Endpoint Isolation is a technological approach designed to tackle the challenges of endpoint protection. It utilizes micro-virtual machines (µVMs) to securely handle potentially risky tasks, such as web browsing or opening attachments. Each task runs in its own µVM, which prevents malware from infecting the PC or network. Once the task is completed, the µVM is deleted, effectively eliminating any malware. This method is supported by hardware capabilities in modern CPUs, ensuring robust protection.

Endpoint Isolation improves security efficiency by preventing malware from installing on endpoints, which significantly reduces the number of high-priority tickets that Security Operations Centers (SOCs) or Managed Security Service Providers (MSSPs) need to address. This leads to fewer costly and time-consuming remediation efforts, allowing security teams to focus on more critical tasks.

Organizations can expect several benefits from implementing Endpoint Isolation technology, including inherent protection through a Zero-Trust approach, enhanced visibility into malware behavior, improved security efficiency, a better end-user experience without the need for extensive phishing training, and compliance support as it can serve as a primary or compensating control for various security activities.