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Asteria-Unified
Full-Stack Network Controller

A SONiC-platform-based, open network management tool providing full-stack, automated operations from AI data centers to enterprise campus networks.

OpenWiFi Controller for Campus
AI & Data Center Controller
Visible.
Unified.
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Open Networking Platform

These two controllers share a highly consistent design philosophy and functional architecture. Both act as centralized management platforms, providing deep visibility into network devices and their connected endpoints across the entire network.
Stay ahead with
Quarterly Updates
Management with
Zero Learning Curve

Explore Our Controllers

About Campus Controller

TIP OpenWiFi-based control for Ethernet and PON networks.
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About AIDC Controller

SONiC-platform-based intelligent management for high-performance AI data center networks.
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Explore Our Controllers

About Campus Controller

TIP OpenWiFi-based control for Ethernet and PON networks.

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About AIDC Controller

SONiC-platform-based intelligent management for high-performance AI data center networks.

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Why Choose Asteria Controller ?

Experience consistent network orchestration with our uCentral-based architecture. Whether deploying on-premises or in the cloud, our intuitive dashboards and ZTP automation ensure a seamless management experience with zero learning curve.

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Zero-Touch Provisioning

ZTP enables devices to auto-configure, eliminating manual intervention.

Containerized Deployment

Deployed on x86/ARM servers, major public clouds, or as a container directly on DPU.

Decoupled Planes

Independent control plane ensures uninterrupted network services, even when the controller is offline.

uCentral Framework

uCentral framework ensures unified UI and management for campus & data center networks.

Quarterly Iterations

Quarterly updates align with open-community standards and user needs to keep you ahead.

Expert Support

120+ experts for comprehensive support, from consulting to advanced troubleshooting.

Frequently Asked Questions

Everything you need to know about the Asteria OpenWiFi Controller.
What types of network controllers does Asterfusion provide, and what do they share architecturally?
Asterfusion provides two main types of controllers: the AIDC controller (for AI data center scenarios) and the Asteria OpenWiFi controller (for campus network scenarios). Both are built on TIP (Telecom Infra Project) community standards and the uCentral communication framework. This architecture enables hardware–software decoupling, allowing native management of switches running Enterprise SONiC (AsterNOS), as well as seamless integration with third-party APs compliant with OpenWiFi standards.
What are the recommended hardware and software requirements for deployment?
  • Hardware Platform: x86-based servers are recommended (ARM is also supported)
  • Operating System: Ubuntu 18.04 LTS or later
  • Container Support: Docker 20 or later must be installed
What is Zero-Touch Provisioning (ZTP), and how does it work?
ZTP (Zero-Touch Provisioning) allows new or factory-reset devices to automatically load initialization files (such as configuration files and firmware images) upon power-up, without manual intervention.
Workflow: After booting, the device acts as a DHCP client and sends a request to the DHCP server. From the DHCP response (via options such as Option 138 or Option 67), it obtains a temporary management IP address and the file server path (TFTP/FTP). The device then automatically downloads and executes upgrade scripts and configuration files, and reboots to complete deployment.
What key metrics are provided for full-network visibility?
The controller delivers deep visibility through an intuitive dashboard:
  • Device-level: Real-time CPU utilization, memory usage, optical module status, and overall health score
  • Traffic-level: Top 10 devices by ingress/egress traffic, including throughput statistics
  • Endpoint-level: Terminal Identification, including vendor, hostname, IP/MAC address, and connection location
  • Topology-level: Automatic discovery and visualization of the network topology, including logical links and interface speeds
What deployment models are supported?
To meet diverse deployment needs, the controller supports:
  • Cloud Deployment : Deployable on public cloud platforms such as AWS, Alibaba Cloud, and Tencent Cloud for centralized multi-site management
  • On-Premises Deployment: Installed on standard enterprise servers within private networks
  • Edge Deployment: Runs as a container directly on a switch DPU, enabling tight hardware integration and localized management
Does the controller support integration with enterprise authentication systems?
Yes. The controller supports OAuth 2.0-based authentication and can integrate with existing enterprise identity platforms such as Google, Feishu, and GitHub. This ensures secure administrator access and compliance with audit requirements.
Can configurations be migrated when replacing the controller server?
Yes. The controller provides a Configuration Migration feature:
  • One-click operation: Administrators can export all organizations, venues, devices, and policy configurations from the existing controller via the UI.
  • Seamless import: The exported data can be uploaded directly to a new controller running the same version, enabling effortless environment migration without service disruption.

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