vSEC:CMS C-Series

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vSEC:CMS C-Series is a comprehensive Credential Management System (CMS designed to streamline the deployment and management of both physical and virtual credentials within organizations. It facilitates the entire lifecycle of smart cards, USB tokens, virtual smart cards, and Windows Hello for Business (WHfB credentials, ensuring secure authentication and access control. By integrating seamlessly with enterprise directories, certificate authorities, and various security infrastructures, vSEC:CMS C-Series enhances operational efficiency and bolsters organizational security. Key Features and Functionality: - Credential Lifecycle Management: Manages the issuance, personalization, and revocation of credentials, supporting PKI/PIV, FIDO2 device-bound passkeys, and RFID technologies. - Integration Capabilities: Connects with enterprise directories, certificate authorities, physical access control systems, email servers, and hardware security modules (HSMs to provide a cohesive security environment. - User Self-Service Portal: Empowers users to perform tasks such as PIN changes and credential issuance through a web-based interface, reducing administrative overhead. - Batch Issuance Support: Facilitates the simultaneous issuance of multiple credentials, including FIDO2 devices, enhancing scalability for large organizations. - Advanced Security Features: Supports hardware-bound passkeys, multi-factor authentication, and integrates with leading identity providers like Microsoft, Thales, and Entrust. Primary Value and Problem Solved: vSEC:CMS C-Series addresses the complexities associated with managing diverse authentication credentials across an organization. By automating and centralizing credential management processes, it reduces the risk of security breaches, minimizes administrative costs, and ensures compliance with industry standards. The system's scalability and integration capabilities make it an ideal solution for organizations seeking to enhance their security posture while maintaining operational efficiency.