If you've recently opened Chrome on a Mac or installed a new extension and found yourself confused by two separate sections — one labelled "From Google" and another labelled "From Apple" — you're not alone. This division wasn't there a year ago for most users, and the reasons behind it reflect a decade-old tension between how browsers, operating systems, and privacy regulations have evolved.
Let's break this down in plain terms.
Why Are There Two Sections at All?
Chrome extensions in a Mac environment can come from two distinct systems: the Chrome Web Store (Google's own extension distribution platform) and the App Store (Apple's distribution platform for Safari and Mac apps). When you install a browser extension via the App Store on macOS — even if it works in Chrome — it gets tagged differently from an extension that came straight from Google's store.
Starting with Chrome's Manifest V3 era and macOS Ventura and later, extensions installed via Safari that also work in Chrome, or that claim cross-browser compatibility, began appearing in a separate section in Chrome's extension manager. Apple's own extensions — like Apple Pay, Password Manager, and the iCloud extension — show up under this "From Apple" category.
It's not about who owns the extension. It's about where it was packaged, how it communicates with the host browser, and which API standards it follows.
Google's Extension System: The Chrome Web Store
Google Chrome still holds the largest browser market share worldwide, and for good reason — the Chrome Web Store is an entire ecosystem. Over 180,000 extensions are available. Password managers, developer tools, research assistants, AI sidebars, productivity add-ons — Chrome's extension ecosystem is unmatched.
Google's extensions are built on a system called the Manifest (the technical specification file that tells Chrome what an extension can and cannot do). For years, Manifest V2 was the standard. It was powerful — so powerful that it allowed extensions to intercept all web traffic, which is how ad blockers like uBlock Origin worked.
Google introduced Manifest V3 to tighten this. Under MV3, extensions cannot intercept and modify web requests as freely — they declare filter rules in advance instead. The official reason was security and performance. The less official reason, widely noted by developers: it made aggressive ad blocking significantly harder. Google's advertising revenue depends on ads being shown.
Google intentionally debilitated its desktop browser extension ecosystem via the removal of support for Chrome extension manifest version 2, replacing it with the vastly inferior manifest version 3. This is a classic "embrace, extend, and extinguish" strategy. So far, neither Safari nor Firefox has followed Chrome in removing support for MV2.
Apple's Extension System: Safari Web Extensions
Apple moved into browser extensions seriously in 2021 when it introduced extension support for mobile Safari. But Apple's approach is structurally different.
Every Safari extension must be distributed as part of a native Mac or iOS app through the App Store. It must pass Apple's privacy review. It integrates with the host operating system — which means it can use features like Face ID, iCloud Keychain, and native macOS APIs that a Chrome extension cannot access.
The greatest advantage of Safari extensions is their built-in native platform integration. Every Safari extension, on both iOS and macOS, can use extension native messaging with no additional software installation or configuration, because Safari extensions are designed to be distributed inside native apps. Chrome and Firefox cannot match this experience.
When these Safari-packaged extensions appear in Chrome's extension manager (when a developer has coded them to work across browsers), they show up under a separate Apple-tagged section because their origin, packaging, and permissions structure differ from Chrome Web Store extensions.
Why Is Chrome on iPhone Different From Chrome on Mac?
Chrome on iOS is a Chromium-branded WebKit browser. Apple disallows third-party browser engines and the extension APIs that desktop Chrome uses. Chrome's desktop extension system — Manifest V2/V3 and the Chrome Web Store — isn't supported on iOS. There is no equivalent API in iOS WebKit browsers.
This is a critical distinction for Indian users who switch between a MacBook and an iPhone. The extensions you install in Chrome on your Mac will not work in Chrome on your iPhone. Period. Chrome on iPhone is essentially a Chrome-branded Safari engine with Chrome's sync features.
If you want extensions on your iPhone, you need Safari. Apple has extended Safari extension support to mobile, but Google has neglected to add support for extensions in mobile Chrome, not only on iOS, where Apple's WebKit engine requirement may pose technical difficulties, but also on Android, where Google controls the entire technical stack.
The Best Extensions: Google Section
For productivity and daily use, these Chrome Web Store extensions remain the most widely trusted in 2026:
- uBlock Origin (ad blocking — MV2 based, works in Chrome with some limitations after MV3 transition)
- 1Password or Bitwarden (password management)
- Grammarly (writing assistance)
- Google Translate (inline translation)
- Honey or CouponFollow (coupon finding for shopping)
- Dark Reader (dark mode for all websites)
- Pocket (save articles for later)
- Momentum (new tab replacement with productivity features)
- LastPass or Dashlane (credential management)
For developers:
- React Developer Tools
- Redux DevTools
- Wappalyzer (technology stack detector)
- Postman Interceptor
- ColorZilla
The Best Extensions: Apple Section (In Chrome and Safari)
Extensions from Apple's ecosystem that appear in Chrome on Mac:
- iCloud Passwords (autofills saved Apple Keychain passwords)
- Apple Pay (checkout integration)
- Privacy Pro extensions (tracker blocking)
- 1Blocker (advanced content blocking, App Store origin)
- Wipr (lightweight, effective ad blocker from App Store)
- AdGuard (cross-browser, App Store distributed)
Which Should You Use When?
A few practical rules:
For privacy: Apple-originated extensions tend to have stricter privacy reviews and cannot silently access data the way some Chrome Web Store extensions do. If you're privacy-conscious, App Store extensions warrant more trust.
For functionality: Chrome Web Store has more options, more developer tools, and deeper integration with Google services. If you use Gmail, Docs, or Google Drive heavily, Chrome extensions from Google's store will serve you better.
For iPhone users: Switch to Safari for extensions. Chrome on iPhone gives you none of them.
For cross-platform Windows/Android users: Stick to Chrome Web Store extensions. Apple's ecosystem-based extensions are irrelevant on non-Apple hardware.
If you value speed, privacy, and deep integration with Apple devices, Safari may be a better fit. Chrome is still a strong choice if you rely on extensions or use different platforms.
The bottom line: the two sections in your Chrome extension manager are not redundant. They reflect a fundamental architectural divide between two of the world's most powerful technology ecosystems. Understanding which section does what — and why Chrome on your phone works differently from Chrome on your laptop — helps you make smarter choices about your daily digital tools.
