cTrader AI is an automated coding assistant that generates high-performance C# cBots and custom indicators for cTrader with automated syntax verification.
No cTrader C# expertise required to start. Code review and testing are still required before live use.
Purpose-built coding workflow
Generic C# knowledge is not enough for reliable cTrader work. A useful result must respect the platform lifecycle, trading operations, symbol volume rules, series indexing, and indicator outputs. We version the built-in cTrader knowledge base and keep compiler feedback inside the editing loop.
Describe the cBot or indicator you need. The agent turns trading rules, parameters, and risk constraints into editable cTrader C# source.
The built-in knowledge base targets cTrader.Automate 1.0.19 and concentrates on the APIs that cBots and indicators use in practice.
Run a syntax check from the coding workflow. Compiler errors return with source locations so the agent can make a focused revision.
Save cTrader-specific conventions in global memory, such as naming, risk defaults, and the structure you prefer for future chats.
From idea to testable code
The workflow separates three jobs: defining the strategy, reviewing the implementation, and testing the result. Keeping those jobs distinct makes mistakes easier to find.
State the signal, timeframe, volume rule, stop logic, and any position limits. Clear constraints produce code that is easier to review.
Read the parameters, lifecycle methods, order calls, and position filters in the code artifact. Ask the agent to explain or revise any section.
Use syntax checking to catch compiler diagnostics, then build and backtest the cBot or indicator in cTrader before using it in a demo environment.
Code you can inspect
Generated code stays visible in an editable artifact. In my testing of cTrader.Automate event lifecycles, verifying symbol lot step requirements and stop loss distances is where early automated scripts stumble. Inspecting the code artifact lets you verify every execution parameter before running a backtest.
[Robot(TimeZone = TimeZones.UTC, AccessRights = AccessRights.None)]
public class EmaCrossBot : Robot
{
[Parameter("Fast Period", DefaultValue = 20)]
public int FastPeriod { get; set; }
[Parameter("Slow Period", DefaultValue = 50)]
public int SlowPeriod { get; set; }
protected override void OnBarClosed()
{
// Entry, position, and risk rules belong here.
}
}Common cTrader tasks
Use the agent for a new implementation or bring existing logic. The goal is always an explicit C# artifact that you can review and test in cTrader.
Translate a written strategy into explicit entry, exit, position, and risk logic that you can inspect in C#.
Turn a formula or chart concept into a cTrader indicator with parameters, output series, and chart annotations.
Paste existing cTrader C# code or continue from a generated artifact, run a syntax check, and apply targeted fixes.
Start from the intended behavior of Pine Script or MQL5 logic, then rebuild it around cTrader lifecycle and trading APIs.
A specialized workflow
Both can produce C# text. Pineify adds the cTrader-specific context and code-checking workflow needed to turn that text into a result you can evaluate.
| Task | Pineify cTrader Agent | General AI chat |
|---|---|---|
| cTrader API context | Built-in cTrader.Automate knowledge base | Depends on the model and prompt |
| Editable code workflow | Persistent code artifact | Usually isolated chat responses |
| Compiler feedback | Structured diagnostics in the workflow | Manual copy and paste |
| cTrader preferences | Dedicated language memory | Varies by product and session |
| Trading performance | Requires your backtest and validation | Requires your backtest and validation |
One-time payment · No subscriptions · Lifetime access
Advanced Model messages use no AI credits.
Multiple platforms · Knowledge Base, Auto Fix Error & Memory
Included gift · Regular price $49
Advanced Model messages use no AI credits.
Everything in Plus, plus:
Invite-only indicator
Advanced Model messages use no AI credits.
Everything in Advanced, plus:
Options Flow, Opportunities, Dark Pool, Market Tide & more
Clear answers
Check the platform terms, choose a code target, and plan the test workflow before you generate C#.
Separate Algo API coding from Open API and FIX API integrations.
Compare C# cBots with MQL5 Expert Advisors and indicators.
Turn entry, exit, position, and risk rules into editable C#.
Define formulas, outputs, and chart behavior for a C# indicator.
Move from compiler checks to cTrader backtesting without mixing their roles.
Compare cTrader C# automation with TradingView Pine Script.
Use dedicated AI coding workflows and analytical tools across your trading setup.
Generate MetaTrader 5 indicators and Expert Advisors in MQL5.
Generate TradingView Pine Script indicators and strategies.
Log cTrader executions, calculate win rates, and review trade discipline.
Evaluate cBot backtest metrics, profit factors, equity curves, and drawdowns.
Describe the cBot or indicator, review the generated source, and use compiler diagnostics to guide the next revision.
Open the cTrader Coding Agent