Visibility for SONiC Fabrics: The Evolutionary Advancement of Network Monitoring
April 16, 2025ONES & SONiC
SONiC Fabric Visibility: From Basic Metrics to Intelligent Observability
How network monitoring evolved—from SNMP counters to AI-driven insights—and how Aviz ONES delivers deep, multi-vendor visibility for SONiC fabrics across any hardware and ASIC.
Why Visibility Matters in Modern Networks
The network monitoring and visibility landscape has advanced rapidly as infrastructures grew more distributed and complex.
What began as basic metric collection is now real-time, proactive, and analytics-driven—a necessity for operating SONiC fabrics at enterprise scale.
The Evolution of Network Monitoring
Traditional Monitoring (SNMP): Bandwidth, packet loss, latency for fault detection, performance tracking, and compliance—popular in large legacy on-prem estates.
Flow-based (NetFlow/sFlow): Session/flow visibility reveals usage patterns, bottlenecks, and anomalies.
Alerting & Event Correlation: Groups related events to reduce noise, accelerate response, and enhance security.
Observation & Topology Mapping: Graphical views of devices, links, and flows to simplify troubleshooting and planning.
Application-Aware Monitoring: DPI and app KPIs align monitoring with business outcomes.
Security & Threat Monitoring: IDS/IPS and anomaly detection to catch breaches early and support compliance.
Unified Monitoring (Hybrid/Cloud): One dashboard across locations and environments.
Packet-based Inspection: Deep packet visibility for security and application performance.
Intelligent Insights (AI/ML): Predictive analytics for proactive troubleshooting, capacity planning, and decision-making.
Aviz ONES: Comprehensive Visibility for SONiC
Aviz enables SONiC adoption with an open, vendor-neutral approach.
Open Networking Enterprise Suite (ONES)
delivers a multi-vendor, multi-NOS platform for managing and securing modern network infrastructure—especially SONiC on any hardware and ASIC.
Figure 1. ONES Network Topology Visualization
Key visibility capabilities: near real-time telemetry agents, unified topology views, device/software/transceiver insights,
version & patch tracking for compliance, and health metrics with threshold-based alerting.
Figure 2. ONES Compliance AnalyticsFigure 3. ONES System Health TrackingFigure 4. ONES Traffic Monitoring
As SONiC adoption accelerates, deep visibility and proactive operations become critical.
Aviz ONES sets a high bar for SONiC observability—delivering consistent insights across any vendor hardware and ASIC—
helping enterprises lower TCO, stay compliant, and innovate faster on an open networking foundation.
FAQs
1) What is SONiC fabric visibility and why is it essential?
It’s end-to-end monitoring, analysis, and management for networks running SONiC—providing real-time insights into performance, health, and security to improve efficiency, cost control, and proactive issue resolution.
2) In what ways does ONES go beyond traditional network monitoring tools?
ONES is purpose-built for open networking and SONiC, adding AI-powered analytics, event correlation, application-aware views, and packet-level depth across multi-vendor and multi-ASIC environments.
3) Is ONES limited to SONiC-certified hardware, or can it run across different platforms?
ONES is hardware-agnostic. It monitors SONiC across any vendor hardware and any underlying ASIC to avoid lock-in and maximize reuse.
4) How does Aviz ONES improve SONiC network monitoring and observability?
By unifying real-time telemetry, health and traffic analytics, compliance tracking, and topology visualization in one dashboard across diverse hardware/NOS combinations.
5) How does ONES support compliance, security, and proactive troubleshooting?
Continuous version/patch tracking, hardware health, customizable alerts, anomaly detection, and error monitoring help prevent outages and support enterprise compliance needs.
6) How does ONES enable real-time telemetry collection in SONiC environments?
Lightweight agents on SONiC and other NOS platforms stream live metrics—device health, traffic flows, and system status—for continuous awareness and rapid response.
7) What visual insights does ONES provide for SONiC network topology?
A graphical map of devices and links across the fabric to speed fault isolation, capacity planning, and what-if design in complex multi-vendor environments.
8) Can ONES help reduce downtime and MTTR?
Yes—custom thresholds, real-time health checks, and intelligent fault detection surface problems before they become incidents, cutting MTTR and improving availability.
9) How does ONES support bandwidth monitoring and capacity planning?
It correlates real-time and historical traffic to reveal utilization and error hotspots, guiding performance tuning and right-sizing investments.
10) What makes ONES future-ready for SONiC observability?
Built-in AI/predictive analytics, multi-vendor support, compliance tracking, and extensible integrations position ONES for next-gen demands while delivering value today.