Interactive logon: Machine inactivity limit is among the 9 Interactive logon security settings. If a user hasn’t been active on their Windows session for a while and surpasses the set limit, this setting typically determines how long the user can remain inactive before being automatically logged out of their session on the machine. The recommended state for this setting is: 900 or fewer second(s), but not 0.

Every organization relies on technological systems to generate value. These systems work according to company policies that dictate their use. System management solutions allow IT leaders and their teams to enforce those policies in a consistent way across the organization.

The past week has been a wild ride for those following all the hot goss’ on the National Vulnerability Database. Previously on The Code and the Vulnerable, we reported on the NVD slowdown that began in mid February. Since then, the NVD has been adding new CVEs, but has only enriched (with important information like CVSS and CPE) a very small fraction of them. If you need a breakdown of all these acronyms, definitely check out that first blog on this topic.

The ability to authenticate securely over an unsecure network is paramount in safeguarding sensitive information and maintaining trust in digital interactions. In an era where communication often occurs over public networks like the internet, ensuring the authenticity of users and data is critical to prevent unauthorized access and data breaches. Kerberos is a Windows security network authentication protocol that allows users and services to securely authenticate over a non-secure network.

In today's fast-paced world dominated by AI, BoxyHQ stands at the forefront of innovation. Originally focused on developing security building blocks for developers, our journey has led us to confront the challenges of responsible AI interaction and data protection in the face of AI proliferation. Imagine a world where AI isn't just a tool but an integral part of daily life. Every decision and every interaction is shaped by algorithms and machine learning models.

Network hardening involves implementing measures such as configuring firewalls, securing remote access points, blocking unused network ports, removing unnecessary protocols, implementing access lists, and encrypting network traffic to mitigate unauthorized access and bolster the security of a network’s infrastructure. This process involves identifying and addressing vulnerabilities in device management and configurations to prevent exploitation by malicious actors aiming to infiltrate the network.