Mission: Next.js Migration
Migrate your existing website or application to Next.js with App Router for better performance and SEO.
Mission Overview
This mission deploys a specialized AI squad to handle migrate to next.js. Your squad of 4 specialized agents works in parallel, delivering results in 3-6 weeks.
Next.js with App Router represents the modern standard for web performance and SEO, and migrating to it pays dividends in page speed, developer experience, and search rankings. This mission deploys your AI squad to migrate your existing website or application to Next.js with zero downtime. Forge handles API route migration and data fetching patterns, Pixel migrates components to server and client components for optimal rendering, and Launchpad configures deployment for peak performance. The squad delivers a complete Next.js application with App Router, proper SEO meta tag setup, image optimization, and code splitting that typically delivers 40-60% improvement in page load times. ShipSquad Next.js migrations differ from DIY efforts because our agents understand the nuances of the App Router migration path, from proper server component boundaries to streaming and Suspense patterns. We develop the new Next.js version alongside your existing site and switch over only when everything is verified and tested. The migration ships in 3-6 weeks depending on complexity, with every page tested across devices and browsers before the cutover.
What You Get
- ✓ Next.js App Router setup
- ✓ Component migration
- ✓ API route migration
- ✓ SEO and meta tag setup
- ✓ Performance optimization
- ✓ Deployment configuration
Your AI Squad
Frequently Asked Questions
How long does migration take?▾
Depends on complexity — simple sites take 2-3 weeks, complex apps with many pages and APIs take 4-6 weeks.
Will there be downtime during migration?▾
No. We develop the new Next.js version alongside your existing site and switch over with zero downtime when ready.
What performance improvements can I expect?▾
Next.js typically delivers 40-60% improvement in page load times through server-side rendering, code splitting, and image optimization.