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// django

Market data for
Django apps.

TickerAPI Python SDK + Django. Pre-computed market data in your views and API endpoints, no infrastructure.

try for free read the docs
// setup

Install the SDK.

One dependency. No MCP server, no WebSocket connections — just a Python package that calls the TickerAPI HTTP API.

terminal 
$ pip install tickerapi
// code example

Two views, five minutes.

Initialize the client at module level, call methods from your view functions. Every method returns a dictionary ready for JsonResponse.

python 
from django.http import JsonResponse
from tickerapi import TickerAPI

client = TickerAPI("tapi_your_api_key")

def summary_view(request, ticker):
    data = client.summary(ticker)
    return JsonResponse(data)

def oversold_view(request):
    sector = request.GET.get("sector")
    data = client.scan.oversold(sector=sector)
    return JsonResponse(data)
// state changes

Track state changes effortlessly.

Most market data APIs return point-in-time snapshots. TickerAPI tracks state transitions — your agent sees what changed, not just what is.

python 
def watchlist_changes_view(request):
    changes = client.watchlist.changes()
    return JsonResponse(changes)
json 
{
  "ticker": "AAPL",
  "changes": [
    {
      "field": "rsi_zone",
      "from": "neutral",
      "to": "oversold"
    },
    {
      "field": "trend",
      "from": "uptrend",
      "to": "downtrend"
    }
  ]
}
// ai integration

Feed an AI agent.

TickerAPI's categorical 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.

python 
import anthropic
from tickerapi import TickerAPI

client = TickerAPI("tapi_your_api_key")
ai = anthropic.Anthropic()

def briefing_view(request, ticker):
    summary = client.summary(ticker)

    message = ai.messages.create(
        model="claude-sonnet-4-20250514",
        max_tokens=1024,
        messages=[{
            "role": "user",
            "content": f"Analyze this market data for {ticker} and provide a brief:\n{summary}"
        }]
    )

    return JsonResponse({"analysis": message.content})
// available methods

What you can call.

Every method returns categorical, pre-computed data as a plain dictionary. No raw data to parse, no indicators to compute.

client.get_summary(ticker)

Full technical + fundamental snapshot for a single asset.

client.compare(tickers)

Side-by-side comparison of multiple assets.

client.list_assets()

Browse all supported tickers.

client.list_sectors()

List all valid sector values with asset counts.

client.get_watchlist(tickers)

Batch summaries for a portfolio.

client.get_watchlist_changes()

Field-level diffs for your watchlist since the last pipeline run.

client.add_to_watchlist(tickers)

Add tickers to your persistent watchlist.

client.remove_from_watchlist(tickers)

Remove tickers from your watchlist.

client.scan_oversold(**kwargs)

Assets in oversold conditions.

client.scan_overbought(**kwargs)

Assets in overbought RSI conditions with severity rankings.

client.scan_breakouts(**kwargs)

Support/resistance breakouts.

client.scan_unusual_volume(**kwargs)

Volume anomalies.

client.scan_valuation(**kwargs)

Valuation extremes.

client.scan_insider_activity(**kwargs)

Insider buying/selling patterns.

client.get_account()

Your plan tier, rate limits, and current API usage.

client.create_webhook(url)

Register a webhook URL for watchlist change notifications.

client.list_webhooks()

List your registered webhook URLs.

client.delete_webhook(id)

Remove a registered webhook.

full method reference →
// what your agent sees

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.

json 
{
  "ticker": "NVDA",
  "trend": "strong_uptrend",
  "momentum": {
    "rsi_zone": "overbought",
    "macd_signal": "bullish"
  },
  "volatility": "high",
  "fundamentals": {
    "pe_zone": "above_historical_avg",
    "earnings_surprise": "positive"
  }
}
// why tickerapi + django

Built for how agents consume data.

Categorical 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. TickerAPI 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, no data pipelines. TickerAPI handles computation and syncing.

Start building.

Try for free. No credit card required.

try for free read the docs