Bridge Architecture
Define where the bridge sits between the MT5 environment and downstream execution systems.
TechnologyGlobal SolutionsWhatsAppConnect an MT5 brokerage environment to supported downstream execution and liquidity infrastructure with controlled symbol mapping, routing logic and monitoring.
Define where the bridge sits between the MT5 environment and downstream execution systems.
Align platform symbols, contract parameters and downstream instrument identifiers.
Configure supported execution workflows around the broker's operating model.
Track connectivity, session health and operational exceptions.
Connect supported risk or exposure systems where required.
Validate execution paths and rollback procedures before production cutover.
An MT5-specific bridge project must account for the way the selected platform configuration represents orders, deals and positions. Define the identifiers that connect a platform request with its downstream acknowledgement and final execution result. Reports should retain those links for investigation.
Test the configured position-accounting workflow, symbol quantities and permitted request types against the actual execution endpoint. Where partial execution is supported, reconcile the completed quantity with the remaining request and the resulting platform exposure.
Test a rejected instrument, insufficient downstream permissions, a timed-out request and recovery after a broken connection. For each case, identify the authoritative final status and the operator action required when systems disagree.
A route change needs both a mapping review and an execution test. Reuse the general bridge checklist for connectivity and the MT5 acceptance plan for platform-side records; do not treat a live network connection as completion of an execution integration.
It connects the trading platform to supported downstream execution or liquidity infrastructure and can handle routing and symbol mapping.
No. The need depends on the broker's execution architecture and selected downstream systems.
Where supported by the selected bridge and counterparties, multiple connections may be part of the architecture.
Symbol mapping, execution paths, permissions, connectivity monitoring and failure handling should be validated.
Share your target platform, current systems and required workflows with the TGS technical team.