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Motadata NCCM

Motadata NCCM extends beyond traditional configuration management by providing a centralized system to control, execute, and validate configuration states across network infrastructure. It combines configuration operations, change intelligence, and compliance evaluation into a unified workflow, enabling teams to operate with consistency, speed, and accountability.

Instead of handling configurations as isolated tasks, Motadata NCCM treats them as part of a continuous operational model—where every change is tracked, every action is controlled, and every outcome is measurable.

How NCCM Operates in Motadata​

Once devices are onboarded and associated with the appropriate templates, Motadata establishes a structured interaction model with each device. This interaction is driven through secure CLI access, where predefined templates execute commands for backup, restore, comparison, and updates.

Each device maintains a configuration history, allowing teams to:

  • Track changes over time
  • Compare different configuration versions
  • Identify deviations from expected states

Changes detected—either through scheduled comparisons or syslog-based triggers—are evaluated and surfaced as actionable insights. This ensures that teams are immediately aware of any deviation that could impact performance, security, or compliance.

Configuration Control and Execution​

Motadata NCCM provides a controlled execution layer where all configuration-related activities are standardized.

Configuration backups are captured automatically or on demand, ensuring that every device has a reliable baseline. These configurations are versioned, allowing teams to understand how a device has evolved over time.

When changes are required, teams can execute commands across multiple devices simultaneously. This is particularly useful in large-scale environments where repetitive manual updates are not practical.

For example, in a network with multiple circuits and interfaces, updating interface descriptions or modifying SNMP configurations can be executed across hundreds of interfaces in a single operation, ensuring consistency while reducing operational effort.

Change Detection and Conflict Alerting​

Configuration changes can originate from multiple sources—manual updates, automation scripts, or external interventions. Motadata NCCM continuously monitors these changes and identifies any deviation from expected configurations.

Syslog-based detection allows the system to capture changes in near real time, eliminating delays associated with periodic polling. In addition, scheduled comparisons help identify gradual configuration drift.

When a deviation is detected, NCCM generates alerts that highlight:

  • Unauthorized configuration changes
  • Differences between current and baseline configurations
  • Potential conflicts that may affect device performance or stability

This proactive detection mechanism helps teams address issues before they escalate into incidents.

Backup, Restore, and Recovery​

Configuration recovery is a critical requirement in enterprise environments where even minor misconfigurations can lead to service disruption.

Motadata NCCM enables:

  • Full configuration restore to revert a device to a previous stable state
  • Selective restore to apply only specific configuration segments
  • Rapid rollback during incidents to minimize downtime

This ensures that recovery processes are predictable, controlled, and significantly faster compared to manual intervention.

Firmware Lifecycle Management​

Managing firmware versions across devices is essential for maintaining performance, security, and compatibility.

Motadata NCCM integrates firmware management into the configuration lifecycle by:

  • Identifying current firmware versions on devices
  • Comparing them with supported or latest versions
  • Enabling controlled firmware upgrades across devices

This centralized approach ensures that firmware updates are executed consistently while maintaining visibility into device states.

Automation Through Runbooks​

To reduce manual intervention, Motadata NCCM supports automation through runbooks. These runbooks define sequences of actions that can be executed across multiple devices.

This is particularly useful for:

  • Remediating compliance violations
  • Standardizing configurations across environments
  • Executing repetitive operational tasks

For example, if a compliance assessment identifies inconsistent password configurations across devices, a runbook can be executed to update credentials across all affected devices in a single workflow.

Integration with Compliance Assessment​

Motadata NCCM is tightly integrated with compliance assessment capabilities, ensuring that configuration data is continuously validated against defined standards.

Configurations captured through NCCM are evaluated against rules and benchmarks aligned with frameworks such as CIS, GDPR, HIPAA, and SOX. This allows organizations to:

  • Identify non-compliant configurations
  • Measure overall compliance posture
  • Trigger remediation workflows automatically

This integration ensures that compliance is not treated as a separate activity but as a continuous part of configuration management.

Operational Visibility and Control​

Motadata NCCM provides a centralized view of configuration states across all devices, enabling teams to monitor and manage infrastructure effectively.

Through dedicated interfaces, teams can:

  • Analyze configuration changes
  • Compare device configurations
  • Execute commands and workflows
  • Monitor compliance status

This visibility ensures that every action taken on the infrastructure is transparent and traceable.