Pitchside Ai

High Latency: Page load times averaged 4.5 seconds during live match windows. Conversion Friction: A clunky, non-responsive mobile UI led to a 60% bounce rate among users checking stats on the go. Scalability Bottlenecks: During peak match times, the server frequently crashed, resulting in significant revenue loss during high-traffic broadcast windows.

Reduce Latency: Bring Largest Contentful Paint (LCP) under 1.2 seconds. Mobile First: Rebuild the interface to prioritize mobile users, who account for 85% of traffic. Infrastructure Resilience: Implement a microservices architecture to ensure 99.99% uptime during peak concurrent load. Conversion Optimization: Improve the lead-to-subscription funnel via a simplified, high-converting UX.We transitioned Pitchside AI from a legacy monolithic stack to a modern, serverless-first architecture: Frontend: Migrated to Next.js 15 for superior SSR (Server-Side Rendering) and ISR (Incremental Static Regeneration). Backend: Decoupled data processing into a Node.js/TypeScript microservices cluster using Redis for sub-millisecond caching of live sports data. Design System: Adopted a "Mobile-First" component library, focusing on touch-friendly interactive charts and minimal friction.

We transitioned Pitchside AI from a legacy monolithic stack to a modern, serverless-first architecture: Frontend: Migrated to Next.js 15 for superior SSR (Server-Side Rendering) and ISR (Incremental Static Regeneration). Backend: Decoupled data processing into a Node.js/TypeScript microservices cluster using Redis for sub-millisecond caching of live sports data. Design System: Adopted a "Mobile-First" component library, focusing on touch-friendly interactive charts and minimal friction.

Month 1 (Audit & Design): UX overhaul and database schema optimization. Month 2 (Engineering): Migrating data pipelines to edge computing to place data closer to the UK-based user base. Month 3 (Optimization): Implementing AI-driven predictive caching to pre-load match data before the user requests it.

Latency: LCP reduced from 4.5s to 0.8s. Conversion: Paid subscription conversion rate increased by 42%. Performance: Achieved a consistent Core Web Vitals "Pass" across all templates. Resilience: Zero downtime recorded during the most recent FA Cup Final peak traffic surge.