Hi, I am concerned about the security of the backoffice login page:
I do not believe there is any sort of application-level rate limiting on the login page. Anybody could reach that page and attempt to log in, and thirty bees would not stop an attacker from attempting hundreds of logins per minute. There is no 2-factor authentication available either.
This is why I would limit access to the backoffice route to a small number of trusted IP addresses, using apache's require IP directive.
Recently however, I have moved to another country and the ISP here do not provide static IP addresses. The IP address I am given changes rather frequently and I am unable to use the require IP directive to protect the backoffice login page.
Am I mistaken? Are there application-level mitigations for bruteforce attacks on the backoffice login page?
How do I make sure attackers cannot attempt logins like that?
Question
Jeffrey de Bruijn
Hi, I am concerned about the security of the backoffice login page:
I do not believe there is any sort of application-level rate limiting on the login page. Anybody could reach that page and attempt to log in, and thirty bees would not stop an attacker from attempting hundreds of logins per minute. There is no 2-factor authentication available either.
This is why I would limit access to the backoffice route to a small number of trusted IP addresses, using apache's require IP directive.
Recently however, I have moved to another country and the ISP here do not provide static IP addresses. The IP address I am given changes rather frequently and I am unable to use the require IP directive to protect the backoffice login page.
Am I mistaken? Are there application-level mitigations for bruteforce attacks on the backoffice login page?
How do I make sure attackers cannot attempt logins like that?
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