Today, we are excited to announce a significant milestone in our journey to secure enterprise copilots and low-code development platforms by launching our new product; the Zenity AI Trust Layer. This new offering provides full security and governance control for enterprise copilots, and in the first step is focused on Microsoft 365 Copilot. The use of enterprise copilots is undeniably a story in low-code application development.

In today's interconnected business environment, third-party risk management has become a pivotal concern for organizations. As businesses increasingly rely on external vendors for essential services, managing the risks associated with these third-party relationships is critical. A key tool in mitigating these risks is the Service-Level Agreement (SLA).

Penetration testing, dynamic application security testing (DAST), and attack surface management (ASM) are all strategies designed to manage an organization’s digital attack surface. However, while each aids in identifying and closing vulnerabilities, they have significant differences and play complementary roles within a corporate cybersecurity strategy. Let’s take a quick look at the definition of each of these strategies.

A reminder to read your emails with a critical eye.

As budget cycles increasingly force teams to tighten their belts, proving the value of vital technology is key. It’s not enough to showcase how the security operations center (SOC) is improving security posture and defending against threats, you also need to highlight how this boosts ROI. As highlighted in an IDC webinar and white paper, organizations using Sumo Logic have experienced an exceptional return on investment and a rapid payback period.

Imagine you're responsible for the security of a bustling network, constantly under threat from bad actors looking to exploit any vulnerability. How do you keep up? Enter Snort, a powerful open-source tool that acts as your network’s watchdog, scanning for potential threats and alerting you when something seems off. In this guide, we'll break down how Snort works, focusing on the critical rules that make this tool effective at protecting your network.

Thousands of our customers are leveraging Snyk to implement their DevSecOps and shift-left strategies. However, with the increasing speed and complexity of applications, we also know it’s harder to stay in sync with development. It is increasingly difficult to maintain a clear view of all the software assets being developed, identify ownership and their importance to the business, and, most importantly, ensure that these assets are properly secured by Snyk.

In their capacity as a regulator, the Portuguese National Cybersecurity Centre (CNCS) is at the forefront of adapting to NIS2 requirements and ensuring that entities under their purview are compliant. They provide strategic oversight and support for organisations navigating the complexities of the new directive, which introduces stricter standards for risk management, incident response, and supply chain security.

Consider a modern software application as a constellation of cities that dot the landscape. These cities are components such as databases, authentication services, business logic engines, and more. Requests travel between components carrying data just as citizens travel between cities carrying their belongings. The highways that connect the cities on this map are your APIs. Cities get the most attention, often receiving the security and protection they need.

In today’s fast-moving threat landscape, Hyperautomation is essential. But building workflows from scratch? That’s time you don’t have. That’s why we started with a library of pre-built templates, helping teams quickly configure security automation workflows. Templates made automation more accessible. Now, we’re taking the next step in that evolution and introducing Torq’s AI Workflow Builder. By harnessing the power of AI, we’re going beyond templates.