What is a key characteristic of Zscaler's DLP technology?

What is a key characteristic of Zscaler's DLP technology?

• A. It operates exclusively offline
• B. It offers protection for data at rest and data in motion
• C. It requires extensive user intervention
• D. It is limited to on-premises data only

Answer: (B)

Zscaler's DLP (Data Loss Prevention) technology is designed to provide comprehensive protection for sensitive data, regardless of its state. This means that it can effectively safeguard data at rest, which is data that is stored and not actively moving across networks, as well as data in motion, which refers to data actively being transferred and accessed across networks. This dual capability enhances overall security by ensuring that organizations can manage and protect their sensitive information in real-time as it travels across the internet or is stored in various locations. It allows for policy enforcement that considers both environments, ensuring compliance with relevant regulations and preventing unauthorized access or data breaches. In contrast, the other options present characteristics that do not apply to Zscaler's DLP technology. For instance, operating exclusively offline would not align with Zscaler's cloud-based approach, which is designed to protect data in real-time as it traverses the internet. Requiring extensive user intervention would hinder usability and efficiency, contradicting the goal of automated DLP solutions. Lastly, being limited to on-premises data goes against Zscaler's mission to secure all forms of data in various environments, particularly in cloud and hybrid scenarios.

Zscaler's DLP (Data Loss Prevention) technology is designed to provide comprehensive protection for sensitive data, regardless of its state. This means that it can effectively safeguard data at rest, which is data that is stored and not actively moving across networks, as well as data in motion, which refers to data actively being transferred and accessed across networks.

This dual capability enhances overall security by ensuring that organizations can manage and protect their sensitive information in real-time as it travels across the internet or is stored in various locations. It allows for policy enforcement that considers both environments, ensuring compliance with relevant regulations and preventing unauthorized access or data breaches.

In contrast, the other options present characteristics that do not apply to Zscaler's DLP technology. For instance, operating exclusively offline would not align with Zscaler's cloud-based approach, which is designed to protect data in real-time as it traverses the internet. Requiring extensive user intervention would hinder usability and efficiency, contradicting the goal of automated DLP solutions. Lastly, being limited to on-premises data goes against Zscaler's mission to secure all forms of data in various environments, particularly in cloud and hybrid scenarios.