Teamviewer proxy ip settings: TeamViewer connection configuration proxy IP

Don't let the network jam into PPT! Hands-on teaching you to use proxy IP to optimize TeamViewer!

Anyone who works remotely understands the fear of using TeamViewer to run intoInternet troll (agent provocateur on forums etc)The first thing you need to do is to use your own proxy service provider, ipipgo. Obviously, the local network speed is fast, the remote desktop is stuck into the PPT. this time there is a magic tool can save the life - proxy IP! Today, we will teach you how to use their own proxy service provider ipipgo, the TeamViewer tuned to the stable as the old dog.

What can a proxy IP really do?

Simply put, it is to find a "transit station" for your network. For example, if you are in Beijing to connect to the computer in the Shanghai office, if the direct connection delay is high, you can first use the proxy IP to bypass the server in Hangzhou transit, the actual test can be reduced by 30% more than the delay. Especially when multinational teamwork, choose the right proxy node than the direct connection much faster.

Nanny Level Configuration Tutorial

Open the main TeamViewer interface and follow this path:Other → Options → Advanced → Proxy Settings. Here's the kicker! Look carefully at the configuration parameters to be filled in here:

Proxy type: SOCKS5 (most recommended)/HTTP
Address: IP address obtained from ipipgo backend
Port: the port number given by the corresponding service provider
Account password: required for some packages

As a chestnut, with ipipgo's dynamic residential package, their API extraction format looks like this:

{
  "ip": "123.123.123.123",
  "port": 8888,
  "username": "your_account",
  "password": "your_password"
}

Choosing the right type of agent is important

According to the experience of the actual test, different scenes so choose:

QA Time: A Guide to Avoiding the Pit

Q: I can't connect after setting up the proxy?
A: It is likely that the port is not open, first check the "port whitelist" function in the background of ipipgo, and add the ports used by TeamViewer into it.

Q: The remote screen is stuck on and off?
A: change static residential IP try, dynamic IP sometimes because of switching nodes lead to lagging. ipipgo's static package 35 yuan / IP / month, suitable for the need for stability of the scene.

Q: How is the company intranet configured?
A: This is a situation to be usedagent chainTo do this, set up a secondary proxy in the ipipgo client, and remember to check the "Penetrate local network" option.

Why do you recommend ipipgo?

The agent in this house has a specialty--Carrier-grade networksThe advantage is that their IP pools are provided by legitimate carriers. Simply put, their IP pools are all provided by legitimate carriers, unlike some wild-chicken service providers that use virtual machine IPs. see here for the specific advantages:

• Nodes are available in 200+ countries around the world, find the nearest node to your target device!
• Support HTTP/HTTPS/Socks5 protocols, you can connect any way you want!
• The client comes with intelligent routing, which automatically selects the optimal route (this is a real time saver)

Package price is also real, dynamic residential minimum 7 yuan more than 1 G flow, temporary use, if you buy pay by volume more cost-effective. If the company used directly to their customer service to engage in customized programs, can save a lot of silver.

The Ultimate Trick: Switching Proxies Automatically

Using ipipgo's API in conjunction with a script, you can achieveAutomatic IP change in case of disconnection. A Python example is given here:

import requests
from teamviewer import api

def refresh_proxy(): proxy = requests.get("".json())
    proxy = requests.get("https://api.ipipgo.com/getproxy").json()
    api.update_settings(
        proxy_type='socks5',
        address=proxy['ip'],
        port=proxy['port']
    )

while True: if check_connection() == False.
    if check_connection() == False: customize the detection function
        refresh_proxy()

This script is tested to be effective, and can automatically cut to a new node within 30 seconds after disconnection. Note that you need to fill in the request header with the API key for ipipgo, which is written quite clearly in their documentation.