Take the private deployment SSH tool as an example, open the SSH tool on the user's local computer (SecureCRT is used as an example here), and click Quick Connect; enter the "IP" private deployment transit server IP (private deployment transit is together with the portal server by default), "Port" 8022 (the transit server firewall must open port 8022), "Username" please fill in your Xingyun Butler account (user admin is used as an example here), "Password" please fill in the password corresponding to your Xingyun Butler account;

If you are connecting directly in a terminal such as Linux, please refer to the following command format to fill in the form, assuming that the Xingyun Manager portal address is yun.baoleiji.com, and the Xingyun Manager user is the domain user bill@cloud.com to log in to the Xingyun Manager portal

Using this plugin, you can replace vim in many cases to directly modify and debug the code on the server remotely. It also has code highlighting and completion functions, just like using VScode locally, without having to repeatedly configure vim plugins on the server side.

Definition and Principle of Honeypot

As the name implies, a honeypot is a "bait" designed to attract and capture attackers. It usually simulates a vulnerable system or service to lure attackers to come and try to attack. By observing and analyzing the attacker's behavior, we can obtain the attacker's intelligence and attack mode, providing important basis for subsequent defense measures.

Application scenarios of honeypots

Honeypot technology can be widely used in various network environments, such as corporate intranets, government agency networks, school networks, etc. It can not only be used to defend against external attacks, but also for internal security audits and risk assessments. In addition, honeypots can also be used to study new attack methods and defense technologies, providing important support for the development of network security.

How to set up and manage a honeypot

Setting up and managing a honeypot requires certain skills and experience. First, we need to select the appropriate honeypot type and configuration, and select the simulated operating system, service type, etc. according to actual needs. Secondly, we need to configure the logging function of the honeypot to collect and analyze the attacker's behavior data. In addition, we also need to regularly update the configuration and patches of the honeypot to prevent advanced attackers from exploiting vulnerabilities to bypass our traps.

Advantages and Challenges of Honeypots

The advantage of honeypot technology is that it can actively trap attackers, obtain their intelligence and behavior patterns, and provide strong support for defenders. However, honeypot technology also faces some challenges, such as how to set effective traps and how to prevent false positives. In addition, honeypots need to be linked with other security devices and technologies to play their best role.