How to Hide Apps on Android — Every Method for Every Brand

TL;DR

Android's built-in hiding methods (launcher hide, Secure Folder, Work Profile) protect against casual browsing but not against anyone who knows where to look. Third-party app lockers add a PIN gate but most leak telemetry. Samsung's Good Lock is the most capable first-party tool. For file-level encryption that survives device seizure, no Android method matches what a Secure Enclave-backed iPhone vault like AppVault can do.

Android offers more ways to hide apps than any other mobile operating system. That flexibility comes with a cost. Every hiding method has a different threat model, and most of them share the same fundamental weakness. This guide covers every approach — stock launcher hiding, Secure Folder, Good Lock, third-party app lockers, and hardware-rooted privacy — so you can pick the one that matches what you actually need to defend against.

What Does “Hiding an App” Actually Mean on Android?

“Hiding an app” on Android is never a single operation. It is a combination of three separate actions, and most methods only do the first one.

• Icon removal. The app’s shortcut disappears from the home screen and app drawer. The app remains installed, running, and fully accessible through Settings > Apps.
• App gating. A PIN, pattern, or biometric must be entered before the app can open. The icon may still be visible.
• Data encryption. The app’s local data (files, databases, preferences) is encrypted at rest. Without the decryption key, the data is unreadable even if the device is compromised.

Most built-in Android hiding methods stop at icon removal. A few add app gating. Almost none encrypt the hidden app’s data independently of the device’s file-based encryption, which is enabled by default on Android 10 and later but is tied to the device unlock PIN.

The distinction matters. Hiding an icon is not the same as encrypting the data inside the app. If you hide a banking app, the icon disappears but the app’s cached session tokens remain on disk. If you hide a messaging app, the chat database stays readable to anyone with physical access to the device and the unlock PIN.

How to Hide Apps on Samsung Galaxy (One UI)

Samsung’s One UI has the most mature hiding toolkit of any Android skin. Three distinct methods exist, each with a different threat model.

Method 1: Stock Launcher Hide

Open the app drawer, tap the three-dot menu, then tap Settings. Select Hide apps from the list. A grid of all installed apps appears. Tap the ones you want to hide, then tap Done.

The apps vanish from the app drawer. They remain installed. You can find them by opening Settings > Apps and scrolling the full list. Anyone who knows this path can see every hidden app.

This method protects against casual browsing — someone swiping through your home screen — but not against anyone who has ever read a Samsung support page.

Method 2: Secure Folder

Samsung Secure Folder creates a Knox-encrypted container on the device. Apps moved into Secure Folder are isolated from the main operating system. They cannot send notifications to the main system tray. They cannot be seen by other apps. Their data is encrypted with a key derived from your Secure Folder PIN and the device’s hardware-backed Knox key store.

To use it, open Settings > Biometrics and Security > Secure Folder. Set a separate PIN, pattern, or biometric. Tap Add apps and select the apps to move inside.

Secure Folder is the strongest first-party hiding method on Android. It encrypts app data at rest using hardware-backed keys. It isolates app execution from the main user space. It can be hidden from the app drawer so that even the Secure Folder icon disappears.

The limit: Secure Folder is Samsung-exclusive. It does not exist on Motorola, OnePlus, Xiaomi, Vivo, or any other Android brand.

Method 3: Good Lock + Home Up

Good Lock is Samsung’s official customization suite, available on the Galaxy Store. The Home Up module adds a Hide apps toggle that works identically to the stock launcher hide. It does not encrypt or gate anything.

Good Lock is useful for users who want granular control over the app drawer layout. It is not a security tool.

How to Hide Apps on Other Android Brands

Google Pixel

Pixel launcher does not support hiding apps. You have three options.

• Switch to a third-party launcher. Nova Launcher and Lawnchair both support hiding apps from the drawer. The apps remain installed and visible in Settings.
• Use an app locker. Norton App Lock and AppLock by DoMobile add a PIN gate in front of individual apps.
• Use a work profile. Android’s built-in Work Profile creates a separate user space. Apps in the work profile are invisible from the personal profile. This is the strongest option on stock Android, but it requires setting up a work profile through the device’s Settings > Accounts > Work profile.

Motorola

Motorola’s stock Android launcher does not have hiding support. Use a third-party launcher or an app locker. Motorola devices running Android 12 or later support the work profile method described above.

OnePlus (OxygenOS)

OnePlus has a Hidden Space feature. Swipe right on the app drawer to reveal it. Apps placed in Hidden Space do not appear in the main drawer. They remain installed and visible in Settings.

OnePlus also includes an App Lock feature under Settings > Security & fingerprint > App Lock. This adds a PIN gate to individual apps. The icon remains visible. The app lock does not encrypt app data.

Xiaomi (MIUI)

Xiaomi’s MIUI has two hiding features.

• Hidden Apps: Settings > Apps > Manage Apps > Hidden Apps. This removes the icon from the drawer.
• Second Space: Settings > Second Space. This creates a completely separate user profile with its own apps, data, and lock screen. Switching between spaces requires a PIN or fingerprint. This is the strongest hiding method on Xiaomi devices.

Vivo (Funtouch OS)

Vivo’s Funtouch OS has a Hidden Apps feature under Settings > Home Screen & Wallpaper > Hidden Apps. It also includes App Lock under Settings > Fingerprint & Face > App Lock. The App Lock feature adds a PIN gate but does not encrypt data.

Huawei (EMUI)

Huawei’s EMUI has a Hide Apps feature under Settings > Home Screen & Wallpaper > Hide Apps. It also supports App Lock with a PIN or fingerprint. Huawei devices with Kirin chipsets use a TrustZone-backed key store for App Lock, which is stronger than software-only implementations.

Third-Party App Lockers: What You Need to Know

App lockers are the most common solution for hiding apps on Android. They work by intercepting the app launch event and displaying a PIN, pattern, or biometric prompt before the app opens.

The Google Play Store has hundreds of app lockers. Most of them share the same architecture and the same weaknesses.

How App Lockers Work

When you install an app locker, it registers itself as a device admin or uses Android’s accessibility service to monitor app launches. When a locked app is opened, the app locker overlays a PIN screen. Once the correct PIN is entered, the app locker allows the launch to proceed.

This approach has three structural weaknesses.

• Accessibility service abuse. Many app lockers request accessibility service access, which gives them broad permissions to read screen content and intercept user input. Google has been cracking down on app lockers that misuse accessibility services, but many still do.
• No data encryption. App lockers gate access to the app. They do not encrypt the app’s data. If someone gains physical access to the device and knows the unlock PIN, they can extract app data through ADB or a file manager.
• Telemetry and ads. Free app lockers monetize through advertising SDKs and usage analytics. The privacy nutrition label on the Google Play Store tells the story. Look for app lockers that declare no data collected.

The Best App Lockers for Android

Norton App Lock is the safest mainstream option. Norton does not use accessibility services. It uses Android’s built-in lock screen APIs. It has a clean privacy policy and no advertising SDKs. It is also the only major app locker that has been independently audited.

AppLock by DoMobile is the most installed app locker on the Play Store. It uses accessibility services and includes advertising SDKs. It works reliably but collects usage data.

Open-source app lockers like Easer or AppLocker (F-Droid) are the most transparent options. They do not send telemetry. They also tend to have fewer features and rougher interfaces.

The Limits of Android App Hiding

Every method described so far shares a fundamental limitation. They hide icons or gate access. They do not encrypt the hidden app’s data independently of the device’s file-based encryption.

Android’s file-based encryption (FBE) encrypts each app’s data directory with a key derived from the device unlock credential. When the device is locked, FBE-protected data is inaccessible. When the device is unlocked, FBE keys are loaded into memory and all app data is readable.

This means that anyone who knows your device unlock PIN can access any hidden app’s data. They just need to unlock the phone, open Settings > Apps, and browse the app list.

The only Android method that breaks this chain is Samsung Secure Folder, because it uses a separate Knox-derived encryption key that is independent of the device unlock PIN. Xiaomi’s Second Space also works because it creates a separate user profile with its own lock screen credential.

For non-Samsung, non-Xiaomi users, the options are limited to icon hiding and app gating — neither of which protects data at rest.

When Hiding Apps Is Not Enough

Hiding an app icon protects against one specific threat: someone who picks up your phone and swipes through the home screen. It does not protect against:

• A customs officer who asks for your device unlock PIN
• A partner who knows your PIN and browses Settings > Apps
• A forensic extraction tool that reads the full app list from the file system
• Malware that enumerates installed packages

For these threats, you need data-at-rest encryption that is independent of the device unlock credential. You need a vault.

AppVault: A Different Architecture

AppVault is an iPhone app, not an Android app. It is worth mentioning here because its architecture solves the problem that Android’s hiding methods leave unsolved: independent data encryption with hardware-backed key isolation.

AppVault encrypts each file with AES-256 in GCM mode, using a unique 96-bit nonce per file. The encryption key is derived through PBKDF2-SHA256 at 600,000 iterations, then wrapped by a key generated inside the iPhone’s Secure Enclave. The Secure Enclave key never leaves the chip.

The vault makes zero network calls. There are no servers to breach, no accounts to compromise, no telemetry to leak. Even the file catalog — the list of files, their names, and their dates — is encrypted. An attacker with raw flash access cannot determine how many files exist.

The Calculator Launcher provides an alternate entry point: a fully functional iOS calculator that opens the vault through a long-press on the equals key. This is not a trick. It is a deliberate design choice that satisfies Apple’s guideline 4.3 for alternate icons.

The Decoy Vault offers a second, mathematically independent vault catalog accessed through a separate 5x5 pattern. Useful when one device serves more than one person.

For the specific threat model of device seizure — customs, border inspections, law enforcement — no Android hiding method matches what a Secure Enclave-backed vault can do. The key never leaves the chip. The data never leaves the device. The vault cannot be opened without the correct pattern, and there is no backdoor, no password reset, no support tool.

The Bottom Line

Android’s hiding tools are sufficient for casual privacy. They are not sufficient for any threat model that involves someone who knows your device unlock PIN or who has physical access to the device for more than a few seconds.

If you use a Samsung Galaxy, Secure Folder with a separate PIN is the strongest option. If you use Xiaomi, Second Space with a separate lock screen is equivalent. For every other Android brand, the best you can do is a third-party app locker combined with device-level file-based encryption.

For true data-at-rest protection — encryption that survives device seizure — you need hardware-backed key isolation. On Android, that means Samsung Knox or nothing. On iPhone, that means the Secure Enclave, which is present in every iPhone from the 5s onward.

AppVault is built to take full advantage of that hardware. It is the only iPhone vault app that publishes its full cryptography stack with primary-source citations. It is the only one that makes zero network calls by default. And it is the only one that offers a calculator alternate icon that passes Apple’s guidelines.

If you are switching from Android to iPhone and privacy is your primary concern, AppVault is the vault you want.

Sources

• Android Open Source Project: File-based encryption
• Google Support: Manage app permissions on Android
• Samsung: Secure Folder overview
• NIST FIPS 197: Advanced Encryption Standard