The integrated CNAPP (Cloud-Native Application Protection Platform) provides full visibility into resources and threats, protecting cloud infrastructure from the code-writing stage all the way through to the production environment. The solution effectively eliminates organizational silos and protects resources in AWS, Azure, GCP, and OCI clouds, automatically mitigating critical vulnerabilities, configuration errors, and excessive identity permissions.
Deployment model: Cloud (SaaS), agentless, and immediate protection of resources in single-cloud and multi-cloud environments.
Gain centralized visibility into assets, identities, infrastructure, and workloads across multiple cloud environments. A unified view simplifies cloud security management and reduces the risks associated with fragmented infrastructure.
Detect, monitor, correlate, and classify hundreds of alerts, transforming them into actionable incidents, and gain insight into the entire attack chain to neutralize active threats and protect your assets.
Protect virtual machines, containers, and serverless workloads against vulnerabilities, malware, misconfigurations, and the exposure of sensitive data.
Identity-Based Security Through CIEM Solutions and JIT Access.
Managing identity-related risks in the cloud using a Cloud Infrastructure Entity Management (CIEM) solution. Visualize access paths and apply the principle of least privilege. Use just-in-time (JIT) access to eliminate permanent permissions and grant time-limited permissions, thereby preventing lateral movement in a hybrid cloud.
Detect sensitive data and AI assets in a multi-cloud environment using a Data Security Posture Management (DSPM) solution. Identify AI accounts with excessive privileges. Classify risks based on data sensitivity to prevent data leaks and ensure secure AI innovation.
Combining data from across the entire cloud environment to identify the most critical threats and effectively prioritize corrective actions
Tenable CIEM, part of the CNAPP platform, provides full control over identities and permissions in cloud environments. It identifies excessive permissions, analyzes risks, and automates their removal, helping to enforce the principle of least privilege and effectively secure access to cloud resources.
Monitor Kubernetes clusters for misconfigurations and security risks. Maintain alignment with security best practices and respond quickly when issues are detected.
Detect misconfigurations and other risks before infrastructure is deployed. Integrate security checks into CI/CD pipelines to prevent risky changes from reaching production.
Accelerate risk reduction by automatically correcting cloud infrastructure misconfigurations and other security issues.
Reduce standing administrative privileges by giving users secure, time-limited access only when it is required.
