instance with ABI and address
const contractABI = [
  "event Transfer(address indexed from, address indexed to, uint256 value)"
];

<p>const contract = new ethers.Contract(<br>  "0xA0b86a33E6441b8A4B5A4b8A4B5A4b8A4B5A4b8A", // Contract address<br>  contractABI,<br>  wsProvider<br>);</p>

Key Tip: Fixed-length indexed types (like uint or bytes5) are included directly as 32-byte padded values in topics. However, dynamic-length indexed types (like string or uint256[]) are hashed using keccak256, which means the original value isn’t stored in the event log. To retain the original value, include the parameter twice: once as indexed for filtering and once as non-indexed for data preservation.

This setup is vital for triggering real-time Telegram notifications based on blockchain activities.

Connect to Blockchain Networks

Monitoring multiple blockchain networks requires an understanding of their unique characteristics and choosing appropriate RPC providers.

• Ethereum Mainnet: Offers reliable connections but comes with higher gas fees.

• Polygon: Known for faster block times (around 2 seconds) and lower costs, making it ideal for frequent event monitoring.

• Binance Smart Chain (BSC): Strikes a balance with 3-second block times and moderate fees.

Here’s how to set up multi-network monitoring:

const networks = {
  ethereum: {
    name: "Ethereum Mainnet",
    rpc: "wss://mainnet.infura.io/ws/v3/YOUR_PROJECT_ID",
    chainId: 1
  },
  polygon: {
    name: "Polygon",
    rpc: "wss://polygon-mainnet.infura.io/ws/v3/YOUR_PROJECT_ID", 
    chainId: 137
  },
  bsc: {
    name: "Binance Smart Chain",
    rpc: "wss://bsc-dataseed1.binance.org:443",
    chainId: 56
  }
};

Handling Connection Stability

WebSocket connections can be unstable, so it’s important to implement reconnection logic. Here’s an example:

wsProvider.on("error", (error) => {
  console.log("WebSocket error:", error);
  // Reestablish the connection after a delay
});

For production systems, consider using multiple RPC providers as backups. Services like QuickNode, Alchemy, and Infura have different uptime characteristics. Rotating between them ensures that your event monitoring remains uninterrupted, even if one provider encounters issues.

Step 3: Set Up Real-Time Telegram Notifications

With your Web3 event listeners up and running, the next step is to transform raw blockchain data into clear Telegram alerts. Blockchain data can be highly technical, so it’s essential to format it into concise, actionable messages that users can easily understand.

Format Event Data for Clear Messages

To make blockchain event data more digestible, you’ll need a message formatter that can handle various data types. For example, token amounts must be converted from wei to standard units, addresses should be shortened for readability, and timestamps need to be displayed in local time zones. Here’s a sample formatter:

const { formatUnits } = require("ethers/lib/utils");

<p>function formatEventMessage(eventName, eventData, networkName) {<br>  const timestamp = new Date().toLocaleString("en-US", {<br>    timeZone: "America/New_York",<br>    month: "short",<br>    day: "numeric",<br>    hour: "2-digit",<br>    minute: "2-digit"<br>  });</p>
<p>  switch(eventName) {<br>    case "Transfer":<br>      const amount = formatUnits(eventData.value, 18); // Convert from wei<br>      const fromAddr = <code>${eventData.from.slice(0, 6)}...${eventData.from.slice(-4)}</code>;<br>      const toAddr = <code>${eventData.to.slice(0, 6)}...${eventData.to.slice(-4)}</code>;</p>
<pre><code>  return `🔄 **Token Transfer Alert**\n\n` +
         `**Amount:** ${parseFloat(amount).toLocaleString(&quot;en-US&quot;)} tokens\n` +
         `**From:** ${fromAddr}\n` +
         `**To:** ${toAddr}\n` +
         `**Network:** ${networkName}\n` +
         `**Time:** ${timestamp}`;

case &quot;Mint&quot;:
  return `🎨 **NFT Minted**\n\n` +
         `**Token ID:** #${eventData.tokenId}\n` +
         `**Owner:** ${eventData.to.slice(0, 6)}...${eventData.to.slice(-4)}\n` +
         `**Network:** ${networkName}\n` +
         `**Time:** ${timestamp}`;
</code></pre>

For added utility, include transaction hashes as clickable links to block explorers. If you’re tracking DeFi swaps, consider integrating price APIs to display USD values in your notifications. This helps users better understand the financial impact of the events.

Send Notifications with Telegram Bot API

Once your messages are formatted, you can send them using the Telegram Bot API. The API offers a straightforward way to send messages via HTTP. Below is an example of a notification sender function that handles API calls and error management:

const axios = require("axios");

<p>class TelegramNotifier {<br>  constructor(botToken) {<br>    this.botToken = botToken;<br>    this.apiUrl = <code>https://api.telegram.org/bot${botToken}</code>;<br>  }</p>
<p>  async sendNotification(chatId, message, options = {}) {<br>    try {<br>      const payload = {<br>        chat_id: chatId,<br>        text: message,<br>        parse_mode: "Markdown",<br>        disable_web_page_preview: true,<br>        ...options<br>      };</p>
<pre><code>  const response = await axios.post(`${this.apiUrl}/sendMessage`, payload);

  if (response.data.ok) {
    console.log(`Message sent successfully to chat ${chatId}`);
    return response.data.result;
  } else {
    console.error(&quot;Telegram API error:&quot;, response.data.description);
  }
} catch (error) {
  console.error(&quot;Failed to send notification:&quot;, error.message);

  // Retry logic for temporary errors
  if (error.response?.status === 429) {
    const retryAfter = error.response.data.parameters?.retry_after || 1;
    console.log(`Rate limited. Retrying after ${retryAfter} seconds`);
    setTimeout(() =&gt; this.sendNotification(chatId, message, options), retryAfter * 1000);
  }
}
</code></pre>

Keep in mind that Telegram enforces strict rate limits: 30 messages per second across all chats and no more than 1 message per second to the same chat. For high-frequency events, you might need to implement batching or queuing systems.

Here’s how you can connect your event listeners to the notification system:

const notifier = new TelegramNotifier(process.env.TELEGRAM_BOT_TOKEN);

<p>// Listen for Transfer events and send notifications<br>contract.on("Transfer", async (from, to, value, event) => {<br>  const message = formatEventMessage("Transfer", { from, to, value }, "Ethereum");</p>
<p>  // Send to all subscribed users<br>  const subscribers = await getSubscribersForEvent("Transfer");</p>

Set Up Notification Preferences

To keep notifications relevant and avoid overwhelming users, it’s important to allow them to customize their alert settings. Different users have different priorities, whether it’s specific event types, thresholds, or frequency of alerts. A simple preference system can help users tailor their experience.

Here’s an example of a basic user preferences schema:

const userPreferences = {
  chatId: "123456789",
  preferences: {
    events: ["Transfer", "Mint", "Swap"],
    minAmount: 1000, // Minimum USD value to trigger alerts
    networks: ["ethereum", "polygon"],
    frequency: "realtime", // Options: realtime, hourly, daily
    quietHours: {
      enabled: true,
      start: "22:00",
      end: "08:00",
      timezone: "America/New_York"
    }
  }
};

You can filter notifications based on these preferences:

async function shouldSendNotification(chatId, eventType, eventData) {
  const prefs = await getUserPreferences(chatId);

<p>  // Check if the user wants this event type<br>  if (!prefs.events.includes(eventType)) {<br>    return false;<br>  }</p>
<p>  // Check the minimum amount threshold<br>  if (eventData.usdValue && eventData.usdValue < prefs.minAmount) {<br>    return false;<br>  }</p>
<p>  // Check quiet hours<br>  if (prefs.quietHours.enabled) {<br>    const now = new Date();<br>    const userTime = new Date(now.toLocaleString("en-US", {<br>      timeZone: prefs.quietHours.timezone<br>    }));</p>
<pre><code>const currentHour = userTime.getHours();
const quietStart = parseInt(prefs.quietHours.start.split(&quot;:&quot;)[0]);
const quietEnd = parseInt(prefs.quietHours.end.split(&quot;:&quot;)[0]);

if (currentHour &gt;= quietStart || currentHour &lt; quietEnd) {
  return false;
}
</code></pre>
<p>  }</p>

For users who prefer batched notifications, you can implement a queuing system that collects events and sends them as a digest at scheduled intervals. Store pending notifications in a database and use scheduled tasks to send them in batches.

Finally, allow users to update their preferences through bot commands. For example:

// Handle preference updates via bot commands
bot.onText(/\/setminimum (\d+)/, async (msg, match) => {
  const chatId = msg.chat.id;
  const minAmount = parseInt(match[1]);

<p>  await updateUserPreference(chatId, "minAmount", minAmount);<br>  bot.sendMessage(chatId, <code>✅ Minimum alert amount set to ${minAmount.toLocaleString(&quot;en-US&quot;)}</code>);<br>});</p>
<p>bot.onText(//quiet (\d{2}:\d{2}) (\d{2}:\d{2})/, async (msg, match) => {<br>  const chatId = msg.chat.id;<br>  const startTime = match[1];<br>  const endTime = match[2];</p>

Step 4: Deploy and Manage Your Notification System

Once your alert system is functioning locally, it’s time to take things up a notch and deploy it to a production environment. This step ensures your Telegram notification system operates in real-time and serves users continuously.

Deploy to a Production Environment

To handle real-time blockchain connections and notifications, your Web3 system needs a robust hosting environment. Platforms like AWS, Google Cloud, or DigitalOcean provide the reliability and scalability required for production.

You can use Docker to simplify the deployment process by packaging your Node.js app. Here’s an example of a Dockerfile:

FROM node:18-alpine

<p>WORKDIR /app</p>
<p>COPY package*.json ./<br>RUN npm ci --only=production</p>
<p>COPY . .</p>
<p>EXPOSE 3000</p>

For security, sensitive information like API keys and database credentials should be stored in environment variables. Here’s an example configuration:

const config = {
  telegramBotToken: process.env.TELEGRAM_BOT_TOKEN,
  infuraApiKey: process.env.INFURA_API_KEY,
  contractAddress: process.env.CONTRACT_ADDRESS,
  databaseUrl: process.env.DATABASE_URL,
  port: process.env.PORT || 3000
};

In production, use databases like PostgreSQL or MongoDB to store user preferences, notification history, and system logs. Don’t forget to schedule regular backups and implement connection pooling to handle multiple operations efficiently.

After deployment, the key to ensuring uninterrupted service is monitoring your system’s health.

Monitor System Health and Logs

Effective monitoring is critical for maintaining your notification system. Observability relies on three main components: logs, metrics, and traces. Together, they provide insights into system performance, connectivity, and potential issues. However, traditional Web2 monitoring tools may not fully address the unique challenges of decentralized Web3 applications.

To make log data easier to parse and analyze, format it as JSON. Here’s an example using the winston library:

const winston = require('winston');

<p>const logger = winston.createLogger({<br>  level: 'info',<br>  format: winston.format.combine(<br>    winston.format.timestamp(),<br>    winston.format.errors({ stack: true }),<br>    winston.format.json()<br>  ),<br>  transports: [<br>    new winston.transports.File({ filename: 'error.log', level: 'error' }),<br>    new winston.transports.File({ filename: 'combined.log' }),<br>    new winston.transports.Console({<br>      format: winston.format.simple()<br>    })<br>  ]<br>});</p>
<p>// Log blockchain connection events<br>web3.on('connect', () => {<br>  logger.info('Connected to blockchain network', {<br>    network: 'ethereum',<br>    timestamp: new Date().toISOString()<br>  });<br>});</p>

Track key performance indicators like notification delivery rates, blockchain uptime, API response times, and error occurrences. Set up alerts for critical thresholds to address issues quickly.

Health check endpoints can also help external monitoring tools assess your system’s status. Here’s an example:

app.get('/health', async (req, res) => {
  const health = {
    status: 'healthy',
    timestamp: new Date().toISOString(),
    checks: {
      database: await checkDatabaseConnection(),
      blockchain: await checkBlockchainConnection(),
      telegram: await checkTelegramAPI()
    }
  };

<p>  const isHealthy = Object.values(health.checks).every(check => check.status === 'ok');</p>

Consider using tools like Datadog, New Relic, or Grafana to aggregate logs, visualize metrics, and send alerts for any issues.

Scale for Multiple Users

As your user base grows, your system must handle increasing demand without sacrificing reliability. Blockchain events can spike unpredictably, so scaling is essential.

Start by optimizing your database. Use indexing, connection pooling, and, if necessary, sharding to keep operations smooth:

const { Pool } = require('pg');

To comply with Telegram’s API limits, implement rate limiting and use a queuing system like Redis to manage message delivery:

const Queue = require('bull');
const notificationQueue = new Queue('notification processing', process.env.REDIS_URL);

<p>// Add notifications to the queue<br>async function queueNotification(chatId, message) {<br>  await notificationQueue.add('send-notification', {<br>    chatId,<br>    message,<br>    timestamp: Date.now()<br>  }, {<br>    attempts: 3,<br>    backoff: 'exponential',<br>    delay: 1000<br>  });<br>}</p>

For large-scale systems, consider breaking your application into microservices. For example, separate services for blockchain event listening, user management, and notification delivery allow you to scale each component independently.

Caching is another powerful tool to reduce database load and improve response times. Use solutions like Redis or Memcached to store frequently accessed data, such as user preferences and recent notification history.

To ensure high availability, deploy multiple instances across different availability zones and use load balancers. This setup minimizes downtime, even if one server fails.

As your system scales, track metrics like notification delivery times, resource usage, and user satisfaction to measure performance effectively.

A 2023 CNCF survey revealed that 59% of organizations found correlating signals across systems to be the most valuable outcome of investing in observability tools.

Step 5: Improve Your Telegram Alerts with CRMchat

Once your Web3 alert system is in place, you can take things up a notch by integrating a Telegram CRM like CRMchat. This tool transforms blockchain notifications into actionable workflows, making lead management and automated sales a breeze.

CRMchat Overview and Features

CRMchat is a Telegram-based CRM designed to organize blockchain notifications into manageable workflows. It supports over 7,000 Zapier integrations and offers features like folder syncing, daily digests, QR code lead capture, and even image and voice recognition - all within the Telegram app.

Here’s why CRMchat stands out:

• QR Code Lead Capture: Perfect for Web3 events and conferences, this feature helps teams instantly capture new contacts.

• Image and Screenshot Recognition: Extracts valuable information from shared visuals, such as transaction screenshots or NFT images, making it easier to process these details.

• Voice Updates: Team members can record notes about market changes or blockchain events directly in Telegram.

The best part? CRMchat operates as a Telegram mini-app, so you don’t need to juggle multiple platforms. Everything happens within Telegram, making it an ideal fit for teams already using it for Web3 communications.

Automate Lead Management with CRMchat

CRMchat takes automation to the next level by turning blockchain events into sales opportunities. For instance, when your blockchain event listener detects a specific transaction or smart contract interaction, CRMchat can automatically categorize it as a lead or opportunity.

Here’s how it works:

• AI Sales Agent: This feature can engage leads based on triggers you define. For example, if your system detects a large token transfer or NFT purchase, CRMchat can send a personalized follow-up message to the relevant contact.

• Bulk Messaging: Send targeted updates to user segments based on their blockchain activity. If someone interacts with a DeFi protocol, you can share relevant product updates or investment opportunities tailored to their interests.

• Custom Properties: Store blockchain-specific data like wallet addresses, transaction histories, and token holdings alongside traditional CRM details.

CRMchat also supports team collaboration, ensuring everyone is on the same page. When a major blockchain event occurs, tasks can be assigned to specific team members, and follow-up actions are tracked automatically. This seamless integration creates a smoother workflow for managing Web3 notifications.

Link CRMchat to Your Notification System

To connect CRMchat with your Telegram bot, use a Zapier webhook. This integration allows you to create or update contact records based on blockchain events detected by your notification system.

Here’s how to set it up:

1. Create a Zapier webhook that receives data from your Web3 notification system.

2. When the system detects relevant blockchain activity, it sends formatted data to CRMchat via the webhook.

Here’s an example of how the webhook might look in action:

// Send event data to CRMchat via Zapier webhook
async function sendToCRMchat(eventData) {
  const webhookUrl = process.env.ZAPIER_WEBHOOK_URL;

<p>  const crmData = {<br>    contact_name: eventData.userAddress,<br>    event_type: eventData.eventName,<br>    transaction_hash: eventData.transactionHash,<br>    value: eventData.value,<br>    timestamp: new Date().toISOString(),<br>    blockchain: eventData.network<br>  };</p>

Once the data reaches CRMchat, you can configure it to create or update contact records. Use Custom Properties to include details like wallet addresses, transaction values, or contract interactions.

You can also set up workflows triggered by specific blockchain events. For example, if someone completes their first DeFi transaction, CRMchat could add them to an educational email series or assign a sales rep to guide them through onboarding.

Additional features include:

• CSV and Google Sheets Import: Import historical blockchain data or community member lists to build a complete Web3 contact database.

• Tasks and Reminders: Automate follow-up actions. For instance, if a user hasn’t interacted with a smart contract in 30 days, a task can remind a team member to re-engage them.

• Calendar Integration: Sync important blockchain events, like governance votes or token unlocks, with your team’s schedules.

Flexible Pricing for Web3 Teams

CRMchat’s pricing is designed to be accessible for teams of all sizes. The Personal plan is free and includes basic CRM features, while the Team plan costs $28 per month (billed annually) and offers advanced features, including team collaboration and access to all integrations for up to three users.

Conclusion: Streamline Web3 Alerts with Telegram

Using Telegram alerts for Web3 events makes blockchain monitoring much simpler and more efficient. By setting up a custom bot through BotFather, connecting Web3 event listeners, and enabling real-time notifications, you've created a system that delivers critical updates about smart contract activity directly to your Telegram chat in a clear and actionable format.

The technical groundwork you've laid - whether it's configuring event filters with Web3.js or ethers.js or deploying your notification system in a live environment - ensures a steady flow of blockchain data. Your bot can now track activities like token transfers, NFT mints, governance votes, and other smart contract events, sending real-time, formatted alerts straight to your Telegram.

Taking this setup further, CRMchat integrates on-chain automation with Telegram's CRM workflows, transforming alerts into actionable business tasks. With the real-time notifications you've built, you can turn Web3 updates into practical workflows, whether you're managing DeFi protocols, monitoring NFT projects, or interacting with Web3 communities.

By connecting your notification system to CRMchat's AI sales agent and bulk messaging features, you can automate lead engagement based on blockchain activity. For example, when someone interacts with your smart contracts or makes notable token movements, the system can send personalized follow-ups, share educational content, or initiate sales outreach - all within Telegram's user-friendly environment.

Beyond added functionality, your Web3 alert system is designed to scale. It can support multiple users and blockchain networks seamlessly. Plus, with CRMchat's 7,000+ Zapier connections, your alerts can integrate with other business tools, building a complete Web3 business intelligence system - all managed through Telegram.

FAQs

How do I keep my Telegram bot's API token secure when setting up Web3 alerts?

To keep your Telegram bot's API token safe, it's best to store it in environment variables or use a secrets management tool instead of hardcoding it into your application. Make it a habit to rotate the token periodically to reduce potential risks, and never share it publicly under any circumstances. Additionally, ensure you use HTTPS for webhooks to encrypt data while it's being transmitted. Implement strict access controls to restrict who can interact with your bot. These precautions are key to safeguarding your bot and preserving the reliability of your Web3 alerts.

How can I manage WebSocket reconnections effectively in a Telegram alert system for blockchain events?

When managing WebSocket reconnections in a Telegram alert system, implementing exponential backoff with jitter is key. This approach helps prevent overloading the server by spacing out repeated connection attempts in a controlled and efficient manner.

Another crucial step is ensuring the system can restore its previous state after reconnecting. This minimizes the risk of losing important data during interruptions. Adding clear error messages and connection status updates further enhances reliability and keeps users informed. Together, these practices can help maintain a stable and dependable alert system for blockchain events.

How can I manage Telegram bot notifications to avoid receiving too many alerts?

When Telegram bot alerts start to feel overwhelming, customizing your notifications can make a big difference. You can tweak the settings to focus on only the most important updates, set temporary mute durations, or even assign distinct notification tones to separate high-priority alerts from less pressing ones.

Another helpful approach is to use a queuing system for your bot. This method spaces out notifications, sending them gradually over time while adhering to Telegram's rate limits. It’s a practical way to stay informed without being bombarded by a constant stream of updates.

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