Market context for
Nuxt apps.
Use the TickerDB Node.js SDK in Nuxt server routes and API endpoints. Pre-computed financial data with no infrastructure to maintain.
Install the SDK.
Add tickerdb to your Nuxt project. Works with Nuxt server routes and composables.
npm install tickerdb Set TICKERDB_KEY in your .env file and pass it into the client when you initialize it.
Works where Nuxt runs server-side.
Call the SDK in server API routes and expose data through composables. Data never touches the client bundle.
import { TickerDB } from "tickerdb"; const client = new TickerDB({ apiKey: process.env.TICKERDB_KEY }); export default defineEventHandler(async (event) => { const ticker = getRouterParam(event, "ticker"); const { data } = await client.summary(ticker); return data; });
export const useMarketData = (ticker: string) => { return useFetch("/api/summary/" + ticker); };
Track state changes effortlessly.
Most market data APIs return point-in-time snapshots. TickerDB tracks state transitions — your agent sees what changed, not just what is.
import { TickerDB } from "tickerdb"; const client = new TickerDB({ apiKey: process.env.TICKERDB_KEY }); export default defineEventHandler(async () => { const { data } = await client.watchlistChanges(); // each change includes from/to transitions // e.g. trend: "downtrend" → "uptrend" return data; });
{ "timeframe": "daily", "run_date": "2026-03-28", "changes": { "AAPL": [ { "field": "rsi_zone", "from": "neutral", "to": "oversold" }, { "field": "trend_direction", "from": "uptrend", "to": "downtrend" } ] }, "ticker_context": { "AAPL": { "last_changed_date": "2026-03-28" } }, "tickers_checked": 2, "tickers_changed": 1 }
Feed an AI agent.
TickerDB's categorical-first output is designed for LLMs. Feed a summary directly into a prompt — the model already understands terms like "oversold" and "strong_uptrend" without extra context.
import { TickerDB } from "tickerdb"; import Anthropic from "@anthropic-ai/sdk"; const ticker = new TickerDB({ apiKey: process.env.TICKERDB_KEY }); const anthropic = new Anthropic(); export default defineEventHandler(async (event) => { const t = getRouterParam(event, "ticker"); const { data } = await ticker.summary(t); const message = await anthropic.messages.create({ model: "claude-sonnet-4-20250514", max_tokens: 1024, messages: [{ role: "user", content: `Analyze this market data for ${t} and provide a brief:\n${JSON.stringify(data)}` }] }); return { analysis: message.content }; });
What your agent sees.
Every tool returns categorical facts — not raw OHLCV data. Your agent can branch on "oversold" without needing to know what RSI > 70 means.
{ "ticker": "NVDA", "data_status": "eod", "as_of_date": "2026-04-11", "trend": { "direction": "strong_uptrend", "ma_alignment": "aligned_bullish" }, "momentum": { "rsi_zone": "overbought", "macd_state": "expanding_positive", "direction": "accelerating" }, "volatility": { "regime": "normal", "regime_trend": "stable" }, "fundamentals": { "valuation_zone": "fair_value", "pe_vs_historical_zone": "premium", "last_earnings_surprise": "beat" } }
What you can call.
Every tool returns pre-computed market-state data: categorical facts plus supporting metadata your agent can reason about immediately.
Full market-state snapshot for a single asset: trend, momentum, volatility, volume, extremes, fundamentals, and support/resistance.
Multi-field filtering across all assets. Build complex queries with arbitrary filter combinations.
All queryable fields with types, values, and descriptions. Always free.
Latest EOD summary data for all tickers in your saved watchlist.
Field-level diffs for your watchlist since the last pipeline run.
Register a webhook URL for watchlist change notifications.
List your registered webhook URLs.
Remove a registered webhook.
Built for how agents consume data.
Market-state data, less prompt engineering
Responses like "rsi_zone": "oversold" are already in a format the model understands. No need to explain what RSI > 70 means.
Compact responses
Tool-call context windows are limited. TickerDB responses are a fraction of the tokens you'd need to pass raw OHLCV data.
Pre-computed daily
No infrastructure to maintain. No cron jobs, no indicator math. TickerDB handles computation and syncing.