They may not even be aware of the code used in an attack – which means they won’t spot it.Īttackers are also finding ways to subvert things such as Wi-Fi routers and poorly secured connected home/office systems to penetrate networks. The complexity of such attacks makes it very difficult for existing anti-virus or anti-malware protections. There have even been attempts to subvert device security before products leave the factory.Ī hacker may have designed a one-off piece of malware, most likely in a standard programming language, that has only one function – to subvert security in a computer and download a more malware-infested package in the background – or to gather user data for a couple of weeks before sending it back to its command-and-control server in the middle of the night when no one is watching. These attacks appear frequently, are fixed and then refined. These have interesting names – Roaming Mantis, for example, offered payloads that worked differently on different platforms – phishing for iOS and DNS-hijacking on Android. They seek out vulnerabilities on a component level, and they engage in highly sophisticated phishing attacks that encourage people to click links that download malware to their machines. The important thing about ZombieLoad is that it shows how as platforms become more secure, attackers are exploring far more sophisticated ways to exploit devices. Traditional computer security models have relied on perimeter protection – things like firewalls, virus checkers, and malware detection.īut those defenses aren’t robust enough to tackle or spot a threat like ZombieLoad.
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