eSentire MDR for GenAI Visibility
Organizations rolling out Generative AI tools face a growing blind spot: a lack of visibility into who is using these applications and the risks that accompany them. This datasheet, "eSentire MDR for GenAI Visibility," outlines how to obtain metric-driven insight into your GenAI workforce and application usage so you can identify risky behaviors early and prevent business disruption. Download the datasheet to see how stronger visibility supports better protection, then contact Servum, LLC to talk with an expert about strengthening your GenAI security strategy.
What is eSentire MDR for GenAI Visibility?
eSentire MDR for GenAI Visibility is a solution designed to provide organizations with metric-driven insights into their Generative AI (GenAI) usage. It helps monitor application usage and track unauthorized use, enabling companies to understand workforce interactions with GenAI technologies. This visibility supports the development of governance and compliance policies, allowing organizations to identify potential risks before they escalate into critical issues.
How does eSentire enhance GenAI security?
eSentire enhances GenAI security by offering continuous monitoring of user activities, application usage, and shared files. This helps organizations detect unauthorized sharing of sensitive information and ensures compliance with corporate policies. By centralizing user activities and providing timely insights, eSentire allows businesses to address ethical and legal concerns, such as copyright infringement and data loss risks.
What outcomes can organizations expect from using eSentire?
Organizations that implement eSentire MDR for GenAI Visibility can expect improved visibility into their GenAI usage, enhanced risk management, and better policy enforcement. With insights refreshed every 24 hours, companies can make informed decisions based on real data rather than assumptions. Additionally, eSentire's all-in-one solution consolidates security technologies, providing a unified view of the entire attack surface, which helps in building a more resilient security operation.
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