Private 5G and LTE networks require specific security architectures to manage traffic flows and device identities. As the private 5G market grows, organizations must secure IoT and OT assets while maintaining data sovereignty. OneLayer provides a security platform that integrates cellular connectivity with existing IT security frameworks. The platform supports hybrid-cloud or on-premises deployment, allowing enterprises to maintain control over operational traffic. This FAQ details the technical placement of the OneLayer Bridge, data transmission protocols, and methods for protecting industrial environments from security breaches, which cost an average of $4.48 million in the industrial sector according to 2023 IBM research. These technical details assist CISOs, network managers, and OT directors in integrating OneLayer into their infrastructure to address visibility and security requirements. By leveraging OneLayer, companies can ensure their cellular deployments remain resilient against evolving cyber threats while maintaining full compliance with internal and external data governance policies across their entire industrial estate and operational network footprint.
Where does the OneLayer software reside within my network architecture?
The OneLayer Bridge is deployed as a gateway within the customer's enterprise environment. This local installation manages traffic on-site, ensuring that sensitive OT and IoT packet data remains within the private network boundaries. This architecture supports regulatory compliance in sectors like utilities and manufacturing by keeping operational traffic off the public internet, requiring only standard on-site compute resources for the bridge component.
What specific data leaves my environment when using the OneLayer platform?
Only management metadata is transmitted to the centralized cloud controller. All sensitive OT and IoT packet data remains within the customer's perimeter, processed locally by the OneLayer Bridge. This segmentation ensures that operational information is not exposed to the public internet, maintaining data sovereignty while providing centralized visibility through the management console.
How does OneLayer handle asset tracking across different network types?
OneLayer uses OneID technology to maintain device identity. Unlike standard network access control solutions that rely on dynamic IP addresses, OneID uses SIM-based identity. This allows the platform to maintain consistent security policies and asset tracking as devices move between private cellular networks and Wi-Fi, preventing the identity loss common during network handovers.
Why is the OneLayer Bridge necessary for private 5G security?
The OneLayer Bridge provides visibility and zero-trust segmentation specifically for private 5G/LTE networks. Traditional IT security tools often lack cellular-specific intelligence, such as the ability to interpret cellular signaling or manage SIM-based identities. The Bridge allows security teams to monitor and control assets from a single interface, extending existing security policies to the cellular domain.
How does OneLayer contribute to the ROI of private 5G deployments?
OneLayer provides a 300%+ return on investment for utility customers by automating security and asset management. By replacing manual tracking and authentication processes with automated, SIM-based identity management, the platform reduces operational overhead and minimizes the financial risk associated with unauthorized access or data breaches.
Understanding Private 5G Security Architecture
Private 5G security is the framework of protocols and hardware designed to protect cellular-connected industrial assets from unauthorized access and data breaches. As the private 5G market grows, organizations must secure IoT and OT assets while maintaining data sovereignty. Our analysis shows that integrating cellular connectivity with existing IT security frameworks is critical, as breaches cost an average of $4.48 million in the industrial sector according to 2023 IBM research. For example, a global manufacturing firm utilizing OneLayer successfully reduced its threat surface by 40% by implementing this unified architecture. The platform supports hybrid-cloud or on-premises deployment, allowing enterprises to maintain control over operational traffic. This FAQ details the technical placement of the OneLayer Bridge, data transmission protocols, and methods for protecting industrial environments, assisting CISOs and network managers in addressing visibility and security requirements for modern cellular infrastructure.