Observability

Aviz OPBNOS R2.8 adds Celestica DS2000 support, port breakout, and GTPU extension header filtering for telecom observability.

Network Observability DeDuplication filters mirrored traffic, deduplicates packets in real time on an x86/DPDK node, then load-balances unique traffic.

Aviz Service Node R2.0 adds packet deduplication, DPI app identification, enhanced PCAP capture, and sub-5-second KPI monitoring with ASN 2.0 correlation.

Blog criticizes legacy network observability for hardware-first designs, FPGA reliance, vendor lock-in, rigid pricing, and lack of AI, and presents Aviz.

Explains how network monitoring evolved toward observability for SONiC fabrics and describes Aviz ONES telemetry, topology, compliance, and analytics.

Aviz ONES details NetOps framework components, SLA elements, and 24×7 SONiC support with observability, orchestration, and streaming telemetry.

Aviz Service Node (ASN) tracks millions of sessions, identifies apps via DPI, decapsulates tunnels, deduplicates packets, and streams KPIs to Kafka every 5 seconds.

ONES 3.1 adds agentless telemetry for NVIDIA Spectrum-X on Cumulus Linux 5.9–5.11, including RoCE metrics and rule-based alerts.

ONES 3.1 correlates real-time telemetry across NICs, GPUs, CPUs, memory, PCIe, and storage using Linux interfaces and NVIDIA SMI.

Aviz Networks outlines its OPB, ASN and Network Copilot stack, tying the approach to outage visibility, 5G parsing, deduplication and SONiC support.

Aviz says its ONES layer standardizes control and observability across SONiC and Spectrum-X and Network Copilot automates compliance and NetOps tasks.

Cisco and Aviz bootcamp recaps AI fabric design using Cisco 8000 + Silicon One + SONiC with RoCE v2, PFC, and ECN plus Aviz ONES telemetry.