As Apple computers grow increasingly popular and enjoy increased market share, the Mac world offers the next great frontier for cybercriminals. Exploits targeting Apple computers were definitely on the uptick in 2009.
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Researchers are monitoring a trick that makes it harder to track and shut down fraudulent websites.
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EDUCAUSE and VeriSign announced today the initiation of a project to enhance Internet reliability and stability. By the end of March 2010, the project will deploy a security system known as Domain Name Security Extensions (DNSSEC) within the .edu portion of the Internet, which EDUCAUSE manages under a cooperative agreement with the U.S. Department of Commerce. When the project is completed, institutions whose domain names end in .edu will be able to incorporate a digital signature into those names to limit a variety of security vulnerabilities.
The .edu domain will adopt DNSSEC next March amid more concern over Domain Name System security.
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The rapid morphing and bundling of exploits for known vulnerabilities could be the biggest concern for security experts, but that doesn't mean that new threats are not emerging.
Researchers spot new variant of malware that prepares machines for botnet recruitment and other cybercrime uses.
Trend Micro has uncovered a new variant in the wild to an older Mac malware, a DNS-Changing Trojan.
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Two days after disclosing two vulnerabilities that had been fixed in Firefox 3.5 (which had been released weeks before), Mozilla has disclosed 4 more vulnerabilities, 2 of them critical, and released new versions of Firefox to address them.
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A spoofed e-mail recently caused a stir at the SEC (Securities and Exchange Commission), underscoring credibility problems in the Internet's e-mail system.
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The Public Interest Registry will announce today that it has begun cryptographically signing the .org top-level domain using DNS security extensions known as DNSSEC. DNSSEC is an emerging standard that prevents spoofing attacks by letting Web sites verify their domain names and corresponding IP addresses using digital signatures and public-key encryption.