Abstract

Infosim commissioned Tolly to evaluate StableNet® Network Configuration and Change Management. The main focus of the project was to assess how StableNet® automates troubleshooting, policy compliance and governance, vulnerability and lifecycle management, and zero-touch provisioning from a single, vendor-independent management plane for multi-vendor networks.  

The report presents StableNet® as a unified NCCM platform designed to simplify operations across complex LAN and WAN environments spanning multiple vendors and technologies. Tolly highlights four core benefits: automated problem recognition, isolation, and resolution; automated policy verification and update; automated vulnerability lookup plus End-of-Life and End-of-Service tracking for major vendors such as Cisco and Juniper; and automated configuration backup, comparison, and update options. As shown on the dashboard image on page 1, these capabilities are brought together through a single interface intended to reduce operational friction and improve visibility across the network.  

A major theme in the report is faster root-cause analysis and reduced Mean Time to Repair. In the troubleshooting workflow shown on page 2, StableNet® correlates visual network status, impacted links, alarms, and syslog data so that an administrator can drill down from a geographic or topology view to the specific event that caused a failure. Tolly says this enables operators to identify the source of the problem, remediate the configuration or device issue, and restore service availability more efficiently.  

The policy compliance and governance section focuses on proactive prevention of outages caused by misconfiguration. StableNet® supports automated policies that scan and analyze infrastructure configurations using text strings, configuration snippets, and advanced scripting, with vendor-independent policy creation for heterogeneous hardware. The system can also automatically reconfigure devices found to be out of compliance and maintains comprehensive audit logging and change tracking. Tolly’s example used Cisco devices and showed detailed policy-checking output with device-level drill-down to the specific issues that required remediation.  

The report also emphasizes lifecycle intelligence and provisioning automation. StableNet® provides automated vulnerability lookups and component-level End-of-Life tracking, including service, extended service, and support dates for major vendors. Tolly notes that this is especially valuable for modular systems with multiple subcomponents that can age out at different times. In addition, StableNet® offers zero-touch provisioning using Python-based automation: once a device powers on and receives an IP address, it can contact the StableNet® zero-touch server, receive the appropriate script, download the StableNet® agent, and become fully manageable without manual intervention. The tested environment used StableNet® 25 with MariaDB 10.4.25 across real and virtual multi-vendor devices. Overall, the report portrays StableNet® as a broad, automation-driven NCCM platform aimed at reducing downtime, strengthening compliance, and improving the operational efficiency of multi-vendor network management.