DevSecOps | Breaking Cybersecurity News | The Hacker News

From zero-day exploits to large-scale bot attacks — the demand for a powerful, self-hosted, and user-friendly web application security solution has never been greater. SafeLine is currently the most starred open-source Web Application Firewall (WAF) on GitHub, with over 16.4K stars and a rapidly growing global user base. This walkthrough covers what SafeLine is, how it works, and why it's becoming the go-to solution over cloud-based WAFs. What is SafeLine WAF? SafeLine is a self-hosted web application firewall that acts as a reverse proxy, filtering and monitoring HTTP/HTTPS traffic to block malicious requests before they reach your backend web applications. Unlike cloud-based WAFs, SafeLine runs entirely on your own servers—giving you unmatched visibility and data sovereignty. Key Features of SafeLine WAF Comprehensive Attack Prevention SafeLine effectively blocks a wide range of common and advanced web attacks, including SQL injection(SQLi), cross-site scripting (XSS), OS co...

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...

Detecting leaked credentials is only half the battle. The real challenge—and often the neglected half of the equation—is what happens after detection. New research from GitGuardian's State of Secrets Sprawl 2025 report reveals a disturbing trend: the vast majority of exposed company secrets discovered in public repositories remain valid for years after detection, creating an expanding attack surface that many organizations are failing to address. According to GitGuardian's analysis of exposed secrets across public GitHub repositories, an alarming percentage of credentials detected as far back as 2022 remain valid today: "Detecting a leaked secret is just the first step," says GitGuardian's research team. "The true challenge lies in swift remediation." Why Exposed Secrets Remain Valid This persistent validity suggests two troubling possibilities: either organizations are unaware their credentials have been exposed (a security visibility problem),...

For over a decade, application security teams have faced a brutal irony: the more advanced the detection tools became, the less useful their results proved to be. As alerts from static analysis tools, scanners, and CVE databases surged, the promise of better security grew more distant. In its place, a new reality took hold—one defined by alert fatigue and overwhelmed teams. According to OX Security's 2025 Application Security Benchmark Report , a staggering 95–98% of AppSec alerts do not require action - and may, in fact, be harming organizations more than helping. Our research, spanning over 101 million security findings across 178 organizations, shines a spotlight on a fundamental inefficiency in modern AppSec operations. Of nearly 570,000 average alerts per organization, just 202 represented true, critical issues. It's a startling conclusion that's hard to ignore: security teams are chasing shadows, wasting time, burning through budgets, and straining relations wit...

There's a virtuous cycle in technology that pushes the boundaries of what's being built and how it's being used. A new technology development emerges and captures the world's attention. People start experimenting and discover novel applications, use cases, and approaches to maximize the innovation's potential. These use cases generate significant value, fueling demand for the next iteration of the innovation, and in turn, a new wave of innovators create the next generation of use cases, driving further advancements. Containerization has become the foundation of modern, cloud-native software development, supporting new use cases and approaches to building resilient, scalable, and portable applications. It also holds the keys to the next software delivery innovation, simultaneously necessitating the evolution to secure-by-design, continuously-updated software and serving as the means to get there. Below, I'll talk through some of the innovations that led to our containerized r...

The U.S. Cybersecurity and Infrastructure Security Agency (CISA) on Tuesday added a vulnerability linked to the supply chain compromise of the GitHub Action, tj-actions/changed-files, to its Known Exploited Vulnerabilities (KEV) catalog. The high-severity flaw, tracked as CVE-2025-30066 (CVSS score: 8.6), involves the breach of the GitHub Action to inject malicious code that enables a remote attacker to access sensitive data via actions logs. "The tj-actions/changed-files GitHub Action contains an embedded malicious code vulnerability that allows a remote attacker to discover secrets by reading actions logs," CISA said in an alert. "These secrets may include, but are not limited to, valid AWS access keys, GitHub personal access tokens (PATs), npm tokens, and private RSA keys." Cloud security company Wiz has since revealed that the attack may have been an instance of a cascading supply chain attack, with unidentified threat actors first compromising the re...

Having been at ActiveState for nearly eight years, I've seen many iterations of our product. However, one thing has stayed true over the years: Our commitment to the open source community and companies using open source in their code. ActiveState has been helping enterprises manage open source for over a decade. In the early days, open source was in its infancy. We focused mainly on the developer case, helping to get open source on platforms like Windows. Over time, our focus shifted from helping companies run open source to supporting enterprises managing open source when the community wasn't producing it in the way they needed it. We began managing builds at scale, and supporting enterprises in understanding what open source they're using and if it's compliant and safe. Managing open source at scale in a large organization can be complex. To help companies overcome this and bring structure to their open source DevSecOps practice, we're unveiling our end-to-end platform to help m...

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...