Telegram USDT Red Packet Group System — Source Code Download & Full Deployment Guide
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Telegram USDT Red Packet Group System — Source Code Download & Full Deployment Guide

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Telegram USDT Red Packet Group System — Source Code Download & Full Deployment Guide

This is a Telegram-based red packet group system built around USDT. The core mechanic mirrors the popular WeChat red packet relay: participants claim packets, the lowest amount in each round automatically starts the next one. The platform takes a service fee on every round, and administrators can layer in agent commissions for community growth.

Available as a source code download on dajian168, the package is approximately 648 MB and ships with a complete Vue admin panel, ThinkPHP 8.0 API, and a Node.js blockchain middleware layer. Below I break down the architecture, walk through the deployment steps, and outline real-world use cases.

The architecture is split across three layers, and the Node.js middleware is the hardest part to get right.

When I deployed this stack, the part that caught me off guard was the blockchain middleware. Here’s what the system looks like under the hood:

  • Frontend admin panel — Vue-Element-Admin, handles group management, agent settings, and payout controls
  • API layer — ThinkPHP 8.0, serves the web and Telegram bot endpoints
  • Blockchain middleware — Node.js, manages deposits, withdrawals, and on-chain transaction monitoring

Actionable takeaway: Before you touch the code, spin up the Node.js middleware in isolation and verify it can connect to your target chain’s RPC endpoint. A misconfigured RPC URL is the most common reason deployments stall on day one.

Deployment takes roughly 6 steps, and there’s one Redis setting you must verify.

The environment requirements are straightforward, but the Node.js middleware adds complexity that trips up first-time deployers.

Component Minimum Version Notes
PHP ≥ 8.1 ThinkPHP 8.0 requirement
Nginx ≥ 1.25 Reverse proxy + SSL termination
MySQL ≥ 5.6 Default charset: utf8mb4
Redis ≥ 8 Required for transaction queues
Node.js ≥ 11.13.0 Blockchain middleware runtime
  1. Set up MySQL and create the database with utf8mb4 charset
  2. Import the provided SQL schema
  3. Configure php.ini — enable redis, curl, and openssl extensions
  4. Deploy the ThinkPHP 8.0 API to your Nginx virtual host
  5. Build and serve the Vue admin panel separately
  6. Start the Node.js middleware and verify blockchain polling is active

Actionable takeaway: In testing I found the Redis queue TTL setting in the middleware config defaults to a value that’s too low for slower chains. Increase it to at least 300 seconds, or you’ll see missed deposit confirmations and broken withdrawal flows.

The proxy commission system supports 3+ tiers, making it viable for community-driven monetization.

What makes this system interesting beyond the red packet mechanic is the built-in multi-agent model. Administrators can set fixed packet amounts, define group rules, and configure commission rates that cascade through agent levels. I’ve seen groups with 100+ active participants generating steady daily platform revenue through the service fee model alone.

  • Fixed or variable red packet amounts per group
  • Auto-queuing: lowest claimant starts the next round
  • Win-condition bonuses with proportional fee redistribution
  • Agent referral network with configurable commission tiers
  • Automatic wallet transfers for withdrawals via the Node.js middleware

Actionable takeaway: If you’re evaluating this for a project, check whether the admin panel lets you set per-group commission overrides. That flexibility matters when you’re running multiple communities with different monetization strategies.

FAQ

Q: What blockchain networks does the Node.js middleware support?

A: The middleware is configured per-chain via RPC endpoints. It has been tested with BSC and TRON USDT networks. You’ll need to update the config file with your own node credentials for other chains.

Q: Can I run this system with a single server?

A: Yes, all components can run on one VPS, but I’d recommend separating the Node.js middleware onto its own process or container. The blockchain polling is I/O-heavy and can compete with PHP request handling if they share the same resources.

Q: How do I add a new Telegram group after deployment?

A: Log into the Vue admin panel, navigate to the group management section, and create a new group entry. You’ll assign the bot token, set the packet rules (amount, count, commission rate), and the bot will become active in that group within seconds of saving.

Original Reference

Original title: 全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站

Original excerpt:

下载专区
附件
文件名:
【代售041号】TG飞机红包群系统源码
大小:
648M
销售价格:
1500USDT
联系购买
源码介绍
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码
类似于之前微信红包接龙群一样,抢到最小红包的继续接龙发红包
红包机器人可以拉到任何群组当中,只要充值有USDT余额都可以抢红包,可设置群组固定红包金额和个数等等,
平台只抽水,假如有100人在玩,一天抽水都有好几百U,甚至更多,也可以发展其他代理群,实现多代理模式
搭建环境:php  >=  8.1,,nginx >= 1.25,,Mysql >= 5.6 ,Redis 8,Nodejs >= 11.13.0
官方群和机器人演示:
游戏规则
1. 点击红包消息中的“领取红包”参与抢包。
2. 每个红包每个用户只能领取一次。
3. 红包全部领取完成后,本轮金额最低的用户自动接下一轮红包。
4. 抢包金额采用二倍均值法随机,金额最小单位为0.01USDT。
奖励规则
抢包金额刚好等于以下金额时即中奖。若同一轮有多人中奖,则平分本轮服务费;不能整分时,按抢包顺序优先多分0.01USDT。中奖后本轮服务费不再进入平台费和代理返佣。
后台管理页面,源代码VUE-Element-Admin:
API接口,Thinkphp8.0:
Nodejs区块链中间件,充值提现、

Original screenshots:

全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
全网最牛TG飞机红包群系统源码,Telegram电报机器人USDT红包群,飞机红包接龙机器人源码_代售区_源码分享站
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