Distributed Denial Of Service Attack With Botnets

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Distributed Denial-of-Service Attack with Botnets Through the advancement in our technology, software has called for a change in our security systems. Many people around the world use the Internet as a source of communication, business, or entertainment. People browse their favorite sites with no concerns. In a blink of an eye, a company server can be taken over or worse a botnet can control all networks. A compromised server can be taken over by different hackers within seconds. This can happen stateside or overseas. Once the attackers are in, they will not leave until they get what they want. The scary knowledge of this attack is that it is happening to our most known companies, banks, or even the Government. The attack is known as…show more content…
Botnets can happen globally, the bots can locate and attack any source that the hackers want to overwhelm with hundreds and thousands of interference messages. The interference can come from different ways, including SPAM, Smurfs, Teardrops, or the Ping of Death. The botnet is generating an overflow of traffic or an automated flooding of a target that a hacker handpicked. Botnets have some ways they can do this. The flooding can happen when someone generates a request that sends to the server that it cannot handle. Also, the hackers can have multiple or thousands of computers that send random amounts of data to the target. Both of these ways will disable your connection. This is using up all of the servers’ bandwidth, which is making the computer vulnerable for notifications. These are the main ways that the attacks are happening. DDoS attacks are so successful it can max out a country’s international cable capacity (Digital Attack Map). The security reasons on how easy and efficient DDoS attacks are fairly simple. When a user “Smurfs” you, the hacker has begun to flood your router. The flooding of the router is forced by an Internet Control Message Protocol (ICMP); the flooding is coming from a volume of different packet sizes (Ashwini). The packets destination IP address is the broadcast address; this is causing the router to broadcast your ICMP packet’s
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