The rise of hybrid and remote work has created unprecedented opportunities for forward-thinking organizations and their employees. At the same time, it has also created unprecedented opportunities for threat actors. The ability to access sensitive files from almost any machine, while convenient, can be a profound security risk. That’s why it’s worth considering a few real-world ZTNA use cases.

Modern businesses are increasingly reliant on APIs. They are the building blocks facilitating data exchange and communication between disparate systems. Because of their prevalence and importance, they are also under attack by actors exploiting vulnerabilities and misconfigurations. Unauthorized access, data exposure, injection attacks, broken authentication, DoS attacks, shadow or unmanaged APIs, insecure API dependencies, and more present a real risk to APIs and the organizations that use them.

Network security is no longer a luxury but a necessity in the world that is going digital, and Network based Intrusion Detection Systems (NIDS) have become one of the major parts of securing your system. NIDS is like a loyal watchdog that keeps looking into the traffic across the network. But what are the cybersecurity basics behind network intrusion detection? At its core, you need to understand that Network-based Intrusion Detection Systems monitors incoming and outgoing network traffic in real time.

In today’s digital age, where work from anywhere and hybrid cloud adoption are the norm, traditional network security perimeters have crumbled. IT organizations are using hybrid cloud strategies to combine the scalable, cost-effective public cloud with the secure, compliant private cloud. However, on the user side, enterprises are grappling with the limitations of VPNs, which were once the go-to solution for secure remote access.

We are thrilled to announce that, thanks to your support and trust, Veracode has been recognized as a Customers' Choice in the 2024 Gartner Peer Insights Voice of the Customer for Application Security Testing for the fifth consecutive year! We believe this distinction is not just a testament to our solutions and services but, more importantly, a reflection of the strong partnerships we have formed with each of you.

We are thrilled to announce that we have completed the acquisition of Venafi, a recognized leader in machine identity management. This strategic move aligns with our commitment to not just protecting human identities but expanding our capabilities for securing the rapidly growing world of machine identities.

Have you ever stopped to consider all of the components that comprise a working automobile? Even a cursory examination reveals more parts than might be considered when we turn the ignition key. However, many of these components are useless when detached from the full product. A steering wheel without a car is not exactly an efficient mode of transportation.

Almost all organizations either rely on cloud computing or are planning to adopt cloud computing technologies soon to ensure their businesses remain competitive and gain an edge over the competition. As businesses increasingly rely on cloud services to manage their operations, the complexity of these environments continues to grow, introducing new challenges in maintaining security and compliance. This is where Cloud Security Posture Management (CSPM) comes into the picture.

ADUC is a Microsoft Management Console (MMC) snap-in that enables administrators to manage Active Directory objects and their attributes. For example, they can: You can find more information about Active Directory in our AD tutorial for beginners. Majorly, Active Directory domain controllers will have ADUC installed by default in Windows. However,in some instances it may not be present, which would require you to opt for different ways you may add them in your current version of windows.

A new series of vulnerabilities in the Common Unix Printing System (CUPS) threatens numerous Linux systems, potentially allowing remote code execution (RCE). This affects a wide range of platforms, including Debian, Red Hat, SUSE and macOS. The vulnerabilities—tracked as CVE-2024-47176, CVE-2024-47076, CVE-2024-47175, and CVE-2024-47177—are believed to endanger over 76,000 devices, with estimates suggesting up to 300,000 could be affected.