How Trada works under the hood
The architecture behind copying — isolated cloud instances per account, containerised MetaTrader terminals, and event-driven copying.
Trada is trade-copier and journaling infrastructure that sits between trading accounts you already own. This page is a high-level tour of the moving parts behind copying: isolated per-account cloud instances, containerised MetaTrader terminals running on Linux, and copying that reacts to each trade as Trada sees it.
Isolate each account in its own instance
Every connected trading account runs in its own isolated cloud instance. One login can hold several trading accounts — a TradeLocker, DXTrade, MatchTrader, or cTrader login often gives access to more than one, while a MetaTrader login holds one — and each of those accounts still gets its own instance.
Isolation is a deliberate boundary, not an implementation detail. A fault or protection trigger on one account is contained to that account's instance. Accounts that share a login share its credentials, though: if the broker rejects the login, every account under it is affected.
Run MetaTrader terminals in containers
For MetaTrader 4 and MetaTrader 5, Trada runs each terminal inside its own containerised environment on Linux, so you don't need a VPS. Containers give every account a clean, reproducible runtime and keep terminals independently restartable — a terminal can be recycled without touching neighbouring accounts. The other platforms connect through their own APIs and need no terminal.
This is what lets Trada offer the same six platforms on both the source (sender) and destination (receiver) sides while keeping each account isolated.
Copy trades as they happen
When Trada sees a sender open, modify, or close a position, it passes that event straight to the receivers' instances — nothing inside Trada waits for a timer. How quickly Trada sees the sender's trade depends on the platform: cTrader pushes each trade as it happens, and the other platforms are checked for changes continuously, from several times a second (MetaTrader) to about once a second (TradeLocker, DXTrade, MatchTrader). The design target is sub-second replication from sender to receiver.
The web app refreshes account data on its own every few seconds while you have it open. There is no Sync button and no live stream to the browser.
Map senders to receivers (the copier model)
Copying is expressed as a Copier — a mapping from one Sender (the master account) to one or more Receivers (followers), plus shared rules such as working hours. A copier's receivers must be in the same market as its sender.
Each receiver carries its own configuration, applied at copy time before an order reaches the platform:
SL / TP handling
Receiver
Inherits, fixes, or refines stop-loss and take-profit
Protection thresholds
Receiver
Daily and overall loss/profit limits that fire an automated action
Symbol filters
Receiver
Restrict which instruments copy to this receiver
Working hours
Copier
Restrict when new trades copy
When a receiver hits a protection limit, Trada runs the action you chose for it automatically rather than only alerting you. See Risk protection. Reverse positions conflicts with prop firm rules, so leave it off on prop-firm accounts.
Every connectable platform, MetaTrader 4 included, can be a copier's sender or receiver.
Connect six platforms today
Trada connects to six Forex and CFD platforms today. Futures platforms are coming and can't be connected yet. cTrader uses a secure OAuth sign-in; the other five connect with the login your broker or prop firm gave you, entered in the Add Account dialog.
Forex / CFD
MetaTrader 4, MetaTrader 5, cTrader, TradeLocker, DXTrade, MatchTrader
Available
Futures
NinjaTrader, Rithmic, DXFeed
Coming
See Supported platforms for the connection details per platform.
Keep credentials off the client
Broker logins are stored encrypted on Trada's servers and are decrypted only inside the isolated instance of the account that needs them. The broker password you type in Add Account is sent to Trada's servers once and is not kept in the browser. Your Trada sign-in session is held in a cookie that page scripts cannot read. For cTrader, you sign in on cTrader's own page, so your cTrader password never reaches Trada.
Know the current boundaries
A few architectural limits are worth stating plainly so integrators build against reality:
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