Fastshot vs Glide Apps:
Native Apps vs Spreadsheet PWAs
Glide turns spreadsheets into progressive web apps. Fastshot uses AI to generate native React Native apps. One makes data-driven PWAs, the other builds real native apps.
Fastshot vs Glide: Very Different Platforms
Glide Apps has carved out a unique niche by turning spreadsheets (Google Sheets or Airtable) into functional progressive web apps (PWAs). If you have data in a spreadsheet and want a simple app interface on top of it, Glide can get you there remarkably quickly.
However, Glide creates PWAs, not native mobile apps. PWAs run in the browser and cannot be published to the Apple App Store. They lack access to many native device features, have no push notification support on iOS, and generally feel less polished than native apps. For simple internal tools, this may be acceptable. For customer-facing products, it often is not.
Fastshot creates real native mobile apps. You describe your app in natural language, and AI generates native mobile code that compiles to iOS and Android applications. These apps are published through the App Store and Google Play, offering native performance, push notifications, and full device integration.
The data approach also differs. Glide is built around the spreadsheet paradigm, which works for simple data but becomes limiting as complexity grows. Fastshot integrates with Supabase, giving you a full PostgreSQL database with proper relationships, queries, and row-level security.
Glide vs Fastshot: Feature Comparison
Understanding the fundamental differences between Glide and Fastshot.
| Feature | Glide Apps | Fastshot |
|---|---|---|
| Data Source | Google Sheets or Glide Tables | Supabase PostgreSQL with full SQL support |
| App Category | Progressive web apps (PWAs) | True native iOS & Android applications |
| Store Presence | Not listed — shared via web link | Published on App Store and Google Play |
| Notification Support | No push notifications on iOS | Full APNs + FCM with near-100% delivery |
| Offline Mode | Limited — most actions require connectivity | Local data storage with background sync |
| Database Power | Spreadsheet rows — breaks at scale | PostgreSQL — handles millions of rows and complex joins |
| User Capacity | Performance degrades past ~1000 rows | Scales to millions of concurrent users |
| Monthly Investment | From $25/month per app | Flat per-project pricing |
| Exit Strategy | Data exportable, but app is lost | Full source code + database — fully portable |
| Device Features | Browser APIs only — no camera, Bluetooth, NFC | Full native hardware access via Expo modules |
When Glide Makes Sense (and When It Doesn't)
Glide is a great fit for quick internal tools where you already have data in Google Sheets and just need a simple interface on top. Inventory trackers for a warehouse team, internal directories, or event check-in apps work well in Glide. But the moment you need app store distribution, push notifications, offline support, or more than a few thousand data rows, you have outgrown the spreadsheet paradigm. That is where Fastshot picks up — giving you a real native app with a proper database that scales.
The Case for Going Native with Fastshot over Glide
When you need more than a spreadsheet PWA, Fastshot delivers real native mobile apps.
Real App Store Presence
Glide creates PWAs that live at a web URL. They cannot be published to the Apple App Store. Fastshot generates native apps that are published to both the App Store and Google Play, giving you real discoverability.
Native Performance and UX
PWAs from Glide feel like websites. Native apps from Fastshot use real native components with smooth animations, native navigation, and the performance mobile users expect.
Push Notifications
Glide PWAs cannot send push notifications on iOS, severely limiting user engagement. Fastshot apps include full push notification support on both iOS and Android through Expo.
Proper Database Backend
Glide uses spreadsheets as a database, which breaks down with complex data, concurrent users, and advanced queries. Fastshot uses Supabase with PostgreSQL, providing a real production-grade database.
No Spreadsheet Dependency
Glide requires your data to be in a spreadsheet format, limiting your data model. Fastshot lets you describe any data structure and generates proper relational database schemas.
Offline Support
Native React Native apps from Fastshot can store data locally and work offline. Glide PWAs have limited offline capabilities and require internet connectivity for most operations.
PWA vs Native App: Everything You Need to Know
No. Glide creates progressive web apps (PWAs) that are accessed through a web browser. They cannot be published to the Apple App Store or Google Play Store. Fastshot generates native apps that are published to both stores.
Glide is very fast for creating simple apps from existing spreadsheet data. However, Fastshot is equally fast for creating any type of mobile app from a description, and the result is a much more capable native application.
Fastshot uses Supabase (PostgreSQL) as the backend, which is far more capable than a spreadsheet. If you have existing spreadsheet data, you can import it into Supabase. The relational database approach handles complex data much better.
PWAs work for simple internal tools and data viewing apps. For customer-facing products, native apps provide better performance, push notifications, offline support, app store discoverability, and the polished UX that users expect.
You can export your data from Glide since it is based on spreadsheets. However, you cannot export the app itself. With Fastshot, you own both the complete source code and have full control over your Supabase database.
Fastshot scales significantly better. Supabase with PostgreSQL handles millions of rows and concurrent users. Glide spreadsheets have row limits and performance degrades with large datasets and many users.
Build Real Apps, Not Spreadsheet Wrappers
Your users deserve a native mobile experience, not a dressed-up spreadsheet. Describe your app and get a real native app with a production database.