Endpoint attacks often succeed because traditional security architectures rely heavily on Next Generation Antivirus (NGAV) and Endpoint Detection and Response (EDR) solutions. While NGAV addresses known threats, it can struggle with variants and new attacks. EDR provides visibility into suspicious activities but does not prevent initial infections. Attackers use obfuscation techniques and social engineering to bypass these defenses, highlighting the need for a more protective approach.

Threat Containment is a unique approach developed by HP that uses isolation technology to run potentially risky actions in a secure environment. This method ensures that any malware present cannot escape the isolated space, effectively stopping it from causing harm. By employing micro-virtualization, Threat Containment complements NGAV and EDR, providing a zero-trust security layer that protects against untrusted documents and links.

Implementing Threat Containment offers several benefits, including a zero-trust approach that protects both personal and corporate usage. It provides a safe space for observing malware, enhancing threat intelligence through cloud analytics. Additionally, it minimizes the need for extensive security tools, reduces support tickets, and maintains user performance without disrupting workflows, ultimately leading to greater operational efficiency.