WordPress Pingback Vulnerability | Breaking Cybersecurity News | The Hacker News

DDoS attacks are a growing issue facing by governments and businesses. In a recent attack, thousands of legitimate WordPress websites have been hijacked by hackers, without the need for them to be compromised. Instead, the attackers took advantage of an existing WordPress vulnerability ( CVE-2013-0235 ) - " Pingback Denial of Service possibility ". According to security company Sucuri , in a recent amplification attack more than 162,000 legitimate Wordpress sites were abused to launch a large-scale distributed denial-of-service (DDoS) attack . The attack exploited an issue with the XML-RPC (XML remote procedure call) of the WordPress, use to provide services such as Pingbacks, trackbacks, which allows anyone to initiate a request from WordPress to an arbitrary site. The functionality should be used to generate cross references between blogs, but it can easily be used for a single machine to originate millions of requests from multiple locations. " Any

Accunetix a web application security company reported vulnerabilities found in the Wordpress Pingback feature. According to report, Pingback vulnerability exists in the WordPress blogging platform that could leak information and lead to distributed denial of service (DDoS) attacks. " WordPress has an XMLRPC API that can be accessed through the xmlrpc.php file. When WordPress is processing pingbacks, it's trying to resolve the source URL, and if successful, will make a request to that URL and inspect the response for a link to a certain WordPress blog post. If it finds such a link, it will post a comment on this blog post announcing that somebody mentioned this blog post in their blog. " Bogdan Calin explained . Pingback is one of three types of linkbacks, methods for Web authors to request notification when somebody links to one of their documents. This enables authors to keep track of who is linking to, or referring to their articles. Some weblog software, such as Mo

It's been a decade since the National Institute of Standards and Technology (NIST) introduced its Cybersecurity Framework (CSF) 1.0. Created following a 2013 Executive Order, NIST was tasked with designing a voluntary cybersecurity framework that would help organizations manage cyber risk, providing guidance based on established standards and best practices. While this version was originally tailored for Critical infrastructure, 2018's version 1.1 was designed for any organization looking to address cybersecurity risk management.  CSF is a valuable tool for organizations looking to evaluate and enhance their security posture. The framework helps security stakeholders understand and assess their current security measures, organize and prioritize actions to manage risks, and improve communication within and outside organizations using a common language. It's a comprehensive collection of guidelines, best practices, and recommendations, divided into five core functions: Identify, Protec