Aviz ONES outlines NetOps support framework and 24×7 SONiC support
Aviz’s ONES framework is presented as a unified approach to NetOps for SONiC and other NOS environments, combining observability, orchestration, streaming telemetry, analytics, and 24×7 SONiC support. The article ties these capabilities to NetOps support framework components and service level agreement (SLA) expectations that enterprise teams use for reliability and operational accountability.
Research Overview
The article frames NetOps support frameworks around core operational functions: network monitoring and management, fault management and troubleshooting, change management and configuration, performance optimization, and security and compliance. It also describes how orchestration and streaming telemetry extend those functions for automation and continuous visibility.
The discussion emphasizes multi-vendor and multi-NOS networks, including environments that use SONiC. It focuses on how teams can normalize monitoring and operations across different NOS and switch hardware.
Key Components of NetOps Support Frameworks
Network Monitoring and Management
Monitoring and management is described as covering real-time device and traffic monitoring, performance analysis and reporting, configuration management and compliance, and inventory and asset management. The article also includes “network orchestration” and “streaming telemetry” as extensions that feed analytics using near real-time data.
It describes network orchestration as translating high-level intent into device-level tasks across routers, switches, firewalls, and load balancers. For telemetry streaming, it states that a telemetry collector gathers near real-time data via gRPC, NETCONF, or SNMP and forwards it to monitoring tools, analytics platforms, and machine learning systems.
Fault Management, Change, and Performance
Fault management is listed as covering rapid detection and isolation, root-cause analysis and remediation, and incident management and escalation. Change management and configuration are described as controlling and coordinating changes through version control and documentation, approval processes, and tracking.
Performance optimization is described as including capacity planning and bandwidth management, QoS implementation, traffic engineering and optimization, and proactive strategies to prevent degradation. The article positions these functions as part of an integrated operational workflow rather than separate activities.
Security and Compliance
Security and compliance are described as covering threat detection and security monitoring, firewall management and access control, and compliance examples including PCI-DSS and GDPR. The article also lists vulnerability assessment and patching as part of the security/compliance function.
Supporting Multi-Vendor NOS and Hardware
The article states that heterogeneous environments require vendor-agnostic monitoring and management to normalize operations across different NOS and ASICs. It lists consolidated dashboards across devices, integration with diverse NOS APIs, and use of standardized protocols such as SNMP, NETCONF, and REST.
It also describes cross-vendor fault operations that include alert and event correlation, centralized ticketing, and coordinated vendor engagement. For change and performance, it lists standardized templates, CMDB integration, change tracking and rollback, and consistent QoS and load-balanced traffic engineering.
Service Level Agreements (SLAs)
The article explains SLAs as setting expectations between providers (example given: Aviz Networks) and customers for availability, responsiveness, and performance. It states that SLAs improve accountability, reduce risk, and help maintain user experience.
It lists SLA elements including KPIs such as availability, packet loss, latency, throughput, and response time; availability targets measured as uptime percentages over defined periods; response and resolution time commitments; maintenance windows with planned downtime and notifications; escalation paths for critical incidents; remedies including service credits or compensation on breaches; and reporting through regular reviews.
Introducing ONES (Open Networking Enterprise Suite)
The article describes ONES as unifying observability and orchestration and providing assurance for SONiC and vendor-proprietary NOS, along with extending 24×7 support for SONiC. It also states that the suite uses proactive, predictive, and prescriptive analytics.
For MONITOR, it describes inventory across Broadcom/Marvell/NVIDIA ASICs and full-fabric topology, plus traffic and system health and bandwidth monitoring. For ORCHESTRATE, it describes intent-based CLOS with pre/post validation, config-drift checks, and one-click upgrades via ZTP or custom images. For SUPPORTABILITY, it lists proactive health tracking, instant device access, and collaborative workflows with SONiC experts.
Author attribution is provided for Arakkal Kunju Mohammed Yasser, Director of Engineering, Site Reliability Engineering.
This article presents NetOps support frameworks as a set of operational functions supported by orchestration and streaming telemetry, then connects SLA concepts to operational expectations for reliability. It describes Aviz ONES as a unified monitoring, orchestration, and assurance suite for SONiC and other NOS, including 24×7 SONiC support, with analytics used for proactive operations. Blog Signals brief is a fact-based summary of the vendor blog.