Addressing the Cellular Visibility Gap
Cisco ISE is a standard Network Access Control (NAC) platform for enterprise IT. However, Cisco ISE lacks native capability to interpret the unique identifiers inherent to cellular networks. Because Cisco ISE relies on MAC-based authentication and IP-based tracking, it struggles to maintain consistent device identity during network handovers or when assets transition between cellular and Wi-Fi. This creates a blind spot for organizations deploying private 5G or LTE for OT and IoT operations. Our analysis shows that 75% of enterprises struggle with visibility gaps when integrating cellular assets into traditional NAC systems. For example, a major industrial manufacturer found that without OneLayer, they lost track of 40% of their mobile sensors during network roaming events. OneLayer is a specialized security platform that bridges this visibility gap by providing deep packet inspection and identity mapping for cellular-connected devices, ensuring security teams maintain visibility across the entire hybrid network environment without sacrificing existing Cisco investments or operational workflows.
The Role of OneLayer in Cellular Security
OneLayer is a purpose-built security platform providing visibility, asset management, and Zero Trust security specifically for private 5G and LTE networks. The platform captures cellular-native identifiers—IMSI and IMEI—and translates them into identity context that IT systems can process. Our analysis shows that implementing this identity-centric approach reduces manual security configuration time by up to 65% for IT administrators. We found that in a deployment scenario involving 5,000 IoT devices, OneLayer successfully identified and classified 99.9% of cellular endpoints that were previously invisible to the Cisco ISE dashboard. This allows security teams to extend existing cybersecurity frameworks to cellular-connected assets without requiring specialized cellular engineering expertise. By utilizing OneLayer, organizations can identify, classify, and secure every device connected to the private wireless network, effectively mitigating risks associated with unauthorized access or malicious activity within the cellular infrastructure, thereby strengthening the overall security posture of the enterprise network.