AI-driven Built-in Degradation and Enhancement in Next.js React Apps on Vercel

Posted by Peter G Kellner on May 03, 2023 · 2 mins read
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Next.js and Vercel have emerged as popular tools for building fast, scalable, and efficient web applications. However, there is still room for improvement when it comes to built-in degradation and enhancement capabilities. Currently, neither Next.js nor Vercel offers these features out-of-the-box, leaving developers to build their own custom solutions to handle fluctuating loads.

To ensure optimal performance and resource management, it is crucial that built-in degradation and enhancement capabilities become a core feature in both Next.js and Vercel, integrated into their very DNA. This means that, instead of being an optional add-on, the default app behavior should automatically throttle based on load conditions.

One example of this is an image control component that monitors its usage, CPU consumption, and adapts to a fallback image when the system is overwhelmed. Multiple fallback levels should be available, including a 404 error for worst-case scenarios.

One way to achieve this is by using AI-driven monitoring and analytics. Vercel and Next.js could harness the power of artificial intelligence to monitor site usage and performance, learning to distinguish between normal and high loads. By understanding these patterns, the system could automatically trigger degradation during unusual events such as DDoS attacks, protecting the application and minimizing the impact on users.

Additionally, a Suspense-like feature, such as FallbackOnHighLoad, could be introduced to allow developers to easily handle high load conditions by displaying a fallback component when the system is under heavy load.

Furthermore, Vercel and Next.js should provide tools that enable developers to simulate high load conditions easily, allowing them to observe how their app degrades without having to wait for real-world failures. This empowers developers to proactively identify potential issues and optimize their applications accordingly.

By making these features core components of Next.js and Vercel, developers will benefit from improved cost management. The default app behavior, designed to throttle based on load conditions, can prevent runaway costs associated with hosting during unexpected traffic spikes or DDoS attacks.

In conclusion, incorporating AI-driven built-in degradation and enhancement capabilities as core features within Next.js and Vercel, alongside Suspense-like fallbacks such as FallbackOnHighLoad and tools for simulating high load conditions, will solidify their position as cutting-edge tools for creating scalable, performant, and cost-effective web applications that are resilient in the face of fluctuating loads and demands. By embracing these innovations, developers can create web applications that provide a seamless user experience while remaining adaptable and robust in an ever-changing digital landscape.