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nexttrace

Use NextTrace through its deploy MCP endpoint for traceroute, MTR, MTU discovery, speed tests, IP annotation, GeoIP lookup, and Globalping multi-location traceroute. Trigger when an agent needs network path diagnostics or needs to call NextTrace MCP tools.

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nxtrace/NTrace-core
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2026년 9월 12일 15:35
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SKILL.md
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name
nexttrace
description
Use NextTrace through its deploy MCP endpoint for traceroute, MTR, MTU discovery, speed tests, IP annotation, GeoIP lookup, and Globalping multi-location traceroute. Trigger when an agent needs network path diagnostics or needs to call NextTrace MCP tools.
# NextTrace MCP Use this skill when the user wants route diagnostics through NextTrace or asks how an Agent should call NextTrace. ## Start MCP NextTrace exposes MCP only as a deploy submode over HTTP. There is no stdio MCP mode. ```bash nexttrace --deploy --mcp nexttrace --deploy --mcp --listen 0.0.0.0:1080 --deploy-token "$TOKEN" ``` Endpoint: ```text http://127.0.0.1:1080/mcp ``` Auth: - Loopback listen addresses are tokenless by default unless a token is set. - External listen addresses require a token. If none is provided, NextTrace prints a generated token to stdout. - MCP/API clients authenticate with `Authorization: Bearer <token>` or `X-NextTrace-Token: <token>`. - Browser WebUI uses `/auth/login` and an HttpOnly cookie. - Do not put tokens in URL query strings. ## Workflow 1. Call `nexttrace_capabilities` first when available. 2. Pick the narrowest common tool for the job: - Local route: `nexttrace_traceroute` - Repeated loss/latency stats: `nexttrace_mtr_report` - Probe-level stream records: `nexttrace_mtr_raw` - Path MTU: `nexttrace_mtu_trace` - Global vantage points: `nexttrace_globalping_trace` - Other tools: `nexttrace_speed_test`, `nexttrace_annotate_ips`, `nexttrace_geo_lookup`, `nexttrace_globalping_limits`, `nexttrace_globalping_get_measurement` 3. Prefer `structuredContent`; use text content only as a fallback. 4. Preserve explicit user inputs: `target`, `protocol`, `port`, `source_address`, `source_device`, ASN, location, and `ip_version`. Do not substitute them unless the user asks for a fallback. 5. On errors or missing results, report the exact failure and suggested next step. Do not automatically switch protocol, port, location, ASN, tool, or local/Globalping mode. 6. For full tool schemas and boundaries, read [references/mcp-tools.md](references/mcp-tools.md) and [references/capability-matrix.md](references/capability-matrix.md). 7. For Globalping, read [references/globalping.md](references/globalping.md). For local source/device/TOS behavior, read [references/platform-notes.md](references/platform-notes.md). Use [references/cli-fallback.md](references/cli-fallback.md) only when MCP is unavailable, unsupported, or the user asks for CLI output. 8. Before writing the final answer, use [references/output-templates.md](references/output-templates.md) for a concise Markdown shape. 9. Keep this skill and its references synced with `server/mcp.go` whenever MCP tools or parameters change. ## References - [MCP tools](references/mcp-tools.md): tool names, inputs, outputs, unsupported parameter families. - [Globalping](references/globalping.md): worldwide traceroute workflow and comparison guidance. - [Capability matrix](references/capability-matrix.md): local vs Globalping vs CLI fallback. - [Output templates](references/output-templates.md): bilingual Markdown report shapes for each MCP tool. - [CLI fallback](references/cli-fallback.md): commands to use when MCP is unavailable. - [Platform notes](references/platform-notes.md): OS-specific source, device, TOS, raw-socket details. - [Validation](references/validation.md): smoke checks and expected behavior.
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