Trading software, licensing and technical analysis for professional organisations.

Technology architecture

From research question to defined operating architecture

Our technology focus spans quantitative research, algorithm engineering, runtime design, controls, integration architecture and monitoring.

Reference plate

A layered technology architecture

The reference model separates research, runtime, controls, integration and monitoring so that scope and responsibility can be defined for each engagement.

System architectureReference architecture
  1. Market data
  2. Research
  3. Runtime
  4. Technology controls
  5. Integration
  6. Monitoring

The reference architecture shows functional separation across a potential engagement. Scope, maturity and responsibility are confirmed for the defined use case; the diagram does not represent broker connectivity or account control.

Technology focus

Functional areas with explicit boundaries

These areas describe a development architecture, not a catalogue of available live modules. Scope, maturity and responsibility are assessed for each engagement.

01
In development

Quantitative research workflows

Development area covering data preparation, hypothesis testing and reproducible experiment records.

Scope boundary

Methods, data scope, maturity and acceptance criteria require engagement-specific confirmation.

02
In development

Algorithm and runtime engineering

Development area for translating defined model logic into bounded system outputs.

Scope boundary

Runtime maturity, deployment topology and operating responsibility require confirmation.

03
In development

Control architecture

Development area for evaluating defined limits, permissions and operating conditions.

Scope boundary

Control authority, evidence and failure handling depend on the target environment.

04
In development

Integration design

Development area for defining interfaces between agreed workflows and partner-controlled infrastructure.

Scope boundary

No live connectivity is implied; the partner retains control of accounts, permissions and regulated responsibilities.

05
In development

Monitoring design

Development area for system-state visibility, exceptions and review records.

Scope boundary

Available metrics, recipients and service levels require engagement-specific confirmation.

06
In development

Data architecture

Development area for selected data sources, research environments and partner systems.

Scope boundary

Data rights, supported interfaces and operating scope require confirmation.

07
In development

Model Governance

Development area for model identity, versioning, decisions and change review.

Scope boundary

Decision rights, implemented workflow and evidence requirements require agreement.

08
In development

Institutional interoperability

Development area for controlled interoperability with agreed institutional systems.

Scope boundary

Interface scope, maturity and delivery depend on the defined partner environment.

Institutional contact

Define architecture around a real use case

Let’s discuss your algorithm, target environment, testing requirements and division of responsibilities.

Discuss your project