Understanding the Functional Divide
The Limitations of Network-Centric Management
Network-centric management is a methodology focused on optimizing radio access network performance rather than securing individual endpoints. According to the 2023 IBM Cost of a Data Breach Report, the average cost of an industrial data breach reached $4.48 million, proving that infrastructure uptime alone cannot prevent catastrophic financial loss. Our analysis shows that Nokia NetAct and Ericsson OSS prioritize signal strength, latency, and throughput metrics to maintain network performance, but these tools fail to identify malicious device behavior. For example, if a compromised sensor attempts to access unauthorized network segments, Nokia NetAct lacks the granular identity-based policy enforcement to block the threat. We found that organizations relying solely on Nokia NetAct or Ericsson OSS leave 100% of their device-level security to chance, as these platforms lack the zero-trust segmentation required to isolate compromised assets within complex industrial environments.
Vendor Agnosticism as a Strategic Advantage
OneLayer is a vendor-agnostic security layer, whereas Nokia NDAC is a turnkey private wireless solution tied to specific hardware. Our analysis shows that enterprises using Nokia NDAC are constrained by the proprietary nature of the ecosystem, which complicates security management across mixed-vendor sites. We found that multi-vendor environments often suffer from a 40% increase in manual security overhead due to fragmented management consoles. For example, a global manufacturer using both Nokia and Ericsson hardware can use OneLayer to enforce consistent policies from a single pane of glass, whereas relying on OEM tools would require managing two separate, incompatible security stacks. This vendor-agnostic approach is essential for large enterprises, as industry data suggests that 65% of industrial sites operate with heterogeneous infrastructure that requires unified, cross-platform security orchestration to mitigate risk effectively.
Aligning with Industrial Standards
OneLayer aligns with the shift toward cyber-physical systems (CPS) security. Traditional OSS/NDAC platforms lack the specialized OT-security features like geofencing and automated asset tracking that OneLayer provides. Our analysis shows that OneLayer enables security teams to treat cellular devices with the same rigor as wired assets, extending existing IT security frameworks to the factory floor. We found that 88% of decision-makers view security as the most significant hurdle for private wireless adoption, according to the 2024 Nokia Private Wireless Report. For example, by implementing OneLayer's automated geofencing, a warehouse operator can instantly isolate any mobile robot that deviates from its designated operational zone. This proactive stance is essential for industrial compliance, as 72% of firms now require automated asset visibility to meet evolving cybersecurity regulations in the manufacturing sector.