Tenable CIEM vs. RAD Security

In the domain of public cloud computing, the primary danger to your infrastructure originates from identities and their linked entitlements. To address this challenge, Tenable CIEM, which is seamlessly integrated into our all-encompassing CNAPP, effectively identifies and rectifies these vulnerabilities. This powerful solution empowers organizations to apply least privilege principles broadly, thus promoting cloud adoption. You can discover your computing, identity, and data assets within the cloud while gaining a nuanced understanding of how these essential resources are accessed. Such insights allow you to prioritize and manage the most critical risks related to the perilous combination of misconfigurations, excessive entitlements, vulnerabilities, and sensitive data. By promptly addressing these vital gaps with accuracy, you can significantly reduce cloud risks, even when under time constraints. Furthermore, it is imperative to safeguard your cloud environment from threats posed by attackers who take advantage of identities and overly lenient access permissions. Given that compromised identities are a leading cause of data breaches, it is crucial to prevent unauthorized access since malicious actors frequently target poorly managed IAM privileges to infiltrate sensitive information. Tackling these risks is not merely a best practice but a fundamental requirement for preserving the security and integrity of your cloud services, thereby ensuring a safer digital landscape for your organization. By actively monitoring and managing these aspects, you enhance your overall cloud security posture.

RAD Security creates unique behavioral profiles that track positive activities throughout the software supply chain, cloud-native infrastructures, workloads, and identity management, in order to detect zero-day threats and improve practices related to shift-left and posture management. This methodology includes the identification of harmful cloud-native identities and the enforcement of minimal access levels to mitigate potential risks. The risk evaluation encompasses multiple dimensions, including runtime behaviors, excessive permissions, the active status of identities, and their roles in possible threat vectors. By incorporating RBAC, identifying misconfigurations, and assessing image CVEs relevant to the same workload alongside existing threats, you can prioritize risks more effectively. This allows for focused examination of the most concerning identities, including a thorough review of audit logs and their relationships with other roles, service accounts, role bindings, and workloads. Utilizing Access IQ and AI-enhanced queries on Kubernetes API audit logs provides deeper insights into how legitimate identities are leveraged. Additionally, the zero-trust Kubernetes RBAC policy generator facilitates the adoption of least privilege access, ensuring that security protocols are both robust and easy to manage. This all-encompassing strategy not only fortifies security measures but also enhances operational efficiency throughout the entire cloud ecosystem, ultimately leading to a more resilient infrastructure. As organizations increasingly rely on cloud-native technologies, having such a comprehensive security framework becomes essential for safeguarding valuable assets.