Skip to main content

Cellwize

Cellwize is a telecommunications software company that provides cloud-native, automation and orchestration platforms for Mobile Network Operators (MNOs) deploying and operating 4G and 5G networks.

  • Cloud-native Radio Access Network (RAN) automation and orchestration platform for multi-vendor 4G/5G networks (network automation).
  • Optimization of RAN resources using policy-based control and analytics (network performance management).
  • Support for Open RAN (ORAN), virtualized and disaggregated network architectures (RAN virtualization and Open Radio Access Network (O-RAN) support).
  • APIs and integration frameworks for ecosystem partners, OSS/BSS, and enterprise applications (network integration and programmability).
  • Tools to accelerate deployment, configuration, and lifecycle management of mobile network services (service orchestration).
  • More About Cellwize

    Cellwize focuses on automation and orchestration of radio access networks (RAN) for mobile operators that run large 4G and 5G infrastructures. Its platform is designed as a cloud-native software layer that interfaces with multi-vendor RAN equipment, enabling centralized control, configuration, and optimization across heterogeneous network environments. This positioning places Cellwize in the network automation and service orchestration category for service providers and large enterprises that rely on carrier-grade connectivity.

    The company’s offerings are typically deployed within operator core IT and network domains, integrating with Operations Support System (OSS), Business Support System (BSS), and existing network management systems. Through standardized and vendor-specific interfaces, the Cellwize platform connects to base stations, small cells, and virtualized RAN components, aggregating telemetry and configuration data. It then uses policy engines, rules, and analytics to automate tasks such as parameter tuning, neighbor relations management, and capacity balancing, supporting consistent network behavior across regions and vendors.

    Cellwize aligns with emerging 5G and ORAN architectures, where the RAN is disaggregated into distributed units (DUs), centralized units (CUs), and radio units (RUs), often supplied by multiple vendors. By exposing northbound APIs, the platform allows operators and partners to build applications that program network behavior, such as enterprise-specific slices, Quality of Service (QoS) profiles, or energy management policies. This approach fits into broader telco cloud and Software Defined Networking (SDN) practices, where programmability and abstraction are used to manage complex infrastructure.

    From a technology standpoint, Cellwize leverages cloud-native concepts such as containerization and microservices to support scalable deployment in public, private, or hybrid clouds. The platform typically incorporates data pipelines that collect performance metrics and events from the RAN, feeding optimization engines that can trigger closed-loop automation workflows. These workflows may implement self-configuration, self-optimization, and self-healing behaviors, aligned with telecom SON (self-organizing networks) principles, but extended to modern 5G and ORAN scenarios.

    Within an enterprise technology directory, Cellwize fits into categories such as telco network automation, RAN orchestration, and 5G operations platforms. It is relevant to MNOs, neutral hosts, and enterprises that partner with carriers to support private or campus 5G networks. For these users, Cellwize’s software is positioned as a control and automation layer for multi-vendor RAN environments, supporting deployment acceleration, operational consistency, and policy-driven optimization without replacing underlying network equipment.

At-A-Glance

  • Employees: 88
  • Estimated Annual Revenue: $10M-$50M

Connect

Market Segmentation

  • Type: Private
  • Sector: Information Technology
  • Group: Technology Hardware & Equipment
  • Industry: Communications Equipment
  • Sub-Industry: Computer Networking