Server-Side Rendering (SSR) has become an important technology for addressing performance and SEO challenges for companies developing web apps for large audiences. This article explores the implementation of an SSR framework based on Next.js technology for high-traffic enterprise applications and presents architectural patterns that support optimal implementation performance. The technical framework provided by Next.js included the use of dynamic routing, incremental static regeneration, and hybrid models, allowing for client-side interactivity with server-side content regens. The production deployment in an education platform used by thousands of concurrent users illustrated significant improvements in Time-to-First Byte metrics, bounce rates, and overall visibility/searchability by search engines. In conclusion, study results suggest that implementing SSR with a framework like Next.js offered considerable value for performance-oriented applications requiring rapid content delivery and significant SEO performance. The study further contributes to the discourse around modern web architecture decisions, as well as providing applied insights for organizations wanting to ensure their digital architectures can scale speed and visibility in competitive online markets.
Sandeepa Genne (Fri,) studied this question.