Private Network Security with OneLayer: Insights & Trends

Discover how OneLayer is shaping private network security with scalable solutions, partnerships with core vendors, and automation in provisioning. Explore industry examples, key trends, and the growing opportunities in private 5G/LTE networks.

The Growth of Private Networks: Trends and Opportunities

The private network market has been closely observed for several years and appears poised for a significant expansion, with more networks emerging over time. There is noticeable growth: many customers who already use the OneLayer solution first deployed it a year or two ago in a single factory site after a successful proof of concept (POC).


These deployments are scaling up. Organizations that saw cost savings and tangible benefits from their initial POC are expanding to other sites. Customers with private LTE in one location are now rolling it out in multiple locations.

Certain markets and verticals, such as utilities, show strong momentum. There are success stories, and more are following suit. Someone in the utilities space once pointed out that, in this market, nobody wants to be first, but everyone wants to be second. With private LTE networks proving they can support various use cases, more utilities are exploring adoption. At industry conferences, many utility companies are in the exploration phase, discovering how private networks can help them. Overall, it looks promising: more organizations are adopting or expanding private networks.

OneLayer’s Role in Scaling Private Network Security

OneLayer’s role shifts based on the maturity of a prospect’s network. When a network is small—evaluating use cases and trying to understand potential benefits—OneLayer serves as an inventory management tool. It provides visibility into which devices are connected, tracks changes in identity or location, and monitors device swaps.

Other concerns arise for larger customers with 1,000 devices or more. One key question is how to automate the provisioning and activation of large numbers of SIMs, including how to associate SIMs with the correct profiles. Another is ensuring that network alerts also feed into existing IT or OT alerting systems. Integrating device data into existing databases is equally critical. These issues revolve around syncing massive amounts of data and ensuring smooth operations at scale.

Success Stories: OneLayer in Action Across Industries

A notable success story involves Evergy, a U.S.-based utility company. Evergy needed to provision and activate hundreds of SIMs at once and keep track of each SIM’s profile, including the device it was inserted into—a Sierra Wireless or a 4RF device. The process also required knowing and managing the devices’ locations over time.

Provisioning posed the biggest challenge. Using an Ericsson core, Evergy manually provisioned each new batch of devices, which was time-consuming and error-prone. It also diverted RF engineers from more pressing tasks.

OneLayer automated the entire provisioning process so that Evergy’s team could upload a file and have all SIMs provisioned automatically, ready for field deployment. This significantly shortened the onboarding timeline, from receiving the SIMs to getting them into operation.

Another successful deployment took place in the manufacturing sector. OneLayer extended segmentation groups to a firewall, monitoring the tags that classified devices at different security levels. For example, level two devices could not communicate with level three or four devices. OneLayer tracked all network identifiers for each device and forwarded them to the firewall, ensuring the firewall’s enforcement remained accurate even if IP addresses or SIMs changed.

Building Bridges: OneLayer’s Strategic Partnerships in Private Networks

Strong partnerships with core vendors are essential for OneLayer’s solution because direct communication with core systems is critical. An Ericsson-based network requires collecting information from the Ericsson core; a Nokia-based network requires collecting data from the Nokia core. The partnership is both technical and related to go-to-market efforts.

A priority for 2024 and 2025 is to extend these partnerships beyond integration. Ericsson now promotes the OneLayer solution to customers who struggle with device identification. Through its Mixi program, Nokia enables customers to download and activate OneLayer with a simple click, improving integration with Nokia’s NDAC core. Similar partnerships are sought with all core vendors to showcase OneLayer’s solution across multiple verticals.

Shaping the Future of Private Networks: Trends & OneLayer’s Approach

OneLayer’s main contribution to emerging trends is to ensure a seamless fit between existing IT and OT ecosystems and new cellular networks. Many enterprises already have systems for asset management, rule enforcement, or authentication, and these must mesh smoothly with cellular technology.

Acting as a “broker,” OneLayer’s software gathers real-time information from the cellular core and integrates it with standard IT and OT systems. For instance, SIM provisioning could begin in a ticketing system, and any related alerts might feed into a platform like Splunk. Achieving more efficient connectivity between cellular and existing systems is a key trend, and OneLayer aims to address it by streamlining integration

Key Takeaways for Private LTE Network Growth

Private LTE networks are at an exciting stage. Partnerships—whether with system integrators, advisors, or fellow technology vendors—are critical to success, especially in an emerging space where innovation and change happen quickly.

At OneLayer, frequent product updates are driven not by uncertainty about the company’s vision, but by a desire to offer solutions for a wide array of evolving needs. Adapting to constant change would be nearly impossible without collaboration and mutual learning among partners. Sustaining an engaged, collaborative ecosystem is vital so private LTE networks can continue expanding and delivering value.


Private networks are transforming industries like smart cities, manufacturing, and utilities by enhancing connectivity, automation, and data utilization. NTT Data and Nokia are leading this transformation, offering advanced private 5G solutions that improve operational efficiency, security, and sustainability. Private networks enable real-time decision-making through technologies like Edge AI and digital twins while addressing deployment challenges with models like Network as a Service (NaaS). In smart cities, these networks optimize traffic management, energy monitoring, and public safety, delivering citizen-centric value. Learn how private networks drive digital transformation and operational excellence across sectors.
Ericsson and Epiroc are transforming mining with private 5G networks, enabling real-time data access, enhanced safety, and automation. Their solutions address challenges in both above-ground and underground operations, offering scalable, sustainable technologies like AI, robotics, and machine learning to optimize mining processes. Learn how this partnership is shaping the future of mining.
Ericsson’s private 5G networks revolutionize smart factory operations by enabling automation, AR/VR training, real-time quality control, and sustainable production practices. Learn how 5G’s low latency, scalability, and adaptability empower Industry 4.0 technologies and enhance human-machine collaboration for optimized manufacturing workflows.
Cumucore’s deployment of a private 5G network in post-hurricane North Carolina highlights the role of advanced connectivity solutions in disaster recovery. By leveraging satellite backhaul, CBRS, and innovative collaborations, the team restored communication in disconnected regions, supporting emergency responders and affected communities. Learn how private networks are transforming disaster response with flexibility, reliability, and user-focused design.
Trilogy Networks is revolutionizing agritech with private 5G, addressing rural connectivity gaps and enabling precision farming. By integrating IoT, edge computing, and advanced analytics, Trilogy supports real-time decision-making, sustainable practices, and automation in agriculture. Learn how Trilogy’s standardized, scalable solutions are paving the way for a more connected future in agriculture and beyond.
Private networks are vital for mission-critical applications but face challenges like fragmented ecosystems, skill shortages, and financial pressures. Anritsu’s vendor-agnostic service assurance platform provides end-to-end visibility, proactive insights, and flexible operational models to address these issues. Learn how Anritsu enables enterprises to manage private networks effectively while ensuring scalability and reliability.
GXC leads the private network industry by prioritizing enterprise needs over telco-driven solutions. Leveraging CBRS and 5G O-RAN technologies, GXC delivers secure, scalable, and cost-effective connectivity for industrial and enterprise sectors worldwide. Learn how GXC empowers industries like mining, agriculture, logistics, and more with tailored solutions and strategic global partnerships.
Purdue Research Foundation (PRF) and Purdue University, in partnership with Ericsson, are redefining aviation through its “airport of the future” initiative. Leveraging its own airport and a legacy of innovation, Purdue collaborates with Saab and other industry leaders to drive advancements in passenger experience, operations, and safety. A 5G network underpins this applied research platform, enabling scalable, market-ready technologies while addressing regulatory challenges and fostering industry-wide collaboration.
Purdue University Airport, the first university-owned and operated airport in the U.S., is a hub of aviation education and innovation. Supporting programs in professional flight, mechanics, and airline management, the airport integrates real-world operations with cutting-edge research. Historic ties to Amelia Earhart and partnerships with Saab and Ericsson further solidify its role as a leader in aviation technology, now bolstered by the return of commercial service and the state-of-the-art Amelia Earhart Terminal.
The integration of private 5G networks with generative AI is transforming enterprise environments by addressing the limitations of traditional connectivity. Industries like manufacturing, warehousing, and construction are reaping significant benefits from this convergence, which facilitates the deployment of advanced, AI-driven automation. This integration offers key advantages, including enhanced operational efficiency, real-time data processing, and robust support for autonomous systems. GXC is instrumental in this transformation, delivering comprehensive private 5G solutions that enable innovative applications and ensure reliable connectivity, even in the most challenging environments.

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