ONAP vs Selector
ONAP
onap.org
Selector
selector.aiSide by side
| Figure | ONAP | Selector |
|---|---|---|
| Price from | Free | — |
| Free plan | Yes | — |
| Free trial | — | — |
| Open source | — | — |
| Web | Yes | Yes |
| Linux | Yes | Yes |
| API | Yes | Yes |
| Self-hosted | Yes | Yes |
| Plans published | 1 | 0 |
| Spec score · Autonomous Networks | 8.3 (#3) | 7.0 (#7) |
| Deployment | ONAP is deployed on Kubernetes through the ONAP Operations Manager; official integration documentation describes Kubernetes on bare metal or environments such as OpenStack, Azure, and AWS. | Selector describes deployment as Kubernetes-native and available on-premises, in a customer cloud, or as SaaS. |
| Intended users | The platform is intended for network, software, IT, and cloud providers and developers; the homepage also names network operators, cloud providers, and enterprises. | Selector names network operations, network architects, executive leadership, application developers, and site reliability engineers as audiences. |
| Purpose | ONAP provides design, orchestration, observability, and automation of network and edge services for operators, cloud providers, and enterprises. | Selector unifies telemetry across domains and uses agents to investigate, act, and verify within configured guardrails. |
Plans
In their own words
ONAP
ONAP is a free, open-source platform for designing, orchestrating, observing, and automating network and edge services. It supports lifecycle management for physical, virtual, and cloud-native network functions, with real-time, policy-driven orchestration. Design and runtime capabilities include implementation, analytics, monitoring, alarm and event correlation, and closed-loop automation for service optimization. Role-based access through the Portal Framework serves service designers and operations personnel. ONAP is modular, so users can select orchestration functions; its Operations Manager uses Kubernetes to deploy, monitor, and manage component lifecycles. Published blueprints cover 5G, virtual CPE, broadband, VoLTE, and cross-domain VPN services. A full deployment guide lists 224 GB RAM, 160 GB disk, and 112 vCores, while selected components can substantially reduce those requirements. ONAP supports deployment on Kubernetes on bare metal or environments such as OpenStack, Azure, and AWS. It runs across API, Linux, self-hosted, and web contexts. Free introductory training and a paid ONAP Fundamentals course are available.