vulnerability management | Breaking Cybersecurity News | The Hacker News

Continuous Integration and Continuous Delivery/Deployment (CI/CD) refers to practices that automate how code is developed and released to different environments. CI/CD pipelines are fundamental in modern software development, ensuring code is consistently tested, built, and deployed quickly and efficiently. While CI/CD automation accelerates software delivery, it can also introduce security risks. Without proper security measures, CI/CD workflows can be vulnerable to supply chain attacks, insecure dependencies, and insider threats. To mitigate these risks, organizations must integrate measures for continuous monitoring and enforcing security best practices at every pipeline stage. Securing CI/CD workflows preserves the software delivery process's confidentiality, integrity, and availability. Security challenges and risks in CI/CD workflows While CI/CD workflows offer benefits in terms of automation and speed, they also bring unique security challenges that must be addressed to ...

Modern apps move fast—faster than most security teams can keep up. As businesses rush to build in the cloud, security often lags behind. Teams scan code in isolation, react late to cloud threats, and monitor SOC alerts only after damage is done. Attackers don't wait. They exploit vulnerabilities within hours. Yet most organizations take days to respond to critical cloud alerts. That delay isn't just risky—it's an open door. The problem? Security is split across silos. DevSecOps, CloudSec, and SOC teams all work separately. Their tools don't talk. Their data doesn't sync. And in those gaps, 80% of cloud exposures slip through—exploitable, avoidable, and often invisible until it's too late. This free webinar ," Breaking Down Security Silos: Why Application Security Must Span from Code to Cloud to SOC ," shows you how to fix that. Join Ory Segal, Technical Evangelist at Cortex Cloud (Palo Alto Networks), and discover a practical approach to securing your apps from code to cl...

The Vulnerability Treadmill The reactive nature of vulnerability management, combined with delays from policy and process, strains security teams. Capacity is limited and patching everything immediately is a struggle. Our Vulnerability Operation Center (VOC) dataset analysis identified 1,337,797 unique findings (security issues) across 68,500 unique customer assets. 32,585 of them were distinct CVEs, with 10,014 having a CVSS score of 8 or higher. Among these, external assets have 11,605 distinct CVEs, while internal assets have 31,966. With this volume of CVEs, it's no surprise that some go unpatched and lead to compromises. Why are we stuck in this situation, what can be done, and is there a better approach out there? We'll explore the state of vulnerability reporting, how to prioritize vulnerabilities by threat and exploitation, examine statistical probabilities, and briefly discuss risk. Lastly, we'll consider solutions to minimize vulnerability impact while giving management ...

Run by the team at workflow orchestration and AI platform Tines, the Tines library features pre-built workflows shared by security practitioners from across the community - all free to import and deploy through the platform's Community Edition . A recent standout is a workflow that automates monitoring for security advisories from CISA and other vendors, enriches advisories with CrowdStrike threat intelligence, and streamlines ticket creation and notification. Developed by Josh McLaughlin, a security engineer at LivePerson, the workflow drastically reduces manual work while keeping analysts in control of final decisions, helping teams stay on top of new vulnerabilities. "Before automation, creating tickets for 45 vulnerabilities took about 150 minutes of work," Josh explains. "After automation, the time needed for the same number of tickets dropped to around 60 minutes, saving significant time and freeing analysts from manual tasks like copy-pasting and web browsing." LivePerson's s...

The U.S. government funding for non-profit research giant MITRE to operate and maintain its Common Vulnerabilities and Exposures ( CVE ) program will expire Wednesday, an unprecedented development that could shake up one of the foundational pillars of the global cybersecurity ecosystem. The 25-year-old CVE program is a valuable tool for vulnerability management, offering a de facto standard to identify, define, and catalog publicly disclosed security flaws using CVE IDs. The program has listed over 274,000 CVE records to date. Yosry Barsoum, MITRE's vice president and director of the Center for Securing the Homeland (CSH), said its funding to "develop, operate, and modernize CVE and related programs, such as the Common Weakness Enumeration ( CWE ), will expire." "If a break in service were to occur, we anticipate multiple impacts to CVE, including deterioration of national vulnerability databases and advisories, tool vendors, incident response operations, and al...

When assessing an organization's external attack surface, encryption-related issues (especially SSL misconfigurations) receive special attention . Why? Their widespread use, configuration complexity, and visibility to attackers as well as users make them more likely to be exploited.  This highlights how important your SSL configurations are in maintaining your web application security and minimizing your attack surface. However, research shows that most (53.5%) websites have  inadequate security and that  weak SSL/TLS configuration is amongst the most common application vulnerabilities. Get your SSL configuration right, and you'll enhance your cyber resilience and keep your apps and data safe. Get it wrong, however, and you can increase your organization's attack surface, exposing your business to more cyberattacks. We'll explore the impacts of SSL misconfigurations and explain why they present such a significant attack surface risk. Then, we'll show you how a s...

"A boxer derives the greatest advantage from his sparring partner…" — Epictetus, 50–135 AD Hands up. Chin tucked. Knees bent. The bell rings, and both boxers meet in the center and circle. Red throws out three jabs, feints a fourth, and—BANG—lands a right hand on Blue down the center. This wasn't Blue's first day and despite his solid defense in front of the mirror, he feels the pressure. But something changed in the ring; the variety of punches, the feints, the intensity – it's nothing like his coach's simulations. Is my defense strong enough to withstand this? He wonders, do I even have a defense? His coach reassures him "If it weren't for all your practice, you wouldn't have defended those first jabs. You've got a defense—now you need to calibrate it. And that happens in the ring." Cybersecurity is no different. You can have your hands up—deploying the right architecture, policies, and security measures—but the smallest gap in your defense could let an attacker land a kn...

Cyber threats evolve daily. In this live webinar, learn exactly how ransomware attacks unfold—from the initial breach to the moment hackers demand payment. Join Joseph Carson, Delinea's Chief Security Scientist and Advisory CISO, who brings 25 years of enterprise security expertise. Through a live demonstration , he will break down every technical step of a ransomware attack, showing you how hackers exploit vulnerabilities and encrypt data—in clear, simple language. What You Will Learn Attack Initiation: Understand how hackers exploit software bugs and weak passwords to breach your network. Hacker Tactics: See the technical methods hackers use to move laterally, encrypt files, and create backdoors. Identifying Vulnerabilities: Discover common weaknesses like outdated software, misconfigured servers, and unprotected endpoints, plus actionable tips to fix them. Live Simulation: Watch a step-by-step live demo of a ransomware attack—from breach to ransom demand. Expert Analysi...

Cyber threats are growing more sophisticated, and traditional security approaches struggle to keep up. Organizations can no longer rely on periodic assessments or static vulnerability lists to stay secure. Instead, they need a dynamic approach that provides real-time insights into how attackers move through their environment. This is where attack graphs come in. By mapping potential attack paths, they offer a more strategic way to identify and mitigate risk. In this article, we'll explore the benefits, types, and practical applications of attack graphs. Understanding Attack Graphs An attack graph is a visual representation of potential attack paths within a system or network. It maps how an attacker could move through different security weaknesses - misconfigurations, vulnerabilities, and credential exposures, etc. - to reach critical assets. Attack graphs can incorporate data from various sources, continuously update as environments change, and model real-world attack scenarios. ...

As the cybersecurity landscape continues to evolve, proactive vulnerability management has become a critical priority for managed service providers (MSPs) and IT teams. Recent trends indicate that organizations increasingly prioritize more frequent IT security vulnerability assessments to identify and address potential security flaws. Staying informed on these trends can help MSPs and IT teams remain one step ahead of potential cyber-risks. The Kaseya Cybersecurity Survey Report 2024 navigates this new frontier of cyber challenges. The data is clear: Organizations are becoming increasingly reliant on vulnerability assessments and plan to prioritize these investments in 2025. Companies are increasing the frequency of vulnerability assessments  In 2024, 24% of respondents said they conduct vulnerability assessments more than four times per year, up from 15% in 2023. This shift highlights a growing recognition of the need for continuous monitoring and quick response to emerging t...

Attack surfaces are growing faster than security teams can keep up – to stay ahead, you need to know what's exposed and where attackers are most likely to strike. With cloud adoption dramatically increasing the ease of exposing new systems and services to the internet, prioritizing threats and managing your attack surface from an attacker's perspective has never been more important. In this guide, we look at why attack surfaces are growing and how to monitor and manage them properly with  tools like Intruder . Let's dive in. What is your attack surface? First, it's important to understand what we mean when we talk about an attack surface. An attack surface is the sum of your digital assets that are 'reachable' by an attacker – whether they are secure or vulnerable, known or unknown, in active use or not. You can also have both internal and external attack surfaces - imagine for example a malicious email attachment landing in a colleague's inbox, vs a new FTP server being...

When CVEs go viral, separating critical vulnerabilities from the noise is essential to protecting your organization. That's why Intruder, a leader in attack surface management, built Intel ( now known as cvemon ) - a free vulnerability intelligence platform designed to help you act fast and prioritize real threats. What is Intel? Intel was created to fill a gap in the resources available for tracking emerging vulnerabilities. When one of Intruder's go-to tools shut down last year, the team set out to build a solution that would not only meet their needs but also benefit the wider infosec community. Intel tracks the top trending CVEs from the past 24 hours and assigns each a 'hype score' - a rating out of 100, benchmarked against the year's highest levels. Alongside real-time insights, Intel features expert commentary from Intruder's Security team and consolidates the latest information from trusted sources like NVD and CISA, all in one place. 5 Ways Intel Helps You Stay Ahea...

Continuous Threat Exposure Management (CTEM) is a strategic framework that helps organizations continuously assess and manage cyber risk. It breaks down the complex task of managing security threats into five distinct stages: Scoping, Discovery, Prioritization, Validation, and Mobilization. Each of these stages plays a crucial role in identifying, addressing, and mitigating vulnerabilities - before they can be exploited by attackers.  On paper, CTEM sounds great . But where the rubber meets the road – especially for CTEM neophytes - implementing CTEM can seem overwhelming. The process of putting CTEM principles into practice can look prohibitively complex at first. However, with the right tools and a clear understanding of each stage, CTEM can be an effective method for strengthening your organization's security posture.  That's why I've put together a step-by-step guide on which tools to use for which stage. Want to learn more? Read on… Stage 1: Scoping  When you're...