INFRASTRUCTURE · DELIVERY ARCHITECTURE

Resilient market data delivery for broker platforms

A modular architecture for ingesting market data, normalizing symbols and fields, applying pricing controls, and distributing feeds into trading environments.

Global market data delivery network diagram
Conceptual network illustration. Hosting locations and routes are selected for each deployment.
DATA PATH

Six layers from source to terminal

01

Source connectivity

Connect selected market-data or liquidity sources according to the commercial data model.

02

Normalization

Normalize symbols, timestamps, fields and precision into a consistent internal representation.

03

Aggregation

Combine eligible sources and apply configured selection or aggregation logic.

04

Controls

Apply symbol mapping, session rules, validation, filters and broker-specific pricing policies where required.

05

Distribution

Deliver through the selected path: MT4/MT5 integration, FIX, WebSocket or REST.

06

Monitoring

Observe feed health, connection state and operational events; define escalation and failover procedures for production.

RESILIENCE

Design choices that reduce single points of failure

Redundant source paths

Where the selected sources and commercial setup allow, multiple connections can be used to improve continuity.

Failover logic

Define source-health criteria and controlled switching behavior rather than relying on an undefined fallback.

Environment separation

Separate testing and production workflows so symbol maps and feed behavior can be validated before launch.

Observability

Use connection and feed-health monitoring to identify stale data, disconnects and abnormal conditions.

PROTOCOLS

Choose the delivery interface that fits the stack

FIX

For institutional-style streaming workflows and systems already built around FIX connectivity.

FIX market data →

WebSocket

For event-driven applications that need persistent real-time streaming.

WebSocket feed →

REST

For snapshots, reference workflows and endpoints where request/response delivery is appropriate.

REST API →

Build the topology around your requirements

Tell us the platform, instruments, expected usage, protocol and deployment regions.

Discuss infrastructure