The most dangerous computer virus ever: the story of the Prisonbreak virus
On May 8, 2006, a new computer virus was discovered that would go on to be known as the world’s most dangerous. The Prisonbreak virus was able to infect both windows and mac computers, and once it was on a machine, it was incredibly difficult to remove. The virus would cause the computer to run extremely slowly, and any attempts to remove it would usually result in the computer crashing. Even worse, the virus would often disable any antivirus software that was installed on the infected machine, making it even more difficult to remove.
The scariest thing about the Prisonbreak virus, however, was its ability to spread. The virus would often send itself out to everyone in the infected person’s address book, meaning that it could quickly infect a large number of people. The virus would also change the person’s social media profile pictures to a picture of a prisoner, which would likely cause even more people to click on the link and become infected.
Thankfully, the Prisonbreak virus was eventually removed from the internet and is no longer a threat. However, it serves as a reminder of how dangerous computer viruses can be. It’s important to always have antivirus software installed on your computer, and to be careful about which emails and links you click on..View it
The most dangerous computer virus ever: the story of the SQL Slammer virus
The SQL Slammer virus was a computer worm that exploited a vulnerability in Microsoft SQL Server 2000 and caused a denial of service (DoS) attack on the host. The worm was released on January 25, 2003 and caused widespread damage, infecting more than 75,000 systems within 10 minutes. The SQL Slammer worm was the first major worm outbreak since the Code Red worm in 2001.
The SQL Slammer worm was written in C and was just 376 bytes in size. The worm exploited a buffer overflow vulnerability in the SQL Server Resolution Service, which is used to resolve server names. The worm did not contain any payload and only caused a DoS attack. When the worm infected a system, it sent a packet with a random IP address and port number to the UDP port 1434 on the target system. This caused the system to crash and restart.
The SQL Slammer worm spread quickly and caused considerable damage. It caused SQL Server systems to crash, leading to downtime and loss of data. The worm also caused network congestion and slowdowns. In some cases, the worm caused systems to crash so severely that they had to be reinstalled. The SQL Slammer worm was eventually contained and removed from systems, but not before causing significant damage.
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