Penetration Testing | Breaking Cybersecurity News | The Hacker News

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 defin

As security technology and threat awareness among organizations improves so do the adversaries who are adopting and relying on new techniques to maximize speed and impact while evading detection. Ransomware and malware continue to be the method of choice by big game hunting (BGH) cyber criminals, and the increased use of hands-on or "interactive intrusion" techniques is especially alarming. Unlike malware attacks that rely on automated malicious tools and scripts, human-driven intrusions use the creativity and problem-solving abilities of attackers. These individuals can imitate normal user or administrative behaviors, making it challenging to distinguish between legitimate activities and cyber-attacks. The goal of most security practitioners today is to manage risk at scale. Gaining visibility, reducing the noise, and securing the attack surface across the enterprise requires the right people, processes, and security solutions. With the use of penetration testing services , organ

For years, securing a company's systems was synonymous with securing its "perimeter." There was what was safe "inside" and the unsafe outside world. We built sturdy firewalls and deployed sophisticated detection systems, confident that keeping the barbarians outside the walls kept our data and systems safe. The problem is that we no longer operate within the confines of physical on-prem installations and controlled networks. Data and applications now reside in distributed cloud environments and data centers, accessed by users and devices connecting from anywhere on the planet. The walls have crumbled, and the perimeter has dissolved, opening the door to a new battlefield: identity . Identity is at the center of what the industry has praised as the new gold standard of enterprise security: "zero trust." In this paradigm, explicit trust becomes mandatory for any interactions between systems, and no implicit trust shall subsist. Every access request, regardless of its origin,

Cybersecurity researchers have flagged the discovery of a new post-exploitation red team tool called Splinter in the wild. Palo Alto Networks Unit 42 shared its findings after it discovered the program on several customers' systems. "It has a standard set of features commonly found in penetration testing tools and its developer created it using the Rust programming language," Unit 42's Dominik Reichel said . "While Splinter is not as advanced as other well-known post-exploitation tools like Cobalt Strike, it still presents a potential threat to organizations if it is misused." Penetration testing tools are often used for red team operations to flag potential security issues in a company's network. However, such adversary simulation tools can also be weaponized by threat actors to their advantage.  Unit 42 said it has not detected any threat actor activity associated with the Splinter tool set. There is no information as yet on who developed the t

The evolution of software always catches us by surprise. I remember betting against the IBM computer Deep Blue during its chess match against the grandmaster Garry Kasparov in 1997, only to be stunned when the machine claimed victory. Fast forward to today, would we have imagined just three years ago that a chatbot could write essays, handle customer support calls, and even craft commercial artwork? We continue to be amazed by what software can achieve—tasks we once thought were strictly human domains. Such is the surprise unfolding in the sphere of cybersecurity testing. Hold tight! Demystifying Penetration Testing If someone had told me 10 years ago that computer software could one day perform the work of an ethical hacker, I would have said 'No way, Jose'. Penetration testing—PT for short—is when experts mimic hackers to test a company's defenses. It's a critical practice, mandated by major regulatory bodies like PCI DSS, HIPAA, and DORA to ensure network safety. Yet, despite

The most dangerous vulnerability you've never heard of. In the world of cybersecurity, vulnerabilities are discovered so often, and at such a high rate, that it can be very difficult to keep up with. Some vulnerabilities will start ringing alarm bells within your security tooling, while others are far more nuanced, but still pose an equally dangerous threat. Today, we want to discuss one of these more nuanced vulnerabilities as it is likely lurking in your environment waiting to be exploited: Active Directory Certificate Services vulnerabilities.  vPenTest by Vonahi Security recently implemented an attack vector specifically designed to identify and mitigate these hidden AD CS threats. But first, let's explore why AD CS vulnerabilities are so dangerous and how they work. What is Active Directory Certificate Services? Active Directory Certificate Services ("AD CS"), as defined by Microsoft is, "a Windows Server role for issuing and managing public key infrastructure (PKI) certific

What is Continuous Attack Surface Penetration Testing or CASPT? Continuous Penetration Testing or Continuous Attack Surface Penetration Testing (CASPT) is an advanced security practice that involves the continuous, automated, and ongoing penetration testing services of an organization's digital assets to identify and mitigate security vulnerabilities. CASPT is designed for enterprises with an evolving attack surface where periodic pentesting is no longer sufficient. Unlike traditional penetration testing, which is often performed annually or semi-annually, CASPT is an ongoing process that integrates directly into the software development lifecycle (SDLC), ensuring that vulnerabilities are discovered and addressed in real-time or near-real-time. CASPT is a proactive security measure designed to stay ahead of potential attackers by continuously evaluating the security posture of an organization. It enables security teams to identify critical entry points that could be exploited b

Application security testing is a critical component of modern software development, ensuring that applications are robust and resilient against malicious attacks. As cyber threats continue to evolve in complexity and frequency, the need to integrate comprehensive security measures throughout the SDLC has never been more essential. Traditional pentesting provides a crucial snapshot of an application's security posture, but when integrated across the SDLC, it allows for early detection and mitigation of vulnerabilities, reducing the risk of costly post-deployment fixes and enhancing overall security.  While the specifics for security testing vary for applications, web applications, and APIs, a holistic and proactive applications security strategy is essential for all three types. There are six core types of testing that every security professional should know about to secure their applications, regardless of what phase they are in in development or deployment.  In this article, w