Automation Testing Control Platform

Overview

This project presents the design of a complex control platform built to manage large-scale automated testing operations.

The system integrates multiple execution environments, reporting pipelines, and operational monitoring layers into one unified interface.

Its primary objective is to provide visibility, orchestration, and control over distributed testing processes.

Product Context

Modern game and software testing pipelines operate across:

  • multiple builds / releases
  • distributed devices
  • parallel execution sessions
  • automated reporting systems

Without a centralized control layer, operational oversight becomes fragmented.

This platform was designed to eliminate that fragmentation.

My role

I was responsible for designing the structural and operational UX architecture of the system, including:

  • Navigation systems
  • Layout frameworks
  • Execution visibility models
  • Notification feedback loops
  • Reporting structures
  • Workspace hierarchy

The work focused on transforming technical pipelines into human-readable operational interfaces.

Design Scope

The platform covers several core operational domains:

  • Execution Management
    Running, monitoring, and reviewing automated test sessions.
  • Scenario Recording
    Capturing and structuring reproducible testing flows.
  • Device & Environment Control
    Tracking active testing infrastructure.
  • Reporting & Analytics
    Aggregating results into actionable summaries.
  • Release Monitoring
    Managing testable software iterations.

Navigation Architecture

A dual-layer navigation model was introduced:

  • Top Navigation → operational awareness & system triggers
  • Side Navigation → structural workspace access
  • This separation ensures that execution monitoring does not interfere with task navigation.

The navigation adapts across:

  • expanded workspace mode
  • compact operational mode

allowing users to prioritize either content or structural access.

Feedback & Awareness Systems

The platform integrates a persistent notification framework functioning as a system feedback layer.

It communicates:

  • execution completions
  • report generation
  • release updates
  • infrastructure events

Notifications are actionable, allowing direct transitions into results, logs, or artifacts.

Layout Strategy

The layout prioritizes execution visibility.

Key principles:

  • fixed navigation anchors
  • adaptive content scaling
  • overlay vs push menu logic
  • breakpoint-aware control density

The interface remains operationally readable even under high data load.

Design Challenges

Key challenges addressed during the project:

  • Translating backend execution logic into UI structures
  • Preventing cognitive overload in report-heavy environments
  • Designing awareness systems without alert fatigue
  • Structuring multi-source notifications
  • Maintaining responsiveness across operational resolutions

Outcome

The result is a modular control environment that supports:

  • scalable testing operations
  • structured reporting oversight
  • real-time execution awareness
  • infrastructure monitoring

The platform establishes a foundation for managing automated testing ecosystems at scale.

© Zofia Szuca 2024
Brand and product designer