Cybercriminals have developed a web-based attack tool to hijack routers on a large scale when users visit compromised websites or view malicious advertisements in their browsers.. The goal of these attacks is to replace the DNS servers configured on routers with rogue ones controlled by attackers. This allows hackers to intercept traffic, spoof websites, hijack search queries, inject rogue ads on web pages and more. The link for this article located at TechWorld is no longer available. . Hackers utilize advanced DNS manipulation techniques to take control of network routers, exposing users to potential cyber threats.. DNS Hijacking, Router Security, Cybercrime Threats. . Alex
Two security researchers have demonstrated a new technique to stealthily intercept internet traffic on a scale previously presumed to be unavailable to anyone outside of intelligence agencies like the National Security Agency. The tactic exploits the internet routing protocol BGP (Border Gateway Protocol) to let an attacker surreptitiously monitor unencrypted internet traffic anywhere in the world, and even modify it before it reaches its destination. Find out about a new exploit that uses a weakness in the design of the internet's Border Gateway Protocol (BGP) to re-direct traffic to an eavesdropper. How do you think ISPs will respond to defending against this new technique? Check it out in the article below. . The link for this article located at Wired is no longer available. . A serious vulnerability in the Border Gateway Protocol (BGP) poses risks of secret traffic interception, allowing attackers to hijack and manipulate data flow globally. BGP Exploit, Traffic Interception, Eavesdropping Risk, Internet Protocol, Network Security. . Brittany Day
A group of security researchers has discovered a simple attack that enables them to intercept Internet traffic moving over a wireless network using gear that can be picked up at any electronics store and an easily downloadable piece of freeware. The . . . . A group of security researchers has discovered a simple attack that enables them to intercept Internet traffic moving over a wireless network using gear that can be picked up at any electronics store and an easily downloadable piece of freeware. The attack, accomplished by @Stake Inc., a security consulting company in Cambridge, Mass., affects a popular consumer version of Research In Motion Ltd.'s BlackBerry devices as well as a variety of handhelds that send unencrypted transmissions over networks such as Mobitex. By design, the Mobitex specification, like other wireless standards such as Global System for Mobile Communications and General Packet Radio Service, sends packets in unencrypted form. The network, which handles data transmissions only, has been in operation since 1986 and has a large base of installed devices, with customers using it for everything from point-of-sale verification to e-mail. "The attack is fairly simple," said Joe Grand, one of the researchers who perfected the technique. "The problem is, this isn't a bug. It's part of the spec that data is transmitted in the clear, just like it's part of the spec that Internet data is transmitted in the clear. The risk depends on who is using the network and when and what data they're sending." The link for this article located at eWEEK is no longer available. . Scientists uncover a technique to capture data on open Wi-Fi networks, prompting worries about privacy.. Traffic Interception, Wireless Security, Mobile Network Attack. . Anthony Pell
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