Aviz Networks details ONES 2.0 update enhancing SONiC network visibility and orchestration

Aviz Networks released ONES 2.0, an updated network operations platform designed to enhance visibility, orchestration, and supportability for SONiC-based data center networks. This update introduces features aimed at improving operational efficiency and detailed network insights for enterprise network teams managing complex fabric architectures.

Research overview

ONES 2.0 provides incremental configuration capabilities for data-center fabrics, a refined user interface, and upgraded APIs supporting network operations automation. The platform focuses on enabling fine-grained monitoring and configuration across Layer 2 leaf-spine topologies, rack-to-rack networks, and multi-chassis link aggregation (MC-LAG) environments.

Key telemetry enhancements include deep visibility into control plane health and configurations, real-time traffic flow visualization, and detailed firmware inventory tracking across various hardware components such as ONIE, Baseboard Management Controller (BMC), BIOS, Field Programmable Gate Array (FPGA), and CPLD.

Key findings

The platform’s rule engine supports customizable alerts with integration to Slack and Zendesk, facilitating automatic ticket creation based on platform metrics, device health, and bandwidth utilization. Network Service Level Agreement (SLA) monitoring for packet loss and latency utilizes ICMP and Transmission Control Protocol (TCP) probes to monitor connectivity between endpoints.

ONES 2.0 extends orchestration support with YAML-based fabric templates enabling progressive updates of Virtual LAN (VLAN) and VNI configurations. The enhanced NetOps Application Programming Interface (API) accommodates underlying network scenarios, including L2 and L3 leaf-spine fabrics and elastic scaling of spine and leaf nodes. New use cases introduced cover L3 MC-LAG redundancy, Border Gateway Protocol (BGP) peering over Link Aggregation Group (LAG) and MC-LAG, and rack-to-rack fabric connectivity without spine switches.

Technical breakdown

Enhanced supportability features include one-click syslog collection directly from device topology views, centralized console access, and export functionality for device inventory management. The interface provides real-time tracking of orchestration progress and operational validation, assisting teams in verifying configurations before deployment.

Security aspects encompass Role-Based Access Control (RBAC), mutual Transport Layer Security (TLS), LDAP integration, and firmware compliance monitoring that tracks multiple vendor components to maintain standardization and compliance across network infrastructure.

Operational impact

By integrating richer telemetry data, configurable alerting mechanisms, and orchestration templates, ONES 2.0 facilitates more streamlined operational workflows. Visibility into specialized traffic types such as Remote Direct Memory Access (DMA) (RDMA) over Converged Ethernet offers performance monitoring aligned with contemporary data center demands.

The support for network Service Level Agreements (SLAs) and expanded automation capabilities can assist teams in maintaining network performance reliability while managing complex SONiC deployments more efficiently.

Leadership perspective

ONES 2.0 release marks a focused development on supporting modern enterprise network requirements, emphasizing observability, configuration agility, and operational support within SONiC environments. Planned future updates will further address rule-based alerts, Artificial Intelligence (AI) fabric metrics, security compliance, and SLA measurement expansions.

These developments reflect ongoing efforts to equip network operations teams with tools that address multi-faceted challenges across data center network management.

This Blog Signals brief summarizes the vendor's detailed update on ONES 2.0, offering IT decision-makers a fact-based overview relevant for designing and managing SONiC-based network infrastructures.