Auvik Performance

Auvik Performance

Query time-series performance statistics from the Auvik monitoring platform: device CPU, memory, bandwidth, and availability; interface throughput and error rates; service (ping) latency; hardware component metrics; and custom SNMP poller values. All data is read-only and sourced from Auvik's collected telemetry.

MCP Server

• Server: auvik-mcp (NetClaw MCP, Feature 036)
• Command: python3 mcp-servers/auvik-mcp/auvik_mcp_server.py (stdio transport)
• Auth: Basic auth via AUVIK_USERNAME + AUVIK_API_KEY
• Read-only: GET operations only — no write or configuration changes

Available Tools

Key Concepts

Tenants = MSP clients. Performance tools accept an optional tenants parameter. Scope to a specific client to avoid cross-tenant data mixing.

Identifier resolution. device and parent_device parameters accept hostnames, IPs, or partial names — resolved automatically to Auvik IDs. The interface parameter on auvik_get_interface_statistics also resolves from name or parent device. Ambiguous matches return ResolutionCandidate[].

from_time and interval are required on all time-series tools. from_time accepts ISO-8601 datetimes or relative shorthand (e.g., -1h, -7d, -30d) which the server converts to ISO-8601. interval must be minute, hour, or day. thru_time is optional — defaults to now.

stat_id enums by tool. Each tool has a fixed set of valid stat_id values:

component_type on auvik_get_component_statistics. Valid values: cpu, cpuCore, disk, fan, memory, powerSupply, systemBoard. Both component_type and stat_id are required.

SNMP poller flow. Custom SNMP polling is a two-step operation: (1) auvik_list_snmp_poller_settings to discover poller IDs and associated devices; (2) auvik_get_snmp_poller_history to pull time-series values for a specific poller. tenants is required on both calls. value_type=int returns numeric time-series (requires interval); value_type=string returns string-valued OID snapshots (use compact=true to reduce payload size).

auvik_get_oid_statistics vs. auvik_get_snmp_poller_history. auvik_get_oid_statistics returns the most recent polled value for any OID on a device — no time window, no interval. Use it for a quick "what is the current value?" check. Use auvik_get_snmp_poller_history for trend analysis over time.

Pagination. auvik_get_oid_statistics and auvik_list_snmp_poller_settings support cursor pagination. Time-series tools return data arrays directly. Use fetch_all=false + page_first for large poller inventories.

Workflow

Device Health Check (CPU and Memory Trend)

1. Start GAIT branch: gait_branch with name like auvik-perf-check-<device>-2026-06-21
2. CPU utilization: auvik_get_device_statistics with stat_id=cpuUtilization, device=<hostname>, from_time=-24h, interval=hour
3. Memory utilization: re-run with stat_id=memoryUtilization, same device and window
4. Bandwidth: re-run with stat_id=bandwidth to check overall traffic load
5. Availability: auvik_get_device_statistics with availability=true, stat_id=uptime, same device and window — confirm no outage periods during the review window
6. Record in GAIT: commit performance findings with peak values, average utilization, and any anomalies noted

Interface Throughput Review

1. Identify interfaces: auvik-inventory (auvik_list_interfaces) with parent_device=<hostname> — enumerate interface names
2. Bandwidth stats: auvik_get_interface_statistics with stat_id=bandwidth, parent_device=<hostname>, from_time=-7d, interval=hour
3. Packet loss: re-run with stat_id=packetLoss — identify any interfaces with elevated loss
4. Discards: re-run with stat_id=packetDiscard — input/output queue drops signal congestion
5. Record in GAIT: commit interface performance summary with top-utilization interfaces and any loss/discard findings

Custom SNMP Poller Investigation

1. List poller settings: auvik_list_snmp_poller_settings with tenants=<client> — discover available custom pollers and their IDs
2. Find poller devices: re-run with poller_id=<id>, with_devices=true — confirm which devices report to this poller
3. Pull numeric history: auvik_get_snmp_poller_history with tenants=<client>, value_type=int, snmp_poller_setting_id=<id>, from_time=-30d, interval=hour
4. Pull string history (if applicable): re-run with value_type=string, compact=true
5. Spot-check current value: auvik_get_oid_statistics with device=<hostname>, oid=<oid-string> for a point-in-time reading
6. Record in GAIT: commit poller findings with OID, device, value trend, and any threshold concerns

Component Temperature / Power Audit

1. Fan temperature: auvik_get_component_statistics with component_type=fan, stat_id=temperature, parent_device=<hostname>, from_time=-24h, interval=hour
2. PSU power: re-run with component_type=powerSupply, stat_id=power
3. Memory utilization (component-level): re-run with component_type=memory, stat_id=utilization
4. Disk capacity: re-run with component_type=disk, stat_id=capacity
5. Record in GAIT: commit component health summary with peak values

Integration with Other Skills

Environment Variables

Important Rules

• Read-only — this skill queries Auvik-collected telemetry only. It cannot configure SNMP pollers, change polling intervals, or modify device settings.
• stat_id, from_time, and interval are required on all time-series tools. Omitting any one returns a ValidationError.
• component_type is also required on auvik_get_component_statistics — specify the hardware subsystem (e.g., fan, memory) before choosing the stat_id.
• tenants is required on auvik_list_snmp_poller_settings and auvik_get_snmp_poller_history — the Auvik API enforces this for custom poller endpoints.
• auvik_get_oid_statistics returns point-in-time data only — it does not accept from_time or interval. Use auvik_get_snmp_poller_history for trend analysis.
• Refer to devices by name or IP, not by Auvik internal IDs. The resolver handles lookup; raw IDs in prompts are fragile and tenant-specific.
• Record every session in GAIT — all performance queries, trend findings, and SNMP poller investigations must be committed to the audit trail.