Direct answer
A worked example of “Signal Provider” shows how the instructions produced by a signal provider could be turned into orders that an investor’s account places, step by step, using only clearly stated assumptions. The goal is not to predict profit. Instead, it demonstrates the mechanics of translation (signal → order → fills → realized outcome) and makes uncertainty visible.
Mechanism or definition
A signal provider is an entity or algorithm that generates trade-related “signals” (for example: direction, entry timing, and risk parameters). A separate execution layer—such as a copy-trading platform, an execution engine, or broker routing—takes those signal details and creates orders in the follower’s account.
To keep a worked example verifiable, separate two parts:
- Stable mechanics you can explain consistently: how an instruction becomes an order, how sizing is computed from assumptions, and how costs affect net results.
- Variable conditions you must treat as unknown: market prices at the moment of execution, spreads, slippage, partial fills, and jurisdiction or account-specific constraints.
Important terminology (plain language):
- Signal: the provider’s instruction set (e.g., buy/sell, intended entry, and stop/target rules).
- Execution: how an order is actually placed and filled in the market.
- Realized outcome: profit or loss after fills and applicable costs.
Worked example (with explicit assumptions)
Below is one transparent scenario. It is a “worked example” because every assumption is stated and every calculation is traceable.
Assumptions (all are required for the numbers to make sense):
- Instrument: a forex pair priced in a way that supports pip-based valuation for the account.
- Account currency: USD.
- Position size chosen by the copier from the signal: 0.10 lots.
- Pip value assumption: $1 per pip for 0.10 lots (a simplification used only for the example).
- Signal fields: Buy at “market” with a stop-loss 20 pips away and take-profit 30 pips away.
- Execution assumption: the follower’s broker/platform fills at the intended price with no slippage (this is an assumption; in reality it may not hold).
- Costs assumption: $2 round-trip trading cost in total (spread/fees approximation). Treat this as a single fixed cost for the example.
- One-path assumption: price moves in a way that hits the stop-loss before the take-profit.
Step 1: Convert the signal to order rules
- The signal implies: entry now, stop-loss at -20 pips, take-profit at +30 pips.
- The copier therefore places a buy order with protective stop and a target level (exact order types differ by platform, but the logic is “entry + exits”).
Step 2: Compute gross result from pips
- Because the stop-loss is hit: realized movement is -20 pips.
- Gross P/L = pip movement × pip value
- Gross P/L = (-20 pips) × ($1/pip) = -$20.
Step 3: Apply costs
- Net P/L = Gross P/L − costs
- Net P/L = -$20 − $2 = -$22.
What this example demonstrates:
- Even with the same signal rules, net results change if any of the execution assumptions change (pip value, actual fill, slippage, or whether the stop or target is hit first).
Evidence or example-based comparison: stable mechanics vs variable conditions
To verify what “worked example” claims mean in practice, compare:
- Stable mechanics (verifiable from logs): whether the order was created with the intended stop distance, whether the volume used was 0.10 lots, and whether the account actually placed the protective stop.
- Variable conditions (cannot be assumed): the exact market price at order placement, the spread at that moment, and whether fills occur immediately or partially.
If you rerun the same scenario but change only one variable (for example, slippage of +5 pips against the position), the net result shifts:
- New gross movement: -25 pips instead of -20.
- New gross P/L: (-25) × ($1) = -$25.
- New net P/L: -$25 − $2 = -$27.
This highlights why a worked example must state assumptions; otherwise readers cannot independently test the logic.
Limitations and risks (material failure modes)
Key limitations of Signal Provider copying include:
- Timing mismatch: “entry now” in a signal may execute later, especially during fast price movement. - Execution uncertainty: slippage and partial fills can change realized pip movement versus the signal’s conceptual levels. - Account differences: follower accounts may have different margin rules, minimum order sizes, or trading permissions, so the copier may adjust quantities.