MT4 or MT5
Select the platform generation around client needs, integrations and long-term product strategy.
Build a branded MetaTrader brokerage environment around MT4 or MT5 with the supporting data, connectivity, integrations and operational infrastructure required for production use.
Each layer can affect implementation, operations and long-term scalability.
Select the platform generation around client needs, integrations and long-term product strategy.
Structure the client-facing environment, user groups and operational permissions.
Configure supported price sources, symbols and feed distribution.
Plan bridge and downstream execution connectivity where required.
Integrate CRM, onboarding, payments and account-management workflows.
Design hosting, monitoring, recovery and controlled production changes.
This page focuses on umbrella mt4 vs mt5 overview. For adjacent topics, use the related infrastructure links below rather than treating this page as a duplicate of the core product page.
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.
It is a branded trading-platform environment operated under a brokerage's own client-facing identity within an approved provider structure.
The two platforms differ in architecture, product scope and integration estate; suitability depends on the broker's requirements.
Market data is a separate infrastructure layer that may be integrated into the overall solution.
Supported CRM, payment and account systems can be connected where suitable APIs and interfaces are available.
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.
We can review the target platform, data, connectivity, CRM and hosting scope and define the next technical steps.