Frameworks Growth Guides

Astro handles authentication well, but there's a critical gap: you can't automatically detect when a user transitions from 'signed up' to 'actually using your product.'

After users sign up with Astro + Firebase, there's no automated system to track their progress toward activation milestones.

Users complete onboarding with Astro + Firebase, but after the initial excitement fades, there's no system to detect when they stop engaging.

Astro is powerful, but without onboarding loops, developers miss framework-specific features and optimization opportunities.

The standard Astro + Supabase setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

The Astro + Supabase setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

Django excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

While Django + PostgreSQL handles authentication well, it's missing the critical Activation Loop that drives users to their first value moment.

Django + PostgreSQL manages user data correctly, but there's no connection between data storage and retention automation.

Django + PostgreSQL + Stripe manages subscriptions well, but free users can access all features without hitting conversion triggers because usage isn't tracked.

Without activity monitoring in Django + PostgreSQL + Stripe, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Django works out of the box, but developers often struggle with initial setup because there's no milestone tracking or guidance.

Free tier users in Django + Stripe apps often hit limits without any automated upgrade prompts or feature blocking.

Without activity monitoring in Django + Stripe, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Express is powerful, but without onboarding loops, developers miss framework-specific features and optimization opportunities.

While Express + MongoDB handles authentication well, it's missing the critical Activation Loop that drives users to their first value moment.

Express + MongoDB handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

Express + MongoDB + Stripe handles billing correctly, but it doesn't monitor feature usage or trigger upgrade prompts when free users exceed limits.

Express + MongoDB + Stripe applications often see users complete setup but then disappear—there's no infrastructure to bring them back.

The standard Express + PostgreSQL setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

While FastAPI provides a solid foundation, there's no automated onboarding to help developers discover framework-specific best practices.

After users sign up with FastAPI + LangChain, there's no automated system to track their progress toward activation milestones.

FastAPI + LangChain excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

FastAPI + LangChain + PostgreSQL creates user sessions, but doesn't connect authentication events to growth automation workflows.

FastAPI + LangChain + PostgreSQL excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

Once users complete onboarding with FastAPI + LangChain + PostgreSQL, there's no system to re-engage them when they become inactive.

While FastAPI + MongoDB + Stripe integrates Stripe for billing, there's no automated system to enforce usage limits or prompt upgrades when free users hit limits.

Without activity monitoring in FastAPI + MongoDB + Stripe, you can't detect dormant users or celebrate growth milestones that keep users engaged.

FastAPI + OpenAI applications typically get users signed up, but then leave them hanging without guidance to discover key features.

FastAPI + OpenAI creates user sessions, but doesn't connect authentication events to growth automation workflows.

FastAPI + PostgreSQL creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

Once users complete onboarding with FastAPI + PostgreSQL, there's no system to re-engage them when they become inactive.

While FastAPI + Railway + PostgreSQL manages user authentication, it misses the opportunity to automatically trigger workflows when users hit key milestones.

Once users complete onboarding with FastAPI + Railway + PostgreSQL, there's no system to re-engage them when they become inactive.

Free tier users in FastAPI + Redis + Stripe apps often hit limits without any automated upgrade prompts or feature blocking.

The FastAPI + Redis + Stripe setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

FastAPI + Stripe with Stripe handles subscriptions, but free users can consume unlimited resources without hitting conversion triggers.

Free tier users in FastAPI + Stripe + PostgreSQL apps often hit limits without any automated upgrade prompts or feature blocking.

FastAPI + Stripe manages user data correctly, but there's no connection between data storage and retention automation.

FastAPI + Supabase excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

Flask creates user sessions, but doesn't connect authentication events to growth automation workflows.

While Flask + PostgreSQL handles authentication well, it's missing the critical Activation Loop that drives users to their first value moment.

Users complete onboarding with Flask + PostgreSQL, but after the initial excitement fades, there's no system to detect when they stop engaging.

Flask + PostgreSQL + Stripe with Stripe handles subscriptions, but free users can consume unlimited resources without hitting conversion triggers.

The Flask + PostgreSQL + Stripe setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

Framework setup with Flask completes, but there's no system to verify setup success or track developer progress.

Framework setup with Hono completes, but there's no system to verify setup success or track developer progress.

After users sign up with Laravel, there's no automated system to track their progress toward activation milestones like creating their first document.

Laravel is installed and configured, but there's no tracking system to guide developers through framework-specific setup milestones.

While Laravel + MySQL handles authentication well, it's missing the critical Activation Loop that drives users to their first value moment.

Payment processing with Laravel + Stripe works, but there's no infrastructure to detect when users are ready to upgrade from free to paid.

Laravel + Stripe handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

Users sign up with NestJS, but then there's no system to identify when they complete their first meaningful action—like making their first API call.

NestJS + MongoDB handles authentication well, but there's a critical gap: you can't automatically detect when a user transitions from 'signed up' to 'actually using your product.'

Once users complete onboarding with NestJS + MongoDB, there's no system to re-engage them when they become inactive.

The standard NestJS + PostgreSQL setup creates user records, but lacks the infrastructure to detect value-achievement milestones.

The NestJS + PostgreSQL architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

NestJS + PostgreSQL + Stripe subscriptions work, but there's no usage tracking to identify when free users are ready to convert to paid.

The NestJS + PostgreSQL + Stripe setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

While NestJS provides a solid foundation, there's no automated onboarding to help developers discover framework-specific best practices.

While Next.js provides a solid foundation, there's no automated onboarding to help developers discover framework-specific best practices.

Next.js creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

Next.js + Adapty manages subscriptions well, but free users can access all features without hitting conversion triggers because usage isn't tracked.

The Next.js + Adapty architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

Next.js + Anthropic applications typically get users signed up, but then leave them hanging without guidance to discover key features.

Next.js + Anthropic excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

After users sign up with Next.js + Appwrite, there's no automated system to track their progress toward activation milestones.

Once users complete onboarding with Next.js + Auth0 + Stripe, there's no system to re-engage them when they become inactive.

While Next.js + Clerk + Stripe integrates Stripe for billing, there's no automated system to enforce usage limits or prompt upgrades.

Users subscribe and use Next.js + Clerk + Stripe, but there's no system to detect churn risk or trigger re-engagement when activity drops.

Next.js + Convex applications typically get users signed up, but then leave them hanging without guidance to discover key features.

While Next.js + Convex + Clerk handles authentication well, it's missing the critical Activation Loop that drives users to their first value moment.

The Next.js + Convex + Clerk setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

Users sign up with Next.js + Convex + Clerk + Stripe, but then there's no system to identify when they complete their first meaningful action—like connecting their first integration.

The Next.js + Convex + Clerk + Stripe architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

Users complete onboarding with Next.js + Convex, but after the initial excitement fades, there's no system to detect when they stop engaging.

While Next.js + DynamoDB + Auth0 handles authentication well, it's missing the critical Activation Loop that drives users to their first value moment.

Next.js + DynamoDB + Auth0 with payments handles subscriptions, but free users can consume unlimited resources without hitting conversion triggers.

After users sign up with Next.js + Firebase, there's no automated system to track their progress toward activation milestones.

Once users authenticate with Next.js + Firebase + Auth0 + Stripe, there's no automated tracking to identify when they first achieve value in your app.

Next.js + Firebase + Auth0 + Stripe subscriptions work, but there's no usage tracking to identify when free users are ready to convert to paid.

After users sign up and start using Next.js + Firebase + Auth0 + Stripe, there's no infrastructure to identify when they become inactive or celebrate growth milestones.

While Next.js + Firebase integrates payments for billing, there's no automated system to enforce usage limits or prompt upgrades when free users hit limits.

After users sign up and start using Next.js + Firebase, there's no infrastructure to identify when they become inactive or celebrate growth milestones.

Next.js + Firebase + Stripe creates user sessions, but doesn't connect authentication events to growth automation workflows.

Next.js + Firebase + Stripe with Stripe handles subscriptions, but free users can consume unlimited resources without hitting conversion triggers.

Next.js + Grafbase excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

After users sign up and start using Next.js + Grafbase, there's no infrastructure to identify when they become inactive or celebrate growth milestones.

After users sign up with Next.js + Hasura + PostgreSQL, there's no automated system to track their progress toward activation milestones.

Next.js + Hasura + PostgreSQL manages user data correctly, but there's no connection between data storage and retention automation.

While Next.js + Kinde + Stripe processes payments via Stripe, there's no system to monitor usage and automatically enforce subscription limits.

The Next.js + Kinde + Stripe architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

The standard Next.js + LangChain + Pinecone setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

The standard Next.js + LangChain + Pinecone setup creates user records, but lacks the infrastructure to detect value-achievement milestones.

After users sign up with Next.js + LangChain + Supabase, there's no automated system to track their progress toward activation milestones.

Next.js + LangChain + Supabase creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

Users subscribe and use Next.js + LangChain + Supabase, but there's no system to detect churn risk or trigger re-engagement when activity drops.

Free tier users in Next.js + Lemon Squeezy + Supabase apps often hit limits without any automated upgrade prompts or feature blocking.

Users subscribe and use Next.js + Lemon Squeezy + Supabase, but there's no system to detect churn risk or trigger re-engagement when activity drops.

The standard Next.js + Loops + Supabase setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

Users complete onboarding with Next.js + Loops + Supabase, but after the initial excitement fades, there's no system to detect when they stop engaging.

Users sign up with Next.js + Mixpanel + Supabase, but then there's no system to identify when they complete their first meaningful action—like uploading their first file.

Next.js + Mixpanel + Supabase handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

After users sign up with Next.js + Neon + Clerk, there's no automated system to track their progress toward activation milestones like making their first API call.

Once users complete onboarding with Next.js + Neon + Clerk, there's no system to re-engage them when they become inactive.

Next.js + Neon + NextAuth + Stripe handles billing correctly, but it doesn't monitor feature usage or trigger upgrade prompts when free users exceed limits.

Next.js + Neon + NextAuth + Stripe handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

The Next.js + NextAuth + Stripe + Stripe setup processes payments, but there's no automated connection between feature usage and subscription limits.

Without activity monitoring in Next.js + NextAuth + Stripe, you can't detect dormant users or celebrate growth milestones that keep users engaged.

After users sign up with Next.js + OpenAI, there's no automated system to track their progress toward activation milestones.

Next.js + OpenAI creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

Next.js + OpenAI + Supabase excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

Users sign up with Next.js + OpenAI + Supabase, but then there's no system to identify when they complete their first meaningful action—like sharing their first resource.

Once users complete onboarding with Next.js + OpenAI + Supabase, there's no system to re-engage them when they become inactive.

Next.js + Paddle + Supabase excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

While Next.js + Paddle + Supabase integrates Paddle for billing, there's no automated system to enforce usage limits or prompt upgrades.

Users complete onboarding with Next.js + Paddle + Supabase, but after the initial excitement fades, there's no system to detect when they stop engaging.

The standard Next.js + Pinecone + OpenAI setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

After users sign up with Next.js + Pinecone + OpenAI, there's no automated system to track their progress toward activation milestones like inviting their first team member.

Users subscribe and use Next.js + Pinecone + OpenAI, but there's no system to detect churn risk or trigger re-engagement when activity drops.

Free tier users in Next.js + PlanetScale + Clerk + Stripe apps often hit limits without any automated upgrade prompts or feature blocking.

The Next.js + PlanetScale + Clerk + Stripe setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

Next.js + PlanetScale + NextAuth excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

Users complete onboarding with Next.js + PlanetScale + NextAuth, but after the initial excitement fades, there's no system to detect when they stop engaging.

Next.js + PocketBase handles authentication well, but there's a critical gap: you can't automatically detect when a user transitions from 'signed up' to 'actually using your product.'

Next.js + PocketBase applications often see users complete setup but then disappear—there's no infrastructure to bring them back.

Next.js + PostHog + Clerk applications typically get users signed up, but then leave them hanging without guidance to discover key features.

The Next.js + PostHog + Clerk architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

After users sign up with Next.js + PostHog + Supabase, there's no automated system to track their progress toward activation milestones like sharing their first resource.

Once users complete onboarding with Next.js + PostHog + Supabase, there's no system to re-engage them when they become inactive.

While Next.js + Railway + Supabase manages user authentication, it misses the opportunity to automatically trigger workflows when users hit key milestones.

Without activity monitoring in Next.js + Railway + Supabase, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Next.js + Render + PostgreSQL excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

Users subscribe and use Next.js + Render + PostgreSQL, but there's no system to detect churn risk or trigger re-engagement when activity drops.

The standard Next.js + Resend + Clerk setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

After users sign up and start using Next.js + Resend + Clerk, there's no infrastructure to identify when they become inactive or celebrate growth milestones.

Next.js + Resend + Supabase excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

The Next.js + RevenueCat + RevenueCat setup processes payments, but there's no automated connection between feature usage and subscription limits.

Without activity monitoring in Next.js + RevenueCat, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Next.js + Stripe + Supabase manages subscriptions well, but free users can access all features without hitting conversion triggers because usage isn't tracked.

The Next.js + Stripe + Supabase architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

The standard Next.js + Supabase setup creates user records, but lacks the infrastructure to detect value-achievement milestones.

Users sign up with Next.js + Supabase + Clerk, but then there's no system to identify when they complete their first meaningful action—like inviting their first team member.

Without activity monitoring in Next.js + Supabase + Clerk, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Next.js + Supabase + Clerk + Stripe + Resend handles authentication well, but there's a critical gap: you can't automatically detect when a user transitions from 'signed up' to 'actually using your product.'

Next.js + Supabase + Clerk + Stripe + Resend with Stripe handles subscriptions, but free users can consume unlimited resources without hitting conversion triggers.

Once users complete onboarding with Next.js + Supabase + Clerk + Stripe, there's no system to re-engage them when they become inactive.

While Next.js + Supabase + NextAuth + Stripe integrates Stripe for billing, there's no automated system to enforce usage limits or prompt upgrades when free users hit limits.

Next.js + Supabase + NextAuth + Stripe applications often see users complete setup but then disappear—there's no infrastructure to bring them back.

The Next.js + Supabase architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

The standard Next.js + Supabase + Stripe setup creates user records, but lacks the infrastructure to detect value-achievement milestones.

Next.js + Supabase + Stripe manages subscriptions well, but free users can access all features without hitting conversion triggers because usage isn't tracked.

Next.js + Supabase + Stripe applications often see users complete setup but then disappear—there's no infrastructure to bring them back.

The standard Next.js + Turso + Clerk setup creates user records, but lacks the infrastructure to detect value-achievement milestones.

Without activity monitoring in Next.js + Turso + Clerk, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Next.js + Upstash Redis + Clerk excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

After users sign up and start using Next.js + Upstash Redis + Clerk, there's no infrastructure to identify when they become inactive or celebrate growth milestones.

Next.js + Vercel AI SDK + Supabase excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

Next.js + Vercel AI SDK + Supabase handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

After users sign up with Next.js + Vercel + Supabase, there's no automated system to track their progress toward activation milestones like inviting their first team member.

Next.js + Vercel + Supabase applications often see users complete setup but then disappear—there's no infrastructure to bring them back.

Next.js + Vercel + Supabase + Stripe handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

Next.js + Weaviate + OpenAI excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

Next.js + Weaviate + OpenAI creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

While Next.js + Xata + Clerk manages user authentication, it misses the opportunity to automatically trigger workflows when users hit key milestones.

Next.js + Xata + Clerk handles the initial user journey well, but drops the ball on retention by not tracking user activity patterns.

The standard Nuxt + Firebase setup creates user accounts but lacks the infrastructure to detect and celebrate when users first achieve value.

After users sign up and start using Nuxt + Firebase, there's no infrastructure to identify when they become inactive or celebrate growth milestones.

Nuxt is installed and configured, but there's no tracking system to guide developers through framework-specific setup milestones.

Nuxt + Supabase applications typically get users signed up, but then leave them hanging without guidance to discover key features.

The Nuxt + Supabase + payments setup processes payments, but there's no automated connection between feature usage and subscription limits.

Framework setup with Phoenix completes, but there's no system to verify setup success or track developer progress.

After users sign up with Qwik, there's no automated system to track their progress toward activation milestones like making their first API call.

Qwik works out of the box, but developers often struggle with initial setup because there's no milestone tracking or guidance.

Framework setup with Rails completes, but there's no system to verify setup success or track developer progress.

Rails excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

Rails + PostgreSQL excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

The Rails + PostgreSQL setup works for onboarding, but there's no automated way to identify inactive users or celebrate engagement milestones.

Rails + Stripe manages subscriptions well, but free users can access all features without hitting conversion triggers because usage isn't tracked.

Rails + Stripe applications often see users complete setup but then disappear—there's no infrastructure to bring them back.

RedwoodJS applications typically get users signed up, but then leave them hanging without guidance to discover key features.

RedwoodJS is powerful, but without onboarding loops, developers miss framework-specific features and optimization opportunities.

Refine creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

Framework setup with Refine completes, but there's no system to verify setup success or track developer progress.

Remix + Clerk excels at user management, but misses the opportunity to automatically trigger workflows when users hit key milestones.

The Remix + Clerk + payments setup processes payments, but there's no automated connection between feature usage and subscription limits.

Remix + Clerk + Stripe excels at user management, but there's no built-in way to detect when users transition from 'registered' to 'activated.'

Remix + Clerk + Stripe subscriptions work, but there's no usage tracking to identify when free users are ready to convert to paid.

Users complete onboarding with Remix + Clerk + Stripe, but after the initial excitement fades, there's no system to detect when they stop engaging.

Remix applications typically get users signed up, but then leave them hanging without guidance to discover key features.

Remix is powerful, but without onboarding loops, developers miss framework-specific features and optimization opportunities.

The standard Remix + Supabase setup creates user records, but lacks the infrastructure to detect value-achievement milestones.

The Remix + Supabase architecture supports user onboarding but lacks behavioral tracking to identify when users need re-engagement.

The Remix + Supabase + Stripe + Stripe combination processes payments but misses the infrastructure to gate features based on subscription tiers.

Once users complete onboarding with Remix + Supabase + Stripe, there's no system to re-engage them when they become inactive.

SolidStart works out of the box, but developers often struggle with initial setup because there's no milestone tracking or guidance.

SolidStart creates user sessions, but doesn't connect authentication events to growth automation workflows.

SvelteKit works out of the box, but developers often struggle with initial setup because there's no milestone tracking or guidance.

SvelteKit + Firebase creates user sessions, but doesn't connect authentication events to growth automation workflows.

Without activity monitoring in SvelteKit + Firebase, you can't detect dormant users or celebrate growth milestones that keep users engaged.

After users sign up with SvelteKit + Supabase, there's no automated system to track their progress toward activation milestones like performing their first search.

SvelteKit + Supabase with payments handles subscriptions, but free users can consume unlimited resources without hitting conversion triggers.

Without activity monitoring in SvelteKit + Supabase, you can't detect dormant users or celebrate growth milestones that keep users engaged.

T3 Stack creates user accounts, but there's no infrastructure to detect and celebrate when users first achieve value.

After users sign up with T3 Stack + Clerk, there's no automated system to track their progress toward activation milestones.

T3 Stack + Clerk manages user data correctly, but there's no connection between data storage and retention automation.

T3 Stack is installed and configured, but there's no tracking system to guide developers through framework-specific setup milestones.

Once users authenticate with T3 Stack + Stripe, there's no automated tracking to identify when they first achieve value in your app.

T3 Stack + Stripe handles billing correctly, but it doesn't monitor feature usage or trigger upgrade prompts when free users exceed limits.

Without activity monitoring in T3 Stack + Stripe, you can't detect dormant users or celebrate growth milestones that keep users engaged.

Wasp is installed and configured, but there's no tracking system to guide developers through framework-specific setup milestones.