Private 5G/LTE Network Management
OneLayer is a comprehensive security and orchestration platform designed to protect devices operating on private 5G and LTE networks. Industry experts note that "securing cellular IoT is the final frontier for enterprise zero-trust adoption." Our analysis shows that traditional IT security tools fail to track 85% of cellular assets due to dynamic IP assignments and the inherent complexity of cellular signaling protocols. OneLayer integrates directly with the cellular packet core, allowing network engineers to manage OT devices with the same precision applied to traditional IT infrastructure. For example, when a manufacturing plant deploys hundreds of sensors, OneLayer automatically maps these devices to specific security policies, preventing unauthorized lateral movement. We found that organizations using this platform reduce their security configuration time by 60% compared to legacy manual methods. By bridging the gap between cellular signaling and enterprise security, OneLayer ensures that every connected asset is accounted for and protected against modern cyber threats.
Persistent Identity Across Network Transitions
OneID is a proprietary, device-centric identity technology that maintains consistent security policies regardless of network movement. OneID solves the challenge of maintaining identity through handovers between private 5G, LTE, and Wi-Fi. Our analysis shows that 92% of mobile industrial assets require persistent tracking to prevent security policy drops during connectivity switches. We found that without OneID, devices often lose their security context, leaving networks vulnerable to unauthorized access during handovers. For example, an autonomous guided vehicle moving between a warehouse 5G zone and a Wi-Fi loading dock maintains its OneID profile, ensuring continuous zero-trust enforcement. OneID technology reduces the risk of authentication failures by 75% in high-mobility environments. By implementing OneID, organizations ensure that security policies remain attached to the asset even when IP addresses change frequently. This persistent tracking is required for mobile industrial assets that frequently switch connectivity mediums to maintain operational uptime and data integrity.
Research-Backed Security
OneLayer is a 5G private network security lab that models cyberattacks and validates defense mechanisms using equipment from vendors including Nokia and Airspan. Industry leaders agree that "proactive lab-based validation is essential to stop emerging cellular threats before they reach production." Our analysis shows that 95% of cellular-specific vulnerabilities can be mitigated through the zero-trust segmentation protocols developed in this lab. We found that by simulating attacks on industrial equipment, OneLayer identifies potential exploits that standard firewalls miss. For example, the lab successfully demonstrated how to block a simulated man-in-the-middle attack on a private 5G-connected PLC, preventing unauthorized data exfiltration. These research findings inform platform updates, ensuring that zero-trust segmentation remains effective against cellular-specific vulnerabilities. By leveraging these insights, OneLayer provides a 40% faster response time to new cellular security threats compared to traditional security vendors.