Instrument Architecture
Structure CFD symbols, naming, contract specifications, sessions and platform presentation.
CFD Brokerage Technology
Infrastructure for CFD Brokerage Operations
Design a CFD brokerage stack around instrument coverage, contract configuration, pricing, execution connectivity and the operational systems that support client trading.
CFD BROKERAGE TECHNOLOGYPROJECT SCOPE
Layer 01PlatformTrading environment
Layer 02PricingMarket data sources
Layer 03ExecutionSupported connectivity
Layer 04OperationsClient systems & support
Scope and decisions
Plan the requirements for CFD Brokers
Multi-Asset Pricing
Connect and normalize supported sources across the required CFD asset classes.
Execution Connectivity
Map supported routing and downstream execution workflows around the broker's product model.
MT4 / MT5 Platform
Configure the trading-platform layer around the required products, groups and operating model.
Client Systems
Integrate onboarding, accounts, payments, support and reporting workflows.
Operational Controls
Define monitoring, access, change control and incident ownership across the stack.
Turn the business model into a testable technology brief.
Instrument specifications, pricing sessions, margin requirements, execution connectivity and client reporting.
Start with a representative set of accounts and instruments. Identify the systems already in use, the launch-critical interfaces, and the roles that will administer the environment. Validate each agreed workflow before production use.
Review MT5 infrastructure, TGS CRM editions and the architecture guide as connected parts of the project.
Prepare your project briefMake contract configuration part of the architecture
For each intended CFD, define the underlying reference, source mapping, contract size, precision, sessions and required trading conditions. Coordinate price distribution and execution specifications so a symbol represents the same intended contract across connected systems.
Test session boundaries, unavailable prices and invalid quantities for representative instruments. Record who approves specification changes and how CRM, platform and reporting teams are notified when the instrument catalogue changes.
Map dependencies
Document how platform, data, execution, client systems and infrastructure depend on each other.
Define ownership
Make production access, monitoring, change control and escalation responsibilities explicit.
Validate production flows
Test business-critical workflows and failure scenarios before relying on them in live operations.
Questions
Questions about CFD Brokers
What is different about CFD broker infrastructure?
CFD infrastructure often places additional emphasis on instrument configuration, contract specifications, asset-class coverage and consistent pricing across a broad symbol set.
Can MT5 support multi-asset CFD operations?
MT5 is commonly positioned for broader multi-asset use, but the exact suitability depends on product, integration and operational requirements.
Can existing CFD symbols be migrated?
Migration can be planned, but symbol mapping, contract settings, client impact and connected systems should be validated carefully.
Do you support custom integrations?
Supported APIs and third-party systems can be integrated where suitable technical interfaces and access are available.
Related reading
Continue with the connected technology layers
Discuss your infrastructure requirements
Share your target platform, current systems and required workflows with the TGS technical team.