Trading Platform
Use MT4 or MT5 as the trading layer around the broker's target client and product model.
Connect the major technology layers behind a forex brokerage into one operating architecture: platform, market data, execution connectivity, client systems and infrastructure.
Select a layer to see how the technology fits into the production architecture.
MT4/MT5 is the trading layer, connected to data, execution, CRM and operational infrastructure.
This page focuses on forex broker-specific technology guide. For adjacent topics, use the related infrastructure links below rather than treating this page as a duplicate of the core product page.
MT4, MT5, MetaTrader.
market data, price feed, pricing source, symbol mapping, normalization.
liquidity bridge, execution connectivity, routing, liquidity.
broker CRM, back office, API integration, client onboarding.
hosting, monitoring, backup, recovery, network connectivity.
access control, change control, operational support, incident response.
Each layer can affect implementation, operations and long-term scalability.
Use MT4 or MT5 as the trading layer around the broker's target client and product model.
Connect and normalize supported pricing sources for the required instruments.
Integrate supported bridge and downstream execution systems where required.
Connect onboarding, accounts, payments, reporting and support workflows.
Plan compute, connectivity, monitoring, backups and access controls.
Define ownership, escalation, change control and production support.
Core MT5 White Label infrastructure and deployment scope.
Runtime architecture, monitoring and operational continuity.
Source connectivity, normalization and distribution.
Execution connectivity, routing and mapping.
Client operations, accounts, APIs and workflows.
End-to-end architecture across the entire stack.
Commercial and technical decisions should be mapped together so infrastructure, integrations and operating responsibilities are clear before production launch.
Typical layers include a trading platform, market data, execution connectivity, CRM or client systems, hosting and operational controls.
Yes. Different supported systems can be combined if interfaces and operational ownership are clearly designed.
Yes. Work can focus on integration, migration, stability, monitoring or operational improvements.
Start from the broker's operating model and map dependencies before selecting or changing individual systems.
Infrastructure work is structured around explicit scope, dependencies, validation and operational ownership.
Document platform scope, instruments, integrations, connectivity, access and operational responsibilities.
Map how platform, data, execution, CRM and infrastructure components connect before production changes begin.
Configure the agreed environment with defined access, change control and rollback considerations.
Validate business-critical flows, connectivity, permissions, monitoring and recovery procedures.
Clarify ownership, escalation paths and recurring operational procedures for the live environment.
Support agreed infrastructure and integration scope with controlled production changes and troubleshooting.
Critical interfaces are mapped so troubleshooting does not depend on guesswork.
Administrative privileges and production responsibilities should be explicit and limited to operational need.
Health checks, escalation and recovery procedures are treated as part of the architecture, not an afterthought.
Target platform, instruments, client groups and required broker-side workflows.
Current CRM, payments, market data, execution, APIs and infrastructure dependencies.
Supported data, execution and third-party endpoints that must be part of the production design.
Who owns access, monitoring, incidents, changes and day-to-day platform operations.
The stack typically includes a trading platform, market data, execution connectivity, CRM and back office, hosting, APIs, monitoring and operational controls.
MT4 or MT5 is the trading platform layer. It connects to pricing, execution, client systems and infrastructure around it.
Dependencies between platform, data, execution, CRM and hosting can create operational issues if they are selected independently. Architecture planning reduces those gaps.
Yes. Individual layers can often be changed or integrated in stages, provided dependencies and operational risks are mapped first.
We can review the target platform, data, connectivity, CRM and hosting scope and define the next technical steps.