OWASP | Breaking Cybersecurity News | The Hacker News

The Open Web Application Security Project has recently introduced a new Top 10 project - the Non-Human Identity (NHI) Top 10. For years, OWASP has provided security professionals and developers with essential guidance and actionable frameworks through its Top 10 projects, including the widely used API and Web Application security lists.  Non-human identity security represents an emerging interest in the cybersecurity industry, encompassing the risks and lack of oversight associated with API keys, service accounts , OAuth apps, SSH keys, IAM roles, secrets, and other machine credentials and workload identities.  Considering that the flagship OWASP Top 10 projects already cover a broad range of security risks developers should focus on, one might ask - do we really need the NHI Top 10? The short answer is - yes . Let's see why, and explore the top 10 NHI risks.  Why we need the NHI Top 10 While other OWASP projects might touch on related vulnerabilities, such as secret...

Imagine receiving a penetration test report that leaves you with more questions than answers. Questions like, "Were all functionalities of the web app tested?" or " Were there any security issues that could have been identified during testing?" often go unresolved, raising concerns about the thoroughness of the security testing. This frustration is common among many security teams. Pentest reports, while crucial, frequently lack the depth and detail necessary to truly assess the success of the project. Even with years of experience working with cybersecurity teams and managing ethical hacking projects, we frequently encountered these same issues. Whether collaborating with external pentest providers or managing our own projects as founders of Hackrate , we often faced difficulties in ensuring that the testing was as comprehensive as it needed to be. This realization inspired us to create HackGATE , a managed gateway solution built to bring transparency and contro...

The problem is simple: all breaches start with initial access, and initial access comes down to two primary attack vectors – credentials and devices. This is not news; every report you can find on the threat landscape depicts the same picture.  The solution is more complex. For this article, we'll focus on the device threat vector. The risk they pose is significant, which is why device management tools like Mobile Device Management (MDM) and Endpoint Detection and Response (EDR) are essential components of an organization's security infrastructure. However, relying solely on these tools to manage device risk actually creates a false sense of security. Instead of the blunt tools of device management, organizations are looking for solutions that deliver device trust . Device trust provides a comprehensive, risk-based approach to device security enforcement, closing the large gaps left behind by traditional device management solutions. Here are 5 of those limitations and how to ov...

Considering the ever-changing state of cybersecurity, it's never too late to ask yourself, "am I doing what's necessary to keep my organization's web applications secure?" The continuous evolution of technology introduces new and increasingly sophisticated threats daily, posing challenges to organizations all over the world and across the broader spectrum of industries striving to maintain reliable defenses. 2024 promises to be no exception. Threat actors continue to adapt their tactics, techniques, and procedures to exploit vulnerabilities in innovative ways, injecting malicious content into files that bypass traditional antivirus solutions and advanced, AI and ML-powered solutions alike. Therefore, organizations must assess and continually reinforce their security measures. One critical aspect that organizations often grapple with is identifying and addressing security blind spots. These are areas within the infrastructure where vulnerabilities exist but may ...

Last year, the Open Worldwide Application Security Project (OWASP) published multiple versions of the " OWASP Top 10 For Large Language Models ," reaching a 1.0 document in August and a 1.1 document in October. These documents not only demonstrate the rapidly evolving nature of Large Language Models, but the evolving ways in which they can be attacked and defended. We're going to talk in this article about four items in that top 10 that are most able to contribute to the accidental disclosure of secrets such as passwords, API keys, and more. We're already aware that LLMs can reveal secrets because it's happened. In early 2023, GitGuardian reported it found over 10 million secrets in public Github commits. Github's Copilot AI coding tool was trained on public commits, and in September of 2023, researchers at the University of Hong Kong published a paper on how they created an algorithm that generated 900 prompts designed to get Copilot to reveal secrets from ...

Web Application Security consists of a myriad of security controls that ensure that a web application: Functions as expected. Cannot be exploited to operate out of bounds. Cannot initiate operations that it is not supposed to do. Web Applications have become ubiquitous after the expansion of Web 2.0, which Social Media Platforms, E-Commerce websites, and email clients saturating the internet spaces in recent years.  As the applications consume and store even more sensitive and comprehensive data, they become an ever more appealing target for attackers.  Common Attack Methods The three most common vulnerabilities that exist in this space are Injections (SQL, Remote Code), Cryptographic Failures (previously sensitive data exposure), and Broken Access Control (BAC). Today, we will focus on Injections and Broken Access Control.  Injections  SQL is the most common Database software that is used, and hosts a plethora of payment data, PII data, and internal busi...

What is the OWASP Top 10, and – just as important – what is it not? In this review, we look at how you can make this critical risk report work for you and your organisation. What is OWASP? OWASP  is the Open Web Application Security Project, an international non-profit organization dedicated to improving web application security.  It operates on the core principle that all of its materials are freely available and easily accessible online, so that anyone anywhere can improve their own web app security. It offers a number of tools, videos, and forums to help you do this – but their best-known project is the OWASP Top 10. The top 10 risks The  OWASP Top 10  outlines the most critical risks to web application security. Put together by a team of security experts from all over the world, the list is designed to raise awareness of the current security landscape and offer developers and security professionals invaluable insights into the latest and most widespread sec...

Code injection attacks, the infamous king of vulnerabilities, have lost the top spot to broken access control as the worst of the worst, and developers need to take notice. In this increasingly chaotic world, there have always been a few constants that people could reliably count on: The sun will rise in the morning and set again at night, Mario will always be cooler than Sonic the Hedgehog, and code injection attacks will always occupy the top spot on the Open Web Application Security Project (OWASP) list of the  top ten most common  and dangerous vulnerabilities that attackers are actively exploiting. Well, the sun will rise tomorrow, and Mario still has "one-up" on Sonic, but code injection attacks have fallen out of the number one spot on the infamous OWASP list, refreshed in 2021. One of the oldest forms of attacks,  code injection vulnerabilities  have been around almost as long as computer networking. The blanket vulnerability is responsible for a wide rang...