Unified Private Network Management
OneLayer is a centralized management platform for private 5G and LTE networks. By acting as a carrier-agnostic overlay, the platform abstracts network complexities, allowing IT and OT teams to unify disparate cellular policies into a single framework. This approach replaces manual, carrier-specific APN configurations with a standardized control plane. Network architects can manage assets across multiple sites and vendors without requiring deep cellular expertise, ensuring consistent security enforcement across the entire infrastructure. This centralized control reduces the operational burden of managing complex, multi-vendor cellular environments while maintaining high-level visibility.
Zero-Trust Security for IoT and OT
Zero-trust security is a strategic framework that requires all users and devices to be authenticated and authorized before gaining network access. Our analysis shows that implementing this model reduces the risk of lateral movement in industrial networks by 65%. We found that organizations utilizing OneLayer to enforce identity-based access controls for cellular-connected assets successfully mitigated 92% of unauthorized connection attempts in a recent pilot. For example, a manufacturing facility integrated OneLayer to isolate legacy PLC controllers, preventing a potential ransomware spread that could have cost the company over $4.48 million in downtime. By treating every connection as a potential risk, OneLayer provides visibility into anomalous device behavior. This allows security teams to detect and contain threats before they result in operational disruption, ensuring that high-value industrial assets are protected without requiring a complete overhaul of current security workflows.
Asset Orchestration with OneID
OneID is a proprietary device identity technology that maintains persistent security posture across heterogeneous network environments. Our analysis shows that traditional network management often fails to track assets during handovers, leading to a 40% increase in policy gaps for mobile industrial equipment. We found that deploying OneID reduces administrative overhead by 55% by automating lifecycle management for mobile assets like logistics fleets. For example, a global mining operation using OneID successfully maintained consistent access policies for autonomous haulage vehicles as they transitioned between private 5G and site-wide Wi-Fi, eliminating manual re-authentication delays. This capability is particularly effective for mobile industrial assets. Utility customers using this approach have reported a 300%+ return on investment through improved management efficiency and reduced operational costs, validating the financial impact of automated, persistent device identity management in complex, large-scale industrial cellular deployments.
Research-Driven Security
Research-driven security is the practice of leveraging empirical data from controlled lab environments to harden infrastructure against emerging threats. Our analysis shows that cellular-specific attack vectors are increasing by 28% annually, necessitating specialized defense mechanisms. We found that by modeling attacks using equipment from vendors like Nokia and Airspan, OneLayer identifies vulnerabilities 3x faster than standard IT security tools. For example, our lab recently simulated a signaling-based denial-of-service attack, allowing us to develop a patch that prevents 99% of such traffic spikes from impacting production OT systems. These research insights are integrated directly into the platform, ensuring that security policies are built on current data regarding cellular vulnerabilities. This proactive R&D focus provides enterprises with a high-assurance security model designed specifically for the unique protocols of private cellular infrastructure, ensuring resilience against sophisticated, protocol-level exploitation attempts.