![]() Once you select the BurpSuite, the following screen will appear:Įnter a name for the connector, or leave it as “Burp” if you wish. On the Connectors page, select BurpSuite. To set up the Connector, navigate to the Connectors tab in your Cisco Vulnerability Management deployment (you must be a Cisco Vulnerability Management Administrator to do so). Given that the Connector is file based, users must simply have access to export data from BurpSuite in the proper format.Ĭonfiguring your Connector in Cisco Vulnerability Management The Connector is a mandatory full run connector, as it is a file-based (XML) connector. To import your data from BurpSuite to the Kenna.AppSec module, you will need to leverage the BurpSuite XML Connector under the Dynamic Assessment tools. It is designed with security testers in mind, to integrate closely with your existing techniques and methodologies for manual and automated testing. □️ Stay Tuned! The application will be available for download on our website in the coming weeks.Burp Scanner is a state-of-the-art vulnerability scanner for web applications. ![]() ![]() Together, let's strengthen our digital defenses! □️ Stay Tuned! The application will be available for download on our website in the coming weeks. The aim is to unmask malicious actors who misuse platforms like Telegram, ensuring a safer digital landscape for all. □️ While our intention is to bolster cybersecurity, we strongly advocate for the ethical use of such tools. Toggle the menu using the 'Insert' button to hide or show the menu. Easily hook into the Telegram process and introduce an 'Interception' tab. A seamless UI based on the renowned ImGui library. Intercept Telegram traffic and reveal the identity of Telegram users once they accept a call. □ Here’s a sneak peek into its features: A special highlight goes to the XOR-MAPPED-ADDRESS attribute type that can potentially disclose a Telegram user's WAN IP once a call is initiated. Bederov on the vulnerabilities within the STUN protocol used by Telegram. We're on the verge of unveiling a groundbreaking tool inspired by the recent insightful publication by Igor S. #easyanticheat #reversing #security #infosec #bypass #exploitation #cr3 #eac #cheats #hacks #hooking #drivers #cpp #cybersecurity This tool will be available at no cost, furthering our commitment to the cybersecurity community. Upcoming Release: Stay tuned for our forthcoming software aimed at simplifying Win32 API Call hooking, designed to aid Red Teaming campaigns. Note: The points listed are just the tip of the iceberg there are numerous details that are beyond the scope of this post. * Exploiting a driver vulnerability (Unflagged by MS) We believe that this research can significantly benefit organizations, even those with the most stringent security measures. ![]() ![]() This tool was solely used in a controlled environment, ensuring no gaming experience was disrupted.ĭisclaimer: The intent behind this research is to enhance our methodologies for Red Teaming Assessments, enabling our security experts to operate discreetly, evading detection by Security Operations Centers. A noteworthy result was the development of a tool that allows visualization of in-game enemy locations, including details such as distance. Outcome: We successfully navigated through EAC’s security protocols. This endeavor was strictly for RESEARCH purposes. Objective: Our primary goal was to understand the depths of EAC’s security, not to cheat within online gaming. With this objective, our team at WebSec undertook a research initiative to probe the security mechanisms of EasyAntiCheat (EAC). In the ever-evolving domain of cybersecurity, understanding the vulnerabilities and strengths of existing systems is paramount. ![]()
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