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Power Parity Pricing Strategies

Shows the differences between doing PPP at the edge using information from the geolocation object, Node.js SSR, and client-side rendering.

Framework
Publisher ▲ Vercel

Power Parity Pricing Strategies

The example shows the differences between doing PPP at the edge using information from the request geolocation object, Node.js SSR, and client-side rendering.

Demo

https://edge-mug.vercel.app

How to Use

You can choose from one of the following two methods to use this repository:

One-Click Deploy

Deploy the example using Vercel:

Clone and Deploy

Execute create-next-app with npm or Yarn to bootstrap the example:

pnpm create next-app --example https://github.com/vercel/examples/tree/main/edge-middleware/power-parity-pricing-strategies power-parity-pricing-strategies

Next, run Next.js in development mode:

pnpm dev

Deploy it to the cloud with Vercel (Documentation).

Power Parity Pricing Strategies

Shows the differences between doing PPP at the edge using information from the geolocation object, Node.js SSR, and client-side rendering.

Framework
Publisher ▲ Vercel

Power Parity Pricing Strategies

The example shows the differences between doing PPP at the edge using information from the request geolocation object, Node.js SSR, and client-side rendering.

Demo

https://edge-mug.vercel.app

How to Use

You can choose from one of the following two methods to use this repository:

One-Click Deploy

Deploy the example using Vercel:

Clone and Deploy

Execute create-next-app with npm or Yarn to bootstrap the example:

pnpm create next-app --example https://github.com/vercel/examples/tree/main/edge-middleware/power-parity-pricing-strategies power-parity-pricing-strategies

Next, run Next.js in development mode:

pnpm dev

Deploy it to the cloud with Vercel (Documentation).

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