Aviz Networks details Network Copilot natural-language multi-controller queries
Aviz Networks’ Network Copilot provides a natural-language interface that consolidates data from multiple network controllers and devices, then correlates inventory, OS versions, vulnerabilities, and topology to support troubleshooting and compliance checks in multi-vendor environments.
Research Overview
The blog describes network management as fragmented across tools such as Cisco DNA Center, Cisco Nexus Dashboard, and Network Enterprise Suite for SONiC and Cumulus, plus monitoring systems like IP Fabric and SolarWinds.
It says this fragmentation results in separate logins, different CLI workflows, manual aggregation of data, and slower incident handling and compliance activities.
Key Findings
Network Copilot is presented as an interface for asking one question to obtain answers across multiple controllers without requiring separate platform-specific queries.
The blog links the approach to faster troubleshooting, lower operational overhead, and automated compliance and security checks by correlating device, software, vulnerability, and exposure timeline data.
Technical Breakdown
Network Copilot uses a contextual AI engine that the blog says abstracts underlying controller complexity while maintaining data accuracy.
The AI engine is described as using controller-specific schema intelligence for inventory, port and interface abstractions, health metrics semantics, traffic flow patterns, and configuration hierarchies.
Integration and Data Connectors
For integration, the blog describes an API-first approach using REST and gRPC for controllers including DNA Center, Nexus Dashboard, or ONES, along with OpenConfig and YANG models and vendor-specific APIs.
It also lists direct device access via SSH-based CLI for legacy systems, SNMP for monitoring, and streaming telemetry via gNMI, plus file and database integration such as configuration parsing and log correlation.
Query Examples and Outputs
The blog provides an example query: “Show me all devices running IOS-XE 15.1(3)S3 with known CVEs and their exposure timeline,” and states that Network Copilot performs inventory discovery across controllers, version correlation with vulnerability databases, and timeline analysis for patching and deployment.
For device monitoring, it includes an inventory example query for ASR1001 routers with CPU usage above 80% in the last 24 hours, and says it identifies devices across domains, correlates historical and real-time performance, and applies thresholds based on typical utilization.
Operational Impact
The blog describes Network Copilot as reducing manual aggregation by enabling cross-controller queries for tasks such as identifying devices with known CVEs, verifying hostname compliance, and highlighting deviations.
It states that the system can generate vulnerability assessments, risk scoring, prioritized remediation, and automated compliance checks, while presenting device identity, hardware health, and software and security details derived from mapped controller outputs.
Blog Signals brief: This summary reflects the vendor blog’s description of Network Copilot as a multi-controller natural-language interface that consolidates network inventory, telemetry, and controller data, correlates software versions with vulnerability information, and supports compliance and troubleshooting queries for enterprise multi-vendor environments.