threat detection | Breaking Cybersecurity News | The Hacker News

In today’s digital world, security breaches are all too common. Despite the many security tools and training programs available, identity-based attacks—like phishing, adversary-in-the-middle, and MFA bypass—remain a major challenge. Instead of accepting these risks and pouring resources into fixing problems after they occur, why not prevent attacks from happening in the first place? Our upcoming webinar, “ How to Eliminate Identity-Based Threats ,” will show you how, featuring Beyond Identity experts Jing Reyhan (Director of Product Marketing) and Louis Marascio (Sr. Product Architect). Join them to discover how a secure-by-design access solution can block phishing, adversary-in-the-middle attacks, and more—before they ever reach your network. What You Will Learn Stop Attacks at the Source: Learn to proactively block threats like phishing—before they can target your systems. Master Key Security Techniques: Discover how secure-by-design solutions enable phishing resistance, ve...

Identity-based attacks are on the rise. Attackers are targeting identities with compromised credentials, hijacked authentication methods, and misused privileges. While many threat detection solutions focus on cloud, endpoint, and network threats, they overlook the unique risks posed by SaaS identity ecosystems. This blind spot is wreaking havoc on heavily SaaS-reliant organizations big and small. The question is, what can security teams do about it? Have no fear, because Identity Threat Detection and Response (ITDR) is here to save the day. It’s essential to have the visibility and response mechanisms to stop attacks before they become breaches. Here’s the super lineup that every team needs to stop SaaS identity threats. #1 Full coverage: cover every angle  Like Cap’s shield, this defense should cover every angle. Traditional threat detection tools such as XDRs and EDRs fail to cover SaaS applications and leave organizations vulnerable. SaaS identity threat detection and re...

Cybersecurity researchers have disclosed details of a new supply chain attack vector dubbed Rules File Backdoor that affects artificial intelligence (AI)-powered code editors like GitHub Copilot and Cursor, causing them to inject malicious code. "This technique enables hackers to silently compromise AI-generated code by injecting hidden malicious instructions into seemingly innocent configuration files used by Cursor and GitHub Copilot," Pillar security's Co-Founder and CTO Ziv Karliner said in a technical report shared with The Hacker News. "By exploiting hidden unicode characters and sophisticated evasion techniques in the model facing instruction payload, threat actors can manipulate the AI to insert malicious code that bypasses typical code reviews." The attack vector is notable for the fact that it allows malicious code to silently propagate across projects, posing a supply chain risk. The crux of the attack hinges on the rules files that are used ...

Google is making the biggest ever acquisition in its history by purchasing cloud security company Wiz in an all-cash deal worth $32 billion. "This acquisition represents an investment by Google Cloud to accelerate two large and growing trends in the AI era: improved cloud security and the ability to use multiple clouds (multicloud)," the tech giant said today. It added the acquisition, which is subject to regulatory approvals, is meant to provide customers with a "comprehensive security platform" that secures modern IT environments.  Google Cloud CEO Thomas Kurian said by bringing its cloud offerings and Wiz together, the move will "spur the adoption of multicloud cybersecurity, the use of multicloud, and competition and growth in cloud computing." Wiz CEO Assaf Rappaport said it will remain an independent multicloud platform even after the deal is closed, and that it will work with other cloud companies like Amazon Web Services (AWS), Microsoft A...

While Okta provides robust native security features, configuration drift, identity sprawl, and misconfigurations can provide opportunities for attackers to find their way in. This article covers four key ways to proactively secure Okta as part of your identity security efforts. Okta serves as the cornerstone of identity governance and security for organizations worldwide. However, this prominence has made it a prime target for cybercriminals who seek access to valuable corporate identities, applications, and sensitive data. While Okta provides robust native security features and recommended best practices, maintaining proper security controls requires constant vigilance. Configuration drift, identity sprawl, and misconfigurations can provide attackers a way into Okta and other apps if left unchecked. This article covers four key ways Nudge Security can help you proactively secure Okta as part of your efforts to harden your identity security posture. 1. Continuous Configuration ...

The Need For Unified Security Google Workspace is where teams collaborate, share ideas, and get work done. But while it makes work easier, it also creates new security challenges. Cybercriminals are constantly evolving, finding ways to exploit misconfigurations, steal sensitive data, and hijack user accounts. Many organizations try to secure their environment by piecing together different security tools, hoping that multiple layers of protection will keep them safe.  But in reality, this patchwork approach often creates blind spots, making it harder—not easier—to defend against threats. To truly secure Google Workspace, businesses need a unified security strategy that offers complete protection without unnecessary complexity. The problem with most security solutions is that they only solve part of the puzzle. Point solutions, like tools that block malware or phishing attacks, might work well for a specific type of threat but fail to recognize suspicious user behavior, unauthori...

USB drive attacks constitute a significant cybersecurity risk, taking advantage of the everyday use of USB devices to deliver malware and circumvent traditional network security measures. These attacks lead to data breaches, financial losses, and operational disruptions, with lasting impacts on an organization's reputation. An example is the Stuxnet worm discovered in 2010, a malware designed to target industrial control systems, specifically Iran's nuclear enrichment facilities. It exploited multiple zero-day vulnerabilities and spread primarily through USB drives, making it one of the first examples of a cyberattack with real-world physical effects. Stuxnet exposed the risks of removable media and raised global awareness of cybersecurity threats to critical infrastructure. How USB drive attacks propagate Attackers use various methods to deliver malicious payloads via USB drives, targeting individuals and organizations.  Drop attacks : Infected USB drives are deliberatel...

The rapid adoption of cloud services, SaaS applications, and the shift to remote work have fundamentally reshaped how enterprises operate. These technological advances have created a world of opportunity but also brought about complexities that pose significant security threats. At the core of these vulnerabilities lies Identity —the gateway to enterprise security and the number one attack vector for bad actors. Explore the importance of modernizing Identity strategies and the benefits of centralizing Identity within your security ecosystem to safeguard your organization from costly breaches while enhancing operational efficiency. The rise of fragmented tech stacks Gone are the days when enterprises relied on a single solution tied to a comprehensive license agreement. Businesses today prioritize agility and performance, opting for “best-in-breed” solutions that patch together fragmented tech ecosystems. While these advanced tech stacks provide flexibility, they also create signif...

Organizations today face relentless cyber attacks, with high-profile breaches hitting the headlines almost daily. Reflecting on a long journey in the security field, it’s clear this isn’t just a human problem—it’s a math problem. There are simply too many threats and security tasks for any SOC to manually handle in a reasonable timeframe. Yet, there is a solution. Many refer to it as SOC 3.0—an AI-augmented environment that finally lets analysts do more with less and shifts security operations from a reactive posture to a proactive force. The transformative power of SOC 3.0 will be detailed later in this article, showcasing how artificial intelligence can dramatically reduce workload and risk, delivering world-class security operations that every CISO dreams of. However, to appreciate this leap forward, it’s important to understand how the SOC evolved over time and why the steps leading up to 3.0 set the stage for a new era of security operations. A brief history of the SOC For deca...

Ransomware doesn’t hit all at once—it slowly floods your defenses in stages. Like a ship subsumed with water, the attack starts quietly, below the surface, with subtle warning signs that are easy to miss. By the time encryption starts, it’s too late to stop the flood.  Each stage of a ransomware attack offers a small window to detect and stop the threat before it’s too late. The problem is most organizations aren’t monitoring for early warning signs - allowing attackers to quietly disable backups, escalate privileges, and evade detection until encryption locks everything down. By the time the ransomware note appears, your opportunities are gone.  Let’s unpack the stages of a ransomware attack, how to stay resilient amidst constantly morphing indicators of compromise (IOCs), and why constant validation of your defense is a must to stay resilient. The Three Stages of a Ransomware Attack - and How to Detect It Ransomware attacks don’t happen instantly. Attackers follow a st...