A futures message often arrives in shorthand. The provider assumes the reader knows which contract is being discussed, whether the size is micro or standard, and what a point means in money. An execution route needs those assumptions resolved before it can place a useful order.
TelegramSignal routes supported Telegram instructions through AlgoWay to Tradovate. The official automation overview identifies authorisation, account selection and valid futures symbols as destination requirements. Complete the current connection flow in the dashboard; this guide concentrates on the contract and execution checks that remain necessary afterwards.
In this guide
Choose the actual trading contract
An index nickname or continuous-chart label is not enough to identify an executable future. Confirm the contract family and delivery month accepted by the destination. A micro and a standard contract can follow the same market while carrying very different monetary exposure.
Keep the full selected contract visible in your route notes. Review it when the provider changes contract month, rather than assuming a permanent mapping will roll itself in the intended way. Symbol mapping translates names; it does not decide a rollover policy for you.
Count ticks before counting money
CME's Micro E-mini S&P 500 specifications provide a useful concrete example: the contract multiplier is $5 per index point and its ordinary minimum fluctuation is 0.25 points. That gives $1.25 per tick per contract. Other contracts have their own specifications, so carry the method across markets, not those values.
For an illustrative two-point stop distance, one MES contract represents eight ticks and a $10 price-distance estimate before fees and slippage. Two contracts double that estimate. A provider saying “eight” without specifying ticks or points leaves a meaningful gap in the instruction.
| Illustrative MES distance | Ticks at 0.25 points | Value per contract before costs |
|---|---|---|
| 0.50 points | 2 | $2.50 |
| 2.00 points | 8 | $10.00 |
| 5.00 points | 20 | $25.00 |
Whole contracts constrain target splits
A three-target signal with a total of one contract cannot be split into three equal fractional futures contracts. The desired exit plan has to fit the venue's quantity model. Selecting more targets is not permission to multiply the original order without considering the resulting exposure.
Read multiple take profits and choose a supported allocation that matches the intended total. Inspect the accepted orders on a demo route, including quantities and protection. A calculation that looks tidy in decimal lots elsewhere may not be executable as a futures plan.
The account and the session still matter
Verify the intended Tradovate account and environment rather than relying only on a successful login. Check that the contract is tradable there and that the account has the applicable permissions and buying power. Market schedules and session boundaries can also explain why an otherwise recognisable instruction does not produce a fill.
Do not treat an accepted order as a completed trade. A limit may be waiting at its price; a market request may be rejected; a filled entry may have protective orders that need checking separately. Record the actual order state and response before repeating a signal.
Test the lifecycle you intend to use
Start with one known contract and one clear demo entry, then verify its price, quantity and protective levels. Test later modifications only through the actions supported by the current route. A working entry does not by itself confirm reply handling, cancellation, partial closing or breakeven behaviour.
Use the sizing article for the arithmetic and the diagnostic guide for failures. The essential habit is to carry an explicit contract specification all the way from the message to the resulting order.
Put the route to a demo test
Use the current setup instructions and verify the resulting orders in your destination account. Start with a configuration you can inspect before adding more sources.
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