Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

When it comes to creating a strong cybersecurity culture, one of the most powerful tools we have at our disposal is the Phish Alert Button (PAB). This unassuming little add-in for your email client can make all the difference between falling victim to a malicious email and stopping a potential cyber attack in its tracks. And yet, many employees hesitate to use it, fearing the embarrassment of being wrong. I've been there myself.

As global network infrastructure expands to include devices without traditional compute power, every organization’s attack surface becomes increasingly complex. Parallel to the increased complexity in the threat landscape is the increased scale and complexity of the signals and data necessary to produce meaningful cybersecurity insights. At its core, cybersecurity is a big data problem, requiring centralization of disparate data sources in uniform structure to enable continuous analytics.

Organizations increasingly rely on third parties for business operations, and as a result are working with more digital suppliers than ever. According to Gartner, 60% of organizations work with more than 1,000 third parties and this number will grow. High-profile vulnerabilities such as Log4Shell are a constant reminder of the risks posed by a breakdown in the software supply chain. This has spurred enterprises to increase the rigor of software risk assessments to ensure supply chain security.

Quasar RAT, also known as xRAT, is a malicious remote access trojan (RAT) that primarily targets Windows systems. Developed as an open-source project around 2015, it quickly garnered attention in the cybersecurity community due to its flexibility and ease of modification. Quasar RAT allows cybercriminals to gain unauthorized remote access to infected computers, making it a potent tool for espionage and theft. How Quasar RAT Operates.

The introduction, adoption, and quick evolution of generative AI has raised multiple questions about implementing effective security architecture and the specific requirements for protecting all aspects of an AI environment as more and more organizations begin using this technology. Recent security reports on vulnerabilities that expose Large Language Model (LLM) components and jailbreaks for bypassing prompting restrictions have further shown the need for AI defenses.

The role of vulnerability management has never been more critical, especially as professionals in the field face the daunting task of securing entire organizations with minimal budget and headcount.

In today’s rapidly evolving cloud landscape, organizations are grappling with the intricate challenge of striking a delicate balance between ensuring robust cybersecurity measures and facilitating seamless operational efficiency. As cloud adoption continues to surge, the traditional approach of granting standing privileges to users has become an increasingly significant security vulnerability.

Snyk is widely recognized as one of the top security tools for developers, especially when it comes to finding vulnerabilities in open-source code, containers, and infrastructure as code. However, no tool is perfect for every scenario and access to the Snyk platform comes with a price tag. Depending on your needs, there may be Snyk alternatives that provide better integration, features, or just better value for money.

In today's digital landscape, email encryption is a key component of data protection, especially for organizations that handle personal, financial, or health-related information. Whether you need to safeguard Personally identifiable information (PII), Payment card data (PCI), Protected Health Information (PHI), secrets, or Intellectual Property (IP), this guide will walk you through the process of sending encrypted emails in Gmail.