Missing serial numbers and outdated configs disrupt triage, delay RMAs, and block proactive maintenance when you need it most.
Combine registration data with SNMP discovery and log analysis to fill gaps. Cross-reference serial numbers against RMA history and contract databases to verify accuracy. Automate configuration snapshots to detect drift.
Devices go untracked after deployment. When failures occur, you can't identify the equipment, verify warranty status, or pull lifecycle history. Every incident starts with manual detective work.
Recorded configurations don't match actual device state. Firmware versions, interface configs, and routing tables diverge from your CMDB. Troubleshooting starts with guesswork instead of facts.
Older equipment never made it into modern asset tracking systems. Critical infrastructure remains invisible to predictive analytics and lifecycle planning tools. You discover gaps only when issues escalate.
Network equipment generates continuous telemetry through SNMP traps, syslog streams, and NetFlow data. The platform ingests these feeds alongside registration records and configuration management databases to build a unified asset view. When serial numbers are missing, it cross-references MAC addresses, IP assignments, and chassis IDs to identify devices. When configurations drift, it compares live snapshots against recorded baselines and flags discrepancies.
Instead of hunting through multiple systems to verify equipment status, you see complete asset history in one interface. Firmware versions, uptime patterns, and maintenance windows populate automatically from telemetry. Contract entitlements and EOL dates attach to each device, enabling proactive renewal alerts. The platform eliminates swivel-chair lookups by consolidating asset tracking, configuration management, and lifecycle planning into a single pane of glass.
Monitors SNMP traps and telemetry streams from routers and switches to identify anomalies before network operators notice degradation.
Estimates when network devices will fail based on temperature trends, power cycling frequency, and error log patterns for planned maintenance windows.
Schedules maintenance for carrier-grade equipment during low-traffic windows based on real device condition rather than fixed intervals.
Network equipment operates in distributed NOCs, remote cell sites, and customer data centers where physical access is limited. When a carrier-grade router experiences packet loss or a firewall logs security events, incomplete asset data means you can't immediately verify firmware versions, uptime history, or configuration baselines. Delays cascade: triage stalls, RMA approvals wait on serial number verification, and predictive maintenance can't run without complete telemetry mapping.
Five-nines uptime requirements leave no room for manual asset lookups. Every minute spent cross-referencing CMDB records against SNMP polls extends MTTR. In multi-vendor environments, asset gaps compound because each OEM uses different identifiers for chassis IDs, module serial numbers, and licensing keys. The platform unifies these identifiers, linking optical transport equipment to contract databases and wireless controllers to firmware compliance tracking without manual reconciliation.
The platform cross-references MAC addresses, IP assignments, and chassis IDs from SNMP discovery against contract databases and RMA history. When multiple identifiers converge, it links telemetry streams to asset records even when serial numbers are missing. Over time, it builds confidence scores for each match and flags low-confidence associations for manual review.
The platform takes automated snapshots of device configurations via SNMP and CLI polling, then compares them against CMDB records. When it detects drift—such as firmware version mismatches or interface changes—it flags the discrepancy in your dashboard and logs the delta. This prevents troubleshooting based on outdated information and alerts you to unauthorized changes before they cause outages.
Yes. The platform ingests telemetry from any device generating SNMP traps or syslogs, regardless of age. It reconstructs asset profiles by analyzing log patterns, uptime metrics, and hardware identifiers. For equipment missing from your CMDB entirely, it creates provisional records and links them to existing contracts or EOL databases based on model numbers and firmware signatures extracted from telemetry.
By consolidating registration data, SNMP discovery, configuration snapshots, and contract databases into one interface, the platform eliminates manual cross-referencing. When an alert fires, you see the device's serial number, firmware version, warranty status, uptime history, and configuration baseline in one view—no switching between CMDB, RMA portals, and syslog servers. This cuts lookup time from minutes to seconds.
No. The platform ingests existing SNMP traps, syslog streams, and NetFlow data that your equipment already generates. It connects to your SNMP managers and syslog servers via API, so there's no need to install agents on routers, switches, or firewalls. This makes deployment fast and avoids adding load to production network devices.
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See how Bruviti consolidates asset tracking, configuration management, and lifecycle planning into one interface.
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