Tenable Cloud Security: A Risk-Based Approach to Cloud Security

Dear Professionals,

Cloud environments are becoming increasingly complex and dynamic, while advances in AI are accelerating attacks and expanding the attack surface. Under these conditions, security teams face greater challenges in maintaining full visibility into their infrastructure, analyzing numerous risks, and prioritizing response actions in a timely manner. Tenable Cloud Security provides a unified context for identifying and prioritizing risks and automating remediation, helping teams reduce analysis and response times.

We invite you to join our webinar, “Tenable Cloud Security: A Risk-Based Approach to Cloud Security,” where we’ll take an in-depth look at today’s cloud security challenges, the evolution of CNAPP, the expanding attack surface, and the impact of AI. You’ll learn about the role of Tenable Cloud Security within the Tenable One platform and the concept of Exposure Management. We’ll also explore the solution’s key capabilities, including full visibility, contextual analysis, an identity-first approach, protection from code to runtime, and AI-powered risk analysis — and demonstrate them through practical use cases.

The webinar plan:

1. Inventory of cloud resources, identities, data, and workloads, as well as analysis of the relationships between them.
2. Analysis and remediation of vulnerabilities and excessive access rights that could form critical combinations of risks and attack vectors.
3. Implementation of policies, compliance verification, CI/CD protection, and automation of risk remediation processes.
4. Contextual risk prioritization to identify the most critical threats and reduce the time required for remediation.
5. Q&A.

Tenable Cloud Security — a CNAPP platform for comprehensive visibility, analysis, and prioritization of risks in cloud infrastructure. The solution brings together configuration data, vulnerabilities, access rights, workloads, and data within a unified context, helping teams quickly identify and remediate the most significant risks.