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OmniQuake Football / Sports application development

From the scoreboard to the reasoning behind a forecast.

A football intelligence application that brings major-provider data into mobile scoreboards and analysis views, using 650 data points to generate score and player predictions.

Sports data integrationInteractive analysisMobile product design
Project presentation
Public application · Connected sports feeds
OmniQuake’s contribution
Development of a branded football application with external sports feeds, interactive dashboards, prediction views, and explanatory analysis.
Designed for
Football followers moving between scores, schedules, matchup information, statistics, and forecasts.

The problem

A score check and a forecast are different tasks.

A sports application has to support different kinds of attention. A visitor may want a quick score check, a closer look at a matchup, or an explanation of a forecast. Each task needs a useful starting point and a clear route to more detail.

Game information and predictive analysis also have different meanings. Scores, schedules, and statistics describe the sports information available to the application. Forecasts and outcome ranges are analytical outputs. The interface needed to make both useful without losing that distinction.

What we built

Sports information with room to explore.

OmniQuake Football aggregates information from major sports data providers and presents schedules, scores, team information, and statistics in a branded application. The mobile scoreboard includes filters so visitors can narrow the view to the events they want to inspect.

The forecast board presents score and player predictions generated using 650 data points. Outcome-distribution views show a range of model outputs alongside a saved comparison threshold, giving the user more to inspect than a single forecast value.

AI matchup explanations add written context and show generation and input-check timestamps. Forecasting, performance-tracking, and model-validation views give visitors additional ways to examine the application's analysis. These are product capabilities; this case study does not establish the forecasts' accuracy.

The working difference

What people can do with it.

The application supports a path from checking an event to examining its statistics and forecasts. Visitors can explore the sports information, analytical outputs, and written matchup context within the same product.

Inside the software

From event overview to matchup context.

A closer look at the capabilities connected within the application.

OmniQuake Football / Connected workflow
  1. Find the event

    Use the scoreboard, schedules, and filters to identify a game or matchup.

  2. Inspect the sports information

    Review the available scores, team details, and statistics supplied through connected providers.

  3. Examine the forecast

    Explore score and player predictions and the distribution of model outcomes.

  4. Read the context

    Open matchup explanations with generation and input-check timestamps, or inspect performance-tracking views.

Workflow illustration of implemented capabilities. This diagram is not an application screenshot and contains no client records.

What this project demonstrates

The product decisions that matter.

01

External information organized around an event

Sports feeds become schedules, scoreboards, and matchup views that a visitor can navigate according to the game they care about.

02

Several ways to inspect an analytical output

Predictions, outcome ranges, and written matchup explanations present different views of the application's analysis.

03

Visible context for generated analysis

Generation and input-check timestamps accompany matchup explanations, helping users identify the timing of the report they are reading.

Apply the idea

What could this
look like for you?

This project demonstrates an approach relevant to business dashboards built on external data. The interface needs to start with the user's task, then make the source information and any analysis easy to inspect at the right level of detail.

For a comparable business application, we would identify the required data sources, access arrangements, and update frequency. We would also decide how the interface should show missing or delayed information and distinguish recorded facts from forecasts or generated explanations.

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