A step-by-step guide to building a data-driven app for iPhone using Glide and Google Sheets, from structuring your data to publishing a shareable PWA users can install.
Before touching any tool, set expectations. With Glide you are building a web-based app (a PWA) backed by a data source, not a native Swift binary.
On iPhone, users will open your app from a link and can add it to their home screen. It will feel app-like, but it is delivered through the web, not the App Store.
This guide uses Google Sheets as the data source because it is the most approachable option and pairs naturally with Glide's row-based model.
Keep the App Store out of scope for this build. Reaching the store is a separate, harder problem that requires Xcode and an Apple Developer Program account, and we cover it elsewhere.
Being clear about the target now saves rework later. The design decisions that make a great PWA are not always the same ones you would make for a native app, so knowing your destination shapes every step below.
Everything in a Glide app flows from your data structure, so start in the spreadsheet, not the editor. Create one tab per entity, for example a Products tab and a Categories tab.
Put field names in the first row. Each subsequent row becomes one record in your app, so keep columns clean and consistent.
Use simple, predictable types per column: text, numbers, dates, and image URLs. Avoid merged cells and stray formatting, which confuse row-based tools.
Spend real time here. A well-structured sheet makes the rest of the build almost automatic, while a messy sheet fights you at every screen.
A useful habit is to give every row a stable unique identifier, such as an ID column, so relationships between tabs stay reliable even if you sort or reorder data.
Resist the urge to store two facts in one column. If a cell needs a comma-separated list, that is a signal you may want a separate tab and a relation instead, which keeps your data model clean as the app grows.
Create a Glide account and start a new project. When prompted for a data source, choose Google Sheets and authorize access to the sheet you built.
Glide will import your tabs and columns, mapping each tab to a table and each row to a record. Confirm that column types were detected sensibly.
If a column that should be an image or a link came in as plain text, adjust its type in Glide's data editor. Getting types right now prevents broken components later.
At this point you have data wired in but no meaningful UI yet. That is expected; the next steps assemble the screens.
Take a moment to understand the relationship between the two surfaces. Glide keeps its own view of your data, and while it syncs with the sheet, the data editor is where you set types, add computed columns, and control how the app interprets each field.
If you plan to grow well beyond a few thousand rows, review Glide's guidance on larger data tables, since spreadsheet sources have practical size and performance ceilings you should know before you scale.
Open the visual editor and add a screen bound to one of your tables. A collection or list component is usually the right starting point for browsing records.
Add a detail screen so tapping a record opens its full information. Bind components like text, image, and fields to the columns from your sheet.
Use forms to let users create or edit records. Because Glide writes back to your data source, a submitted form updates the underlying sheet.
Keep the first version lean. Build the core browse-and-detail flow, confirm it works, then layer on extras like search, filters, and charts.
Pay attention to navigation early. Decide how users move between your main tabs and detail screens, because a confusing structure is much harder to fix once you have built many screens on top of it.
Lean on Glide's built-in components before reaching for anything custom. Lists, cards, and detail layouts cover the vast majority of data apps, and using them keeps your app consistent and responsive across screen sizes.
Glide lets you attach actions to buttons and components without code. Configure actions to navigate, edit data, or trigger flows based on conditions.
Use visibility conditions to show or hide components depending on the record or the signed-in user. This is how you build role-aware experiences.
If your app needs sign-in, enable authentication and consider per-user data filtering so people only see rows relevant to them. This matters for anything with private or personal data.
Computed columns let you derive values, such as totals or status labels, without a backend. Reach for these before assuming you need external logic.
Be deliberate about privacy. If your sheet holds personal data, row owners and per-user columns are the mechanisms that keep one user from seeing another's rows, so configure them before you invite real users.
Test your logic with more than one account. What looks correct as the app's owner can behave very differently for a limited-permission user, and only a second test account reveals those gaps.
Preview in the browser first to catch obvious issues quickly. But always test on an actual iPhone, because touch targets, layout, and Safari behavior differ from desktop.
Open the app's live URL in Safari on the device. Walk through every core flow: browsing, opening details, submitting a form, and signing in.
Watch for slow loads on larger tables and for any component that renders empty. Empty components almost always trace back to a data type or binding mismatch.
Fix issues in the editor and reload on the phone. Because the app is web-based, changes appear immediately with no rebuild step.
Test on a realistic network too, not just fast office Wi-Fi. A data-driven app that feels instant on your desk can feel sluggish on a cellular connection, and that is what many real users will have.
If you can, hand the phone to someone unfamiliar with the app and watch silently. First-time confusion about navigation or the install flow is far easier to see than to imagine.
When you are satisfied, publish the app from Glide. Publishing makes the live URL available to your users.
Share that URL however you reach your audience: a message, an email, a QR code, or a link on a website. Anyone with the link can open the app in Safari.
To get a home-screen icon, users open the app in Safari, tap the Share button, and choose Add to Home Screen. That installs the PWA with an icon and full-screen launch.
Document these steps for your users. The add-to-home-screen flow is not automatic, and a short instruction removes most of the confusion new users hit.
Before you announce widely, set your app's name, icon, and theme so the home-screen install looks intentional. These details are configured in Glide and they define the first impression every installed user gets.
A QR code is worth adding wherever people encounter your app in person or on a page, because scanning it with the iPhone camera opens the link directly in Safari and avoids the most common install mistake.
This build gets you a real, usable iPhone app quickly, but be clear about what it is not. It is not in the App Store, and it is not native Swift.
Some native device capabilities are limited through the PWA, so hardware-heavy features may be out of reach. Validate any such requirement before committing.
If you later need App Store distribution, that is a separate effort involving a native wrapper, Xcode, and an Apple Developer Program membership, with real risk of rejection for thin wrappers.
For most data-driven tools and MVPs, though, the Glide plus Google Sheets path is a legitimately fast way to ship something people can use today.
It also helps to know the escape hatches. If you outgrow Google Sheets, Glide supports other data backends, and if you outgrow Glide entirely, a clean data model in a spreadsheet or database migrates more easily than logic buried in a proprietary editor.
Build with that portability in mind. Keeping your data well-structured and your business logic understandable is the best insurance against the day your needs exceed what a no-code PWA can deliver.
No. Glide is a no-code tool. You structure data in Google Sheets and assemble screens visually. Coding knowledge helps with edge cases but is not required.
Not from this process. Glide produces a web-based PWA. Users install it from Safari to their home screen. App Store distribution is a separate effort requiring Xcode and an Apple Developer Program account.
Yes. Forms and editable components write back to your data source, so a submitted change updates the underlying Google Sheet or database.
Usually a data type or binding mismatch. Check that image or link columns are set to the correct type in Glide's data editor rather than plain text.