70%
Faster response using Fastly’s caching infrastructure and adaptive TTL algorithm.
Engineered global sports app to deliver content at scale with performance gains
Download the case studyFaster response using Fastly’s caching infrastructure and adaptive TTL algorithm.
More fan engagement over the application.
More scalability through an improved frontend architecture.
A global sports federation needed to improve the architecture, accessibility, and performance of its application ahead of high-traffic international events.
The existing system struggled with slow load times, lack of accessibility compliance, and inefficient delivery workflows, making it challenging to serve real-time event data, athlete profiles, and live results to a global fan base without delay or disruption.
Delivering live tournaments to fans worldwide exposed performance issues, inconsistent device support, and release delays that affected engagement and platform reliability.
The mobile front end lacked modular design patterns, making feature updates difficult and limiting scalability across new devices and user journeys.
The inherited code was not optimized for the latest devices or OS standards, leading to performance issues and a lack of long-term maintainability.
The application needed to meet WCAG 2.0 accessibility guidelines to support users with disabilities and comply with global accessibility standards.
We restructured the app’s architecture, release workflows, and accessibility support to improve responsiveness, reduce update delays, and deliver a consistent experience at scale.
Improved global content delivery by implementing a localized caching strategy to minimize server load, reduce latency, and ensure fast, consistent access during live tournaments.
Implemented a continuous delivery pipeline with automated testing to speed up app updates, reduce manual effort, and confirm performance under high event traffic loads.
Ran accessibility testing to meet WCAG standards, verify usability across devices, and ensure the application was inclusive for all users during major international events.
Refactored the legacy codebase using MVP architecture and updated UI practices to enhance performance, reduce technical debt, and support scalable multi-device development.
Our solution improved performance, reliability, and accessibility—delivering a faster, more inclusive experience during high-traffic global sporting events.
Response times improved by 70%, enabling faster access to results, athlete data, and event coverage across all devices and global user locations.
The application meets WCAG 2.0 standards and provides improved usability, screen reader support, and navigation for users with accessibility needs.
Refactored architecture and automated release processes reduced delays and improved deployment speed, ensuring stability during live event traffic.
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