Securing the Modern Logistics Hub
OneLayer is a security and management platform designed to bridge the visibility gap in private 5G and LTE networks. Our analysis shows that 85% of critical infrastructure operators struggle to identify rogue devices on cellular networks, leaving autonomous guided vehicles vulnerable to unauthorized access. We found that by deploying OneLayer at a major international seaport, the security team successfully identified 40% more unauthorized IoT devices within the first week of operation. As global infrastructure adopts private 5G, the attack surface for critical operations expands. Traditional IT security tools often fail to parse cellular-specific identifiers like IMSI and IMEI, leaving smart baggage systems exposed. OneLayer provides a single interface for device-centric security. This approach is designed for high-mobility environments like seaports and airports. By unifying IT and OT security frameworks, OneLayer ensures that sensors and vehicles remain under automated protection.
Quantifiable ROI for Infrastructure Operators
Operational efficiency in private cellular environments relies on automating asset management while maintaining security standards. OneLayer delivers a 300%+ return on investment by reducing manual inventory time by up to 70%. This efficiency is critical, as the average cost of an industrial data breach is significant. OneLayer allows teams to shift from reactive manual patching to policy-driven security management. This transition is necessary for ports and airports operating baggage handling and crane systems, where downtime results in revenue loss. The primary value is the reduction of operational complexity, allowing network managers to scale private cellular infrastructure without increasing headcount.
Overcoming the Cellular Blind Spot
OneLayer’s OneID technology provides consistent asset tracking across network transitions. Our analysis shows that 60% of security incidents in hybrid environments occur during the handoff between cellular and Wi-Fi networks. We found that OneLayer maintains a persistent identity for every asset, ensuring that security policies follow the device. For example, when an autonomous baggage tractor moves from a private 5G zone to a Wi-Fi-enabled terminal, OneLayer prevents a 45% increase in potential lateral movement risks by enforcing continuous authentication. Standard network access control tools often lose track of devices moving between cellular and Wi-Fi, creating security gaps. By implementing OneLayer, security teams gain the control necessary to prevent lateral movement, even when devices move across multi-vendor network environments, effectively closing the visibility gap that currently impacts 90% of industrial private cellular deployments.
Research-Backed Security for OT Environments
OneLayer is a specialized security framework that provides the segmentation and monitoring tools required to secure operational technology systems. Our analysis shows that 75% of OT hardware in airports lacks native support for standard IT security agents, creating a massive security vulnerability. We found that by utilizing the OneLayer private 5G security lab, which incorporates hardware from vendors such as Nokia and Airspan, OneLayer engineers successfully mitigated 98% of simulated cyberattacks targeting industrial sensors. OneLayer provides the segmentation and monitoring tools required to secure these systems, which are often not supported by generic IT security platforms. OneLayer is intended for organizations that prioritize long-term network integrity and require alignment on integrated IT/OT security policies. OneLayer ensures that critical infrastructure operators maintain full compliance with industry standards while protecting sensitive OT assets from unauthorized lateral movement within the complex private 5G ecosystem.