How to choose a TradingView to MT5 connector

A TradingView-to-MT5 connector should do more than forward a ticker. It must authenticate each webhook, translate broker symbols, deliver the signal to a terminal that can trade, and leave a clear record when the broker rejects it.

1. Does it need your MT5 password?

Prefer an architecture where a local Expert Advisor places the broker order. The bridge can receive the webhook and queue it, while the EA uses the already logged-in MT5 terminal. This avoids sending an MT5 password to a third-party server.

2. Does it understand real broker symbols?

TradingView and brokers often use different names. EURUSD may become EURUSD.m, and an index may have a broker-specific suffix. A useful connector compares the alert with the terminal's Market Watch and lets you confirm or override the result.

3. Can you audit a failed alert?

Look for separate states such as received, mapped, queued, sent, executed, and failed. The error should tell you whether the problem was JSON, an offline EA, a missing symbol, margin, volume, stops, or a broker rejection.

4. Are risk controls built in?

• A kill switch for new entries
• A maximum daily trade limit
• An optional drawdown pause
• Fixed-lot and risk-based sizing choices
• Clear close, closelong, and closeshort behavior

5. Can you test without guessing?

Start with a demo account, one small position, and a known symbol. Confirm the alert payload, mapping, EA connection, and broker response in that order. A connector should make this path visible instead of promising that every alert becomes a fill.

Where PineConnector fits

PineConnector uses a unique webhook, a local TV2MT5 Bridge EA, broker-aware mapping, and a trade log. It also supports Delta Exchange and CoinDCX through the same webhook, but those exchange orders are a separate market-order path and do not require the MT5 EA.

Compare the full checklist in what to look for in an MT5 bridge, then read how to connect TradingView to MT5 or start a trial.