All models
skill
SQL skill
skill-sql
Generates and validates SQL against the warehouse schema.
Decision and plan target (no provider attached) PII allowed
- Price per 1M tokens
- $1.00
- $0.0010 per 1k
- Requests · 30d
- 0
- no traffic
- Latency
- 700 ms
- declared
- Success rate
- n/a
- quality prior 0.80
Traffic over 30 days
Requests per day this target answered on this deployment, with the cost line.
No requests yet. Route something from the playground to see usage here.
- Tokens
- 0
- Spend
- $0
- Previous window
- 0 req
Routed for
Domains the signal layer detected on requests that ended here.
No routed requests yet. Declared domains: Data Analysis, Coding.
Capabilities
DomainsData Analysis, Coding
ActionsCode Generation, Extract, Qa
Complexity band0.00 - 1.00
Languagesen
Context windowundeclared
Streamingyes
Policy constraints
Hard stops enforced before scoring.
Data boundaryPublic
Regionsanywhere
PIIallowed
Max input tokensunlimited
Tenantsall
Representative prompts
Examples the similarity strategy matches against.
- Write a SQL query for monthly active users by region.
- Aggregate revenue per product for Q3 from the orders table.
Route to it
This skill is not executed by the platform. Ask the router for a decision restricted to kinds=["skill"] and dispatch the winner in your own stack; send feedback afterwards so the learners improve.
curlbash
curl https://api.opensmartroute.ai/api/v1/route \
-H "Authorization: Bearer $OSR_API_KEY" \
-H "Content-Type: application/json" \
-d '{"text": "Write a SQL query for monthly active users by region.", "kinds": ["skill"], "top_k": 3}'
# Returns the chosen target, confidence, the ranked alternatives and the
# per-strategy trace. Execution of skill targets happens in your stack.httpxpython
import httpx
r = httpx.post(
"https://api.opensmartroute.ai/api/v1/route",
headers={"Authorization": "Bearer osr_live_..."},
json={"text": "Write a SQL query for monthly active users by region.", "kinds": ["skill"]},
)
d = r.json()
print(d["target"]["id"], d["confidence"])
print([t["id"] for t in d["ranked"]]) # e.g. skill-sql first when it fits