Sedona Systems
Sedona Systems is a networking software company that provides multi-layer network automation and optimization platforms for service providers and large enterprises.
- Multi-layer network control and automation across IP/MPLS and optical transport domains (network automation)
- Centralized topology discovery and end-to-end visibility for heterogeneous transport networks (network observability)
- Optimization of Traffic Engineering (TE), routing, and resource utilization across layers and vendors (network optimization)
- Service provisioning, path computation, and intent-based policy enforcement for transport networks (service orchestration)
- Integration with existing OSS/BSS, Software Defined Networking (SDN) controllers, and vendor-specific network elements through open interfaces (systems integration)
More About Sedona Systems
Sedona Systems focuses on multi-layer network control and automation for communication service providers, cloud operators, and large enterprises that operate complex transport infrastructures. Its software is designed to provide a consolidated view and control plane across IP/MPLS (IP networking) and optical or packet-optical transport (transport networking), which are often managed as separate silos inside carrier and enterprise environments.
The company’s core platform operates as a centralized controller and analytics layer that ingests topology and state information from heterogeneous network elements, SDN controllers, and management systems. By correlating data across multiple technologies and vendors, the platform builds an end-to-end model of the network, typically referred to as a multi-layer or cross-domain topology. This topology is then used to support planning, TE, capacity management, and service provisioning workflows across the IP and optical layers.
Sedona Systems is commonly positioned within network automation and orchestration categories, overlapping with transport SDN, Wide Area Network (WAN) automation, and network optimization tools. The software targets use cases such as automated path computation, multi-layer restoration, bandwidth-on-demand services, and optimization of routing decisions based on underlying optical constraints. In contrast to single-domain controllers that focus on either IP or optical, Sedona’s approach is centered on coordination between layers to improve utilization, resiliency, and service delivery.
Architecturally, the platform typically integrates with IP routers, optical Dense Wavelength Division Multiplexing (DWDM) systems, and packet-optical platforms through open APIs and standard protocols where available. This includes interaction with SDN controllers, routing protocols in read-only or advisory modes, and OSS/BSS systems that handle inventory, ticketing, and customer services. The system often supports intent-based workflows in which operators specify service or policy objectives, and the controller computes feasible paths and configuration changes within those constraints.
For enterprise technical stakeholders, Sedona Systems maps to directory categories such as network automation, network observability, service orchestration, and TE optimization. It is relevant for organizations operating large-scale WANs or transport networks that span multiple vendors and technologies, and that require centralized control, cross-layer visibility, and policy-driven automation aligned with existing operations support environments.