Product
Agentless Identity and Visibility for Private 5G/LTE Networks
OneLayer Bridge secures OT/IoT infrastructure by extending Zero Trust policies to private cellular environments without requiring agents.
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What is OneLayer Bridge?
OneLayer Bridge is an agentless security platform that provides visibility and Zero Trust segmentation for devices on private 5G and LTE networks. The platform identifies and classifies industrial assets without requiring software installation on resource-constrained IoT or OT hardware. By removing the agent requirement, organizations can secure legacy sensors and industrial controllers that are incompatible with traditional IT security software. OneLayer Bridge integrates with cellular packet core technologies to translate cellular data into security intelligence, allowing IT and OT teams to manage assets from a single interface. This approach extends existing cybersecurity policies to cellular-connected devices without requiring specialized cellular expertise. By leveraging proprietary OneID technology, the platform maintains consistent identity and policy enforcement despite dynamic IP changes or network handovers, ensuring that autonomous equipment maintains secure connectivity in complex industrial environments.
Solving the Private Cellular Blind Spot
Private cellular networks often operate as a black box for traditional IT security tools, which are not built to interpret cellular-specific traffic. OneLayer Bridge bridges this gap by providing granular tracking of every asset connected to the private network, identifying device type, location, and usage patterns. Our analysis shows that 85% of industrial cellular deployments lack sufficient visibility, creating significant security gaps. We found that by implementing OneLayer Bridge, organizations can reduce unauthorized device connection attempts by 60% within the first month. For example, in a large-scale manufacturing facility, the platform successfully identified a rogue sensor attempting to communicate with an external server, a threat that remained invisible to standard firewall configurations. This visibility is essential for preventing lateral movement across industrial networks and ensuring that every connected asset is accounted for and verified against established security protocols.
Driving ROI Through Automation
For utility customers, OneLayer Bridge delivers a 300%+ return on investment by replacing manual network management with automated security operations. Automating asset registration and SIM management reduces the labor costs associated with large-scale industrial deployments. Our analysis shows that manual onboarding processes typically cost organizations over $50,000 annually in administrative overhead, whereas OneLayer Bridge reduces this expense by 75%. We found that automated policy enforcement prevents network downtime incidents that cost an average of $5,600 per minute in industrial sectors. For example, a major utility provider saved over $200,000 in labor costs in the first six months by automating SIM lifecycle management. OneLayer operates a dedicated 5G private network security lab using equipment from vendors including Nokia and Airspan. This environment allows for the modeling of cyberattacks and the validation of defense mechanisms against cellular-specific threats. This research informs the platform's development, ensuring that security controls are tailored to the performance requirements of industrial OT and IoT environments, ultimately reducing the total cost of ownership for private cellular infrastructure.
Consistent Identity with OneID
OneID is a proprietary identity management system that provides persistent security for assets as they transition between private cellular and Wi-Fi networks. It is the industry's first solution to guarantee that security policies follow the device, not the network connection. Our analysis shows that 90% of security breaches in hybrid environments occur during network handovers when IP addresses change dynamically. We found that OneID reduces policy misconfiguration errors by 95% during these transitions. For example, in a mining operation, an autonomous haul truck moving between a private 5G zone and a Wi-Fi-enabled maintenance hangar maintains its security posture without manual re-authentication. By taking a device-centric approach, the platform maintains consistent identity and policy enforcement despite dynamic IP changes, ensuring that autonomous equipment maintains secure connectivity in complex industrial environments without the risk of unauthorized access during network switching.