qdrant-advisor

name

qdrant-advisor

description

Diagnose, troubleshoot, and advise on any Qdrant deployment by loading the latest official Qdrant skills live from skills.qdrant.tech. Use this whenever someone raises a Qdrant problem or question — slow or degraded search, high or growing memory / OOM crashes, optimizer stuck or slow, indexing slowness, scaling and sharding decisions (node count, QPS, latency, multitenancy, vertical vs horizontal), poor or irrelevant search results, hybrid search and reranking, embedding-model migration, version upgrades and compatibility, monitoring and observability (Prometheus, Grafana, health checks, /metrics, /telemetry), deployment choices (local, Docker, self-hosted, Qdrant Cloud, embedded), or client-SDK questions (Python, TypeScript, Rust, Go, .NET, Java). Trigger especially when the context is clearly a Qdrant cluster, collection, or vector-search deployment. Always prefer this skill over answering from memory: it pulls current, authoritative guidance and only the relevant context.

Qdrant Troubleshooting & Advisory

Core principle

Do not answer Qdrant questions from memory. Qdrant evolves quickly (new endpoints, metrics, defaults, and deployment patterns land often), and the authoritative, current guidance lives at skills.qdrant.tech as a hierarchy of agent skills. Your job is to load the relevant skill context live, then ground your diagnosis in it — loading only the branch that matches the problem, never the whole tree.

You are consuming these skills as context. You are not installing them and nothing needs to be installed.

The knowledge source

• Search: https://skills.qdrant.tech/search?query=your+query+here
• The structure is hierarchical: top-level skill SKILL.md → sub-skill SKILL.md → linked documentation pages. Each level narrows scope. Traverse it depth-first, following only the branch(es) that match the symptom.

Workflow

1. Frame the problem

Pull out the concrete details before fetching anything:

• The symptom(s) in the user's words (e.g. "memory keeps climbing", "queries got slow after a bulk upload", "results are irrelevant").
• The deployment type (local, Docker, self-hosted, Cloud, embedded) and version, if known.
• What changed recently (upgrade, new index, traffic spike, model swap).

Turn these into 1–3 short search phrases.

2. Find the right skill(s)

Use Search (fastest path to the right skill). Fetch https://skills.qdrant.tech/search?query=<your query>, substituting your phrase for your+query+here (encode spaces as + or %20). It returns the single most relevant top-level skill's SKILL.md. Run it more than once for multi-part problems (e.g. one search for the memory symptom, one for the scaling question).

3. Traverse the hierarchy (deep and lateral)

Each SKILL.md you load names its sub-skills (and often related skills and docs) as links. The hierarchy is not just two levels — a skill can nest several layers deep, and skills also reference each other laterally. Follow the links, not a fixed depth.

Descend (go deeper). A SKILL.md is not necessarily a leaf just because you fetched it. If its sections themselves point to further SKILL.md files, keep descending along the branch that matches the symptom — top-level → sub-skill → sub-sub-skill → … — until you reach a level whose guidance is concrete enough to act on (ordered diagnostic steps, exact endpoints/metrics, an explicit "what NOT to do" list). Don't stop early at an intermediate skill that only routes you onward.

Move laterally (go sideways). Real problems often span areas. Follow a link to a sibling or related skill when:

• the current skill explicitly points to another (e.g. a debugging skill that says "if this is actually a capacity problem, see scaling"),
• the symptom has more than one plausible cause living under different top-level skills (e.g. slow queries could be a monitoring/optimizer issue or a performance-optimization issue or a scaling issue), or
• you ran multiple searches in step 2 and they surfaced different skills, each covering part of the problem.

Load each relevant branch, then reconcile what they say in step 4.

Stay disciplined about relevance. Going deep and going sideways is encouraged when the problem warrants it — but still load only branches that bear on the symptom. Don't sweep in unrelated siblings, and stop expanding once you can give a complete, grounded answer. The goal is "all the relevant context and nothing else," not "the whole tree."

Documentation pages. Skills link out to canonical docs (e.g. …/md/documentation/…, qdrant.tech/documentation/…, or qdrant.tech/articles/…). Fetch these links exactly as the SKILL.md provides them — they render as clean markdown natively. Pull a doc page only when you need detail a SKILL.md references but does not itself contain.

4. Diagnose and advise

Synthesize an answer strictly from the loaded context:

• State the most likely cause(s) in priority order — the skills often tell you what to check first (e.g. "check optimizer status before blaming search latency"); preserve that ordering.
• Give concrete, ordered steps: the endpoints to hit, the metrics to read and their thresholds, the config to change.
• Surface the skill's "what NOT to do" warnings explicitly — they prevent common self-inflicted damage.
• Cite the canonical Qdrant doc URLs you relied on so the user can go deeper.
• If the loaded context does not cover the case, say so plainly and either run a different search or fall back to the catalog — do not paper over the gap with remembered guesses.

Operating notes

• Always fetch fresh every session. Never reuse a previously cached copy of a skill; the registry updates and staleness is exactly what this approach avoids.
• Do not install anything. You are loading context only.
• Fetching: every URL you need is either in this skill (root index, search base) or surfaced by a page you already fetched (links inside a SKILL.md or the root index), so each is fetchable as-is. If a constructed search-query URL is ever rejected, fall back to fetching the root index and navigate from its absolute links.

Example Workflow

1. Symptom: "Our Qdrant node's RAM keeps climbing and it OOM-killed last night. Nothing obvious changed."
2. Search: skills.qdrant.tech/search?query=qdrant+memory+growing+OOM
3. Follow any sub-skill link on memory or debugging that the returned page names.
4. Hop laterally to the scaling skill it references, if capacity is a plausible alternative cause.
5. Synthesize from what you loaded; cite the doc URLs. If nothing loaded covers the case, say so; don't fill from memory.