Mastering Attack Surface Discovery: A Power Tool for Security Operations Pros

As security teams witness that their organization’s digital footprint keeps growing in size and complexity, the urgent need for attack surface discovery becomes clear. But what exactly does attack surface discovery entail, and why is it so crucial in today’s digital landscape? This blog post aims to demystify attack surface discovery and provide insights into its importance for security operations teams.

Snyk named a Leader, placed highest in Strategy category in The Forrester Wave: Software Composition Analysis (SCA), Q2 2023 report

We’re thrilled to announce that Snyk was named a Leader in The Forrester Wave™: Software Composition Analysis (SCA), Q2 2023 report! We believe this recognition — and the fact that we are ranked highest in the Strategy category out of all evaluated vendors — highlights the work we’ve done at Snyk to disrupt the industry with developer-centric application security solutions to help companies secure their software supply chain.

Shielding Against the Most Recent Fortinet Vulnerability

During a red team assessment for a client, Charles Fol and Dany Bach from LEXFO, discovered a heap overflow bug in Fortigate’s SSL VPN that can be exploited to achieve remote code execution on Fortigate instances. This vulnerability is reachable without authentication, and can be used to execute arbitrary code on vulnerable systems, which could lead to a complete compromise of the system.

The Pearland School District Suffers a Data Breach Impacting More than 55,000 People

The Pearland Independent School District spans over 23 separate campuses in the Pearland, Texas area. The district teaches over 21,000 students and employs as many as 1,771 individuals. The large district generates approximately $144 million in revenue annually and handles data for tens of thousands of students, parents, and employees.

Random but Memorable - Episode 11.0: Fancy Bear Grunge Nostalgia with Scott J. Shapiro

It’s the final episode of the season! Join us for one last action-packed show as we break down all the latest security news in Watchtower Weekly and get nostalgic with a 90s-themed game of Play Your Passwords Right. 💿��🎮🎶 We’re also lucky enough to be joined by Scott J. Shapiro, author of the latest cybersecurity true-crime novel Fancy Bear Goes Phishing: The Dark History of the Information Age, in Five Extraordinary Hacks. Tune in to find out more about some of history’s most astonishing cyberattacks and what we can learn from them.

Top 5 Ways Cybercriminals Engage in Credential Harvesting: Protecting Your Login Credentials

In today's digital world, login credentials are the keys to the kingdom. Whether it's your online banking, your social media accounts, or your work accounts, your login credentials are essential for accessing your personal information. Unfortunately, cybercriminals are always looking for ways to obtain these credentials, and their techniques are becoming increasingly sophisticated.

Rise of AI in Cybercrime: How ChatGPT is revolutionizing ransomware attacks and what your business can do

The content of this post is solely the responsibility of the author. AT&T does not adopt or endorse any of the views, positions, or information provided by the author in this article. OpenAI's flagship product, ChatGPT, has dominated the news cycle since its unveiling in November 2022. In only a few months, ChatGPT became the fastest-growing consumer app in internet history, reaching 100 million users as 2023 began.

Domain and IP intelligence with alphaMountain and LimaCharlie

With how quickly threat actors move, your network and security teams need additional data to triangulate security investigations and ensure your users are safe. Learn how you can leverage LimaCharlie's integration with alphaMountain to provide domain and IP intelligence feeds for cyber protection based on continuously trained AI models. alphaMountain helps security architects and analysts make better, faster decisions about the risks posed by a host on the internet.