Compare Cisco Secure Workload vs. RAD Security

Ensure the necessary security for the diverse multicloud landscapes of today by utilizing Cisco Secure Workload, previously known as Tetration. Safeguard workloads across all cloud types, applications, and environments, no matter their location. Implement a secure zero-trust model for micro-segmentation that leverages application behavior and telemetry, all while automating the process. Actively identify and address indicators of compromise to reduce potential impacts on your organization. Streamline micro-segmentation through tailored recommendations that fit your specific environment and applications. Maintain detailed visibility and oversight of application components, ensuring automatic compliance detection and enforcement. Monitor and assess the security posture of applications throughout your entire environment consistently. Leverage automatic feeds of NIST vulnerabilities data to make well-informed security decisions that enhance your overall cybersecurity strategy. This comprehensive approach ultimately fortifies your defenses against evolving threats.

RAD Security develops distinctive behavioral profiles that capture your positive actions throughout the software supply chain, cloud-native infrastructure, workloads, and identity management to identify zero-day threats and enhance inputs for shift-left practices and posture management. This process involves recognizing malicious cloud-native identities and ensuring they are confined to the minimum level of access necessary. The risk assessment considers various factors such as runtime activities, excessive permissions, the status of identities (whether they are actively used or not), and their involvement in potential threat vectors. By integrating RBAC, misconfigurations, and image CVEs pertaining to the same workload with existing threat vectors, you can effectively prioritize risks. You can delve directly into the most concerning identities and examine detailed audit logs and their connections to other roles, service accounts, role bindings, and workloads. Leveraging Access IQ and AI-driven queries on Kubernetes API audit logs allows for a better understanding of how valid identities are utilized. Furthermore, the zero-trust Kubernetes RBAC policy generator simplifies the implementation of least privilege access, ensuring that security measures are both effective and manageable. This comprehensive approach not only enhances security posture but also streamlines operational efficiency across the entire cloud environment.