The malicious IP was reported for attempting unauthorized logins to the SIP server, potentially to gain control over voice communication.

Multi-step Attacks: Finding HTTP requests that only make sense if earlier requests succeeded or prepared the way.

The malicious IP attempted to brute-force the .htaccess file to gain unauthorized administrative access.

Side Channel Attacks: Repeated requests aimed at inferring sensitive information through observation of web responses.

HTTP Request with Large Content-Length: This could potentially indicate a buffer overflow attack where an attacker tries to crash the system by sending more data than it can handle.

Probing for Hidden Files: HTTP requests for files that should not be publicly accessible could suggest an attacker probing for unsecured content.

Our team discovered that specific IP was distributing intrusive cookie trackers.

The IP was seen trying to perform a FTP Reflection attack, using the FTP server to amplify its DDoS attack traffic.

This IP belongs to Rogers Cable.

This IP belongs to Apple.

Too Many HTTP GET Requests: An unusually high number of HTTP GET requests from a single IP or a small set of IPs could indicate a DoS attack.

The IP attempted to exploit known vulnerabilities in the Asterisk protocol.

The IP address was found roaming through the network, scanning for weak spots.

This malicious IP was reported for trying to intercept VoIP calls, a type of eavesdropping attack aimed at capturing sensitive information.

The IP attempted to login to the SASL server with an invalid username.

The IP made multiple requests to the server's robots.txt file.

This IP belongs to Xbox Live.

The IP has been traced back to system monitors, aiming to watch and record user activity.

This IP belongs to Korea Telecom.

The IP made multiple requests with the same DNT header.

GET /setup.php: Effort to locate setup files for PHP applications.

udden increase in account lockouts due to multiple failed login attempts.

This malicious IP was reported for attempting to perform a FTP Format String attack, exploiting format string vulnerabilities to crash the FTP server or execute arbitrary code.

Made various attempts at a forged return-path attack, attempting to spoof their source email address.

It attempted to use the Postfix server to relay emails with malicious links to other servers.