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SaberSim & AG Grid

With a mission to build winning daily fantasy sports lineups, users expect lightning-fast performance to enable them to analyze and adjust their player projections and exposures in real-time.

Because SaberSim required web application software architecture and engineering experts, they hired LiveLoveApp to help launch a new and improved version of their SaaS application that uses AG Grid.

AG Grid is a powerful JavaScript library that allows developers to create powerful grids that are fast, responsive, and easy to use. LiveLoveApp is a community recognized leader in AG Grid, making AG Grid a perfect match for the needs of the SaberSim application.

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SaberSim application on a mobile device

The Problem

Previously, SaberSim was displaying data in HTML tables with simple pagination. This resulted in layout and performance issues, and frustrated users, who wanted to quickly view projections and manage exposures for players in their competitions.

If you're into daily fantasy sports, you know that having the best and latest data gives you an edge. To provide SaberSim users with access to the data they require, LiveLoveApp needed to refactor both the state management and the UI of the application.

The Solution

Leveraging our deep knowledge and engineering experience with AG Grid, Angular, and NgRx, LiveLoveApp refactored the SaberSim application from the ground up, delivering a completely new experience to users. Further, the software architecture designed and developed by LiveLoveApp reduced exceptions and regressions, while drastically improving the runtime performance of the application.

Our Agile 5-Phase Process

Our 5-phase agile process
  1. 1
    Discovery

    Phase 1 involves identifying user requirements and understanding the stakeholders.

  2. 2
    Architecture Review & Design Planning

    Phase 2 involves a thorough understanding and review of the application's existing software architecture and design patterns in order to solve the critical challenges through designing, prototyping, and testing the ideas to validate stakeholder and technical feasibility.

  3. 4
    Development & Implementation

    Phase 3 sets the plan into motion through software architecture and engineering using technologies and methodologies that are maintainable and scalable.

  4. 5
    Performance Audit

    Phase 4 ensures the runtime performance of the application meets and exceeds user requirements through an in-depth analysis and audit.

  5. 6
    Deployment

    Phase 5 involves deploying the application to cloud solutions and providers to ensure availability and reliability.

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