我们提供在一部电脑登录几百个Telegram账号的工具,We provide multiple login Telegram software! 硬件ID避免关联是怎样实现从而避免批量封号的?
在一台电脑上登录几百个 Telegram 账号时,硬件 ID 和 IP 地址 是 Telegram 识别设备的两个重要因素。如果 Telegram 发现多个账号使用相同的硬件标识(如设备 ID、MAC 地址等),或通过相同的 IP 地址登录,就可能触发其反滥用机制,导致账号被批量封禁。为了避免这种情况,必须分离每个账号的硬件标识,并确保每个账号的登录环境尽可能模拟成独立设备:我们提供在一部电脑登录几百个Telegram账号的多开工具,We provide multiple login Telegram software!。内置了为每个多开的飞机号伪装出单独硬件身份的App,更重要的是,我们的这款工具还接入了千万级别的住宅IP库,为所有的多开飞机号都提供隔离开的独立网络环境。为了帮助出海营销人员更加深入的了解我们的多开工具,我们|飞机号: t.me/bulk006|接下来从打造硬件ID的角度,看看是如何通过什么样的技术路径来实现的:
1. 技术路径概述
a. 代理 IP 轮换
为每个账号分配不同的代理服务器(如 SOCKS5 或 HTTP 代理),确保每个账号登录时使用不同的 IP 地址。这样可以避免 Telegram 检测到多个账号来自同一个 IP 地址。Smartproxy 代理 | 住宅IP测评。军事级别的加密、超过千万级别住宅IP的租用,灰产出海及擦边产品群控、群发的不二选择!
b. 虚拟化或容器化
使用虚拟化技术(如 Docker 或 VirtualBox)为每个账号创建一个隔离的虚拟环境。这些虚拟环境可以模拟独立的设备,每个环境可以拥有独立的设备标识,如 MAC 地址、设备 ID 等。(3)Telegram批量注册账号工具;
c. 修改和伪造设备指纹
通过修改或伪造设备指纹(如设备 ID、Android ID、MAC 地址等),可以使每个 Telegram 账号看起来像是在不同的设备上登录。对于桌面环境,可以使用工具或脚本来修改这些标识。
d. 会话管理
每个 Telegram 账号需要独立的会话文件(.session
文件),这样可以确保每个账号的会话状态是独立的,不会相互干扰。 (2)Telegram自动群发工具;
2. 技术实现方案
a. IP 代理和容器化
可以通过使用 Docker 容器来创建多个独立的虚拟环境,每个环境中运行一个 Telegram 客户端实例,并为每个实例分配独立的代理 IP 和设备指纹。Docker 是一种轻量级的虚拟化工具,适合部署多个隔离的应用实例。
b. 修改 MAC 地址和设备 ID
在每个 Docker 容器中,可以修改容器的 MAC 地址、设备 ID 等信息,以模拟不同的硬件环境。(1)Telegram
Nearby附近人批量自动营销工具;
3. 示例:使用 Docker 实现隔离的 Telegram 账号登录
下面是一个使用 Docker 来运行多个 Telegram 账号的示例。每个 Docker 容器将模拟一个独立的环境,并通过代理登录 Telegram。
步骤 1:安装 Docker
首先确保你的系统上安装了 Docker。如果未安装,可以参考 Docker 官方文档 进行安装。
步骤 2:创建 Telegram 客户端的 Docker 镜像
你可以创建一个 Docker 镜像,该镜像包含 Telegram 客户端(例如使用 Python 的 Telethon
库)并配置代理和设备标识。 (6)我们提供飞机群和频道克隆的服务和强拉群工具,将竞争对手的 Telegram 群成员全部强制拉到自建的飞机群!
首先,创建一个 Dockerfile:
步骤 3:编写 Telegram 客户端脚本
编写一个 Python 脚本来管理 Telegram 账号登录,并在 Docker 容器中运行。
步骤 4:构建 Docker 镜像
在包含 Dockerfile
和 telegram_client.py
的目录下,运行以下命令来构建 Docker 镜像: (5)我们提供Telegram 群监听工具和自动回复机器人开发服务:工具、API 机器人开发 + 逆向工程实现;
docker build -t telegram-client .
步骤 5:运行多个 Docker 容器
使用 Docker 容器运行多个 Telegram 客户端实例,并为每个容器设置不同的代理和设备标识。
为了进一步模拟不同的设备环境,你可以在 Docker 容器启动时修改 MAC 地址。例如,在启动 Docker 容器时使用 --mac-address
参数:
4. 关键点技术总结
代理轮换:为每个 Telegram 账号分配不同的代理 IP,确保每个账号的登录请求来自不同的 IP 地址,从而避免批量封号。
设备指纹修改:通过 Docker 虚拟化技术为每个账号创建独立的虚拟环境,并修改 MAC 地址等硬件标识,使每个账号看起来是在不同的设备上登录。
会话隔离:每个账号使用独立的
.session
文件,确保会话状态的隔离。 (22)我们提供飞机Session号批量登录的工具和代码,We provide Telegram session accounts bulk login software & codes!飞机多开!操作频率控制:在操作多个账号时,控制每个账号的操作频率,避免频繁的批量操作导致账号被封禁。
5. 进一步优化
代理池管理:可以使用一个代理池管理系统,自动分配和轮换代理 IP,确保代理的高可用性和稳定性。
自动化脚本:使用脚本自动化容器的管理和监控,确保每个 Telegram 账号的健康状态,并处理可能出现的网络或代理故障。(7)我们提供开发和定制 Telegram 搜群机器人 Bot 的服务!
因此,通过使用 Docker 容器化技术、代理 IP 轮换以及修改硬件指纹,你可以在单台电脑上安全地登录和管理大量的 Telegram 账号。示例代码展示了如何使用 Telethon
和 Docker 来实现多账号隔离和并发处理,从而避免 Telegram 的批量封号机制。
To log in to hundreds of Telegram accounts on a single computer without triggering bulk bans due to hardware ID association issues, you must ensure that each account is isolated in terms of hardware identifiers (such as device ID, MAC address, etc.) and IP address. If Telegram detects multiple accounts using the same hardware identifiers or logging in from the same IP, it may trigger anti-abuse mechanisms, leading to mass account bans.
To prevent this, it's necessary to isolate the hardware identifiers for each account and ensure the login environment for each account simulates an independent device. This can be achieved through the following technical approaches.
1. Technical Path Overview
a. IP Rotation (Proxies)
Assign different proxy servers (such as SOCKS5 or HTTP proxies) to each account to ensure that each account logs in from a different IP address. This prevents Telegram from detecting multiple accounts logging in from the same IP.
b. Virtualization or Containerization
Use virtualization technologies (such as Docker or VirtualBox) to create isolated virtual environments for each account. These virtual environments can simulate independent devices, each with its own hardware identifiers such as MAC addresses and device IDs.
c. Spoofing and Modifying Device Fingerprints
By modifying or spoofing device fingerprints (such as device ID, Android ID, MAC address, etc.), you can make each Telegram account appear to be logging in from a different device. For desktop environments, tools or scripts can be used to modify these identifiers.
d. Session Management
Each Telegram account needs a separate session file (.session
) to ensure that the session state for each account is independent and does not interfere with others.
2. Technical Implementation Plan
a. IP Proxies and Containerization
You can use Docker containers to create multiple isolated virtual environments, with each environment running an instance of the Telegram client. Each instance can be assigned a unique proxy IP and device fingerprint. Docker is a lightweight virtualization tool suitable for deploying multiple isolated application instances.
b. Modifying MAC Address and Device ID
Within each Docker container, you can modify the container’s MAC address, device ID, and other information to simulate different hardware environments.
3. Example: Using Docker to Log into Isolated Telegram Accounts
Below is an example of using Docker to run multiple Telegram accounts. Each Docker container simulates an isolated environment and logs into Telegram through a proxy.
Step 1: Install Docker
First, ensure that Docker is installed on your system. If not, you can follow the official Docker documentation to install it.
Step 2: Create a Docker Image for the Telegram Client
You can create a Docker image that includes the Telegram client (for example, using the Python Telethon
library), and configure proxies and hardware identifiers.
First, create a Dockerfile
:
# Use the official Python base imageFROM python:3.9-slim# Set the working directoryWORKDIR /app# Install dependenciesRUN pip install telethon# Copy the local code into the containerCOPY . /app# Run the Telegram client scriptCMD ["python", "telegram_client.py"]
Step 3: Write the Telegram Client Script
Create a Python script to manage Telegram account login and run it inside the Docker container.
import asynciofrom telethon import TelegramClientimport randomimport os# Telegram API credentialsAPI_ID = os.getenv('TELEGRAM_API_ID')API_HASH = os.getenv('TELEGRAM_API_HASH')PHONE_NUMBER = os.getenv('TELEGRAM_PHONE_NUMBER')# Proxy settings (can be dynamically assigned via environment variables or config files)proxy = { 'proxy_type': 'socks5', # Using SOCKS5 proxy 'addr': os.getenv('PROXY_ADDR'), 'port': int(os.getenv('PROXY_PORT')), 'username': os.getenv('PROXY_USER'), 'password': os.getenv('PROXY_PASS'),}# Create a TelegramClient instanceclient = TelegramClient(f'sessions/{PHONE_NUMBER}.session', API_ID, API_HASH, proxy=proxy)async def main(): # Log in to Telegram await client.start(phone=PHONE_NUMBER) print(f"Logged in as {PHONE_NUMBER}") # Listen for new messages @client.on(events.NewMessage) async def handler(event): print(f"New message from {event.sender_id}: {event.text}") # Keep the client running await client.run_until_disconnected()if __name__ == '__main__': asyncio.run(main())
Step 4: Build the Docker Image
In the directory containing the Dockerfile
and telegram_client.py
, run the following command to build the Docker image:
docker build -t telegram-client .
Step 5: Run Multiple Docker Containers
Use Docker containers to run multiple instances of the Telegram client, assigning each container a different proxy and device identifier.
docker run -d \ --name telegram_client_1 \ -e TELEGRAM_API_ID='YOUR_API_ID' \ -e TELEGRAM_API_HASH='YOUR_API_HASH' \ -e TELEGRAM_PHONE_NUMBER='+12345678901' \ -e PROXY_ADDR='proxy1.com' \ -e PROXY_PORT='1080' \ -e PROXY_USER='proxy_user' \ -e PROXY_PASS='proxy_pass' \ telegram-client
docker run -d \
--name telegram_client_2 \ -e TELEGRAM_API_ID='YOUR_API_ID' \ -e TELEGRAM_API_HASH='YOUR_API_HASH' \ -e TELEGRAM_PHONE_NUMBER='+12345678902' \ -e PROXY_ADDR='proxy2.com' \ -e PROXY_PORT='1080' \ -e PROXY_USER='proxy_user' \ -e PROXY_PASS='proxy_pass' \ telegram-client# Continue running containers for more accounts...
Step 6: Modify MAC Address and Device Identifier
To further simulate different device environments, you can modify the
MAC address of each Docker container. For example, use the --mac-address
parameter when launching a Docker container:
docker run -d \ --mac-address="02:42:ac:11:00:02" \ --name telegram_client_3 \ -e TELEGRAM_API_ID='YOUR_API_ID' \ -e TELEGRAM_API_HASH='YOUR_API_HASH' \ -e TELEGRAM_PHONE_NUMBER='+12345678903' \ -e PROXY_ADDR='proxy3.com' \ -e PROXY_PORT='1080' \ -e PROXY_USER='proxy_user' \ -e PROXY_PASS='proxy_pass' \ telegram-client
4. Summary of Key Points
IP Rotation: Assign different proxy IPs to each Telegram account to ensure that each account’s login request comes from a different IP, preventing bulk bans.
Device Fingerprint Modification: Use Docker virtualization technology to create separate virtual environments for each account and modify identifiers like MAC addresses to make each account appear to be logging in from a different device.
Session Isolation: Each account uses a separate
.session
file to ensure session state isolation.Rate Limiting: Control the operation frequency for each account to avoid frequent batch operations that could cause account bans.
5. Further Optimization
Proxy Pool Management: Implement a proxy pool management system to automatically allocate and rotate proxy IPs, ensuring high availability and stability of proxies.
Automation Scripts: Use scripts to automate container management and monitoring, ensuring the health of each Telegram account and handling potential network or proxy failures.
By using Docker containerization, IP rotation through proxies, and
modifying hardware fingerprints, you can safely log in and manage
hundreds of Telegram accounts on a single computer. The example code
demonstrates how to use Telethon
and Docker to achieve multi-account isolation and concurrent processing, helping to avoid Telegram’s bulk banning mechanisms.
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