Portnox NAC by Portnox is a cloud-native, vendor-agnostic network access control solution that unifies network authentication, risk mitigation, and compliance enforcement. It implements passwordless authentication with digital certificates to eliminate concerns about phishing attempts to steal passwords. Portnox NAC can serve as your certificate authority or integrate with a third party. It supports SCEP (Simple Certificate Enrollment Protocol) for easy certificate deployment to devices. Portnox NAC provides real-time visibility of endpoints connecting to your network, including their location, device type, and requested access layer for authentication. It extends zero trust security to company devices, BYOD, and IoT/OT, regardless of authentication method (wired, WiFi, or VPN). Portnox NAC allows defining and enforcing unique access control policies based on roles, locations, device types, and more across network access layers. It leverages Portnox Cloud's risk assessment policy configuration to monitor the risk posture of connected devices, including managed and BYOD, allowing network administrators to understand the zero trust security posture. Portnox NAC quarantines vulnerable, non-compliant devices and automatically returns them to a compliant state by setting unique endpoint remediation policies. Its compliance enforcement capabilities help organizations adhere to regulatory standards like HIPAA, GLBA, PCI DSS, and GDPR. Portnox NAC offers easy setup, deployment, and management, with seamless integration with Microsoft Intune to extend a ZTNA Network. It provides zero trust security essentials and accurate IoT fingerprinting, recognizing over 260,000 unique IoT device models across 27,000 brands and 30,000 operating systems. Portnox NAC is hardware agnostic, accommodating various networking hardware and architecture, and can handle networks of any size or scale. It allows for the isolation and instant remediation of risk-prone devices. With AgentP, organizations can enhance their zero-trust security strategy by using various device-related security functionalities to ensure continuous network security compliance.
