Celona appears across 14 sources on Decision Insights, most recently in coverage of Celona introduces Celona Orion to unify wireless networks under one fabric (Aug 2026).
Who is Celona?
Celona is a private wireless and edge networking vendor that provides enterprises with 4G/5G Local Area Network (LAN) infrastructure, orchestration software, and integrated radio access solutions for on-premises (on-prem) mobility and Internet of Things (IoT) connectivity.
- Private cellular network platforms for enterprises using Citizens Broadband Radio Service (CBRS) and licensed spectrum (private 4G/5G networking).
- Cloud-based orchestration and automation for radio, core, and edge resources (network management and control).
- Indoor and outdoor wireless access hardware, including radio units and related components (RAN infrastructure).
- Integration with enterprise IT environments, existing LAN/WLAN, and Operational technology (OT) systems (enterprise networking).
- Use cases targeting industrial campuses, logistics, utilities, healthcare, and other site-based operations (vertical solutions enablement).
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More About Celona
Celona focuses on private cellular networking for enterprise and institutional environments, delivering an integrated stack that combines Radio Access Network (RAN) hardware (RAN), core network software, and cloud-based orchestration (private 4G/5G networking). Its offerings are designed to operate on shared spectrum such as CBRS in the United States as well as licensed spectrum in collaboration with Mobile Network Operators (MNOs), enabling enterprises to deploy on-prem mobile broadband and IoT connectivity with deterministic performance.
The Celona architecture typically includes on-site radio units connected to an enterprise LAN, an Evolved Packet Core (EPC) or 5G Core (5GC) provided as software, and a cloud-hosted management and orchestration layer (network management). This design allows network administrators to define traffic policies, Quality of Service (QoS) parameters, and application slices that map to specific device groups or industrial applications. Celona aligns with 3rd Generation Partnership Project (3GPP) standards for Long Term Evolution (LTE) and 5G New Radio (NR) and uses standard SIM- or eSIM-based authentication for devices, which supports integration with a wide range of industrial endpoints, handhelds, and routers that already support cellular modems.
In enterprise deployments, Celona is positioned as a complement to or alternative for Wi-Fi in environments where mobility, interference control, and predictable latency are operational requirements. Industrial campuses, ports, logistics hubs, manufacturing plants, energy and utilities facilities, and healthcare sites can use Celona platforms to support autonomous vehicles, robotics, push-to-talk communications, video analytics, and asset tracking over a private cellular infrastructure. Because traffic remains under enterprise policy control and can be anchored on-prem, these networks support data governance and deterministic path control distinct from public mobile networks.
Celona’s cloud-based orchestration layer exposes capabilities for configuration management, monitoring, and lifecycle operations of radios and core elements (network operations). This includes automated provisioning of Subscriber Identity Module (SIM) profiles, policy templates aligned to application classes, and integration hooks with enterprise IT tools such as IPAM/DHCP, identity systems, and security monitoring. The approach is oriented toward enterprise network and infrastructure teams that are familiar with Wi-Fi and IP networking but may not have prior mobile operator experience; abstractions and workflows are presented in LAN-centric terminology such as “5G LAN.”
From a marketplace taxonomy perspective, Celona can be placed in categories such as private 5G/4G infrastructure, enterprise wireless LAN alternatives, and edge connectivity platforms. It intersects with related domains including Industrial IoT (IIOT) connectivity, campus networking, and OT networking, while remaining anchored in 3GPP-based cellular technology. The company’s product line and reference architectures are built to fit into existing enterprise network topologies, using standard IP routing, VLANs, and security domains so that private cellular becomes another managed access layer under centralized IT governance.