Android No Root
Android ‘hacks’ you can do without rooting your phone
Rooting a phone is naturally your best option if you’re looking to unleash the full potential of your Android device. However, rooting doesn’t come without a few one, when you root your phone, you’re putting full trust in the root method’s developer not to have included harmful code or backdoor access. After all, rooting a phone is a process that, by its nature, must bypass any security measures that the device’s manufacturer put into place, exposing your phone to any number of potential compromises. Fortunately the developer community for Android is generally helpful and full of good will, so in practice this sort of dirty dealing has been rare in our experience. Nevertheless, the fact that there are thousands of active developers working on so many different devices makes this a legitimate concern.
Widgets are a great way to use the capabilities of certain apps right from the convenience of your home screen. Unfortunately, you tend to be limited by the imagination and aesthetic sensibilities of a given app’s developer. If you want to make your home screen really reflective of your own taste and personality, try downloading an app like Beautiful Widgets to give your phone a more personal touch. You can also set up shortcuts that keep you from having to navigate the same familiar menus time and time again.
Use “Edge Display” on your AndroidThe Samsung Galaxy S6 Edge came with the Edge Display, a way of indicating notifications by illuminating the pixels on the beveled edge of the screen. Everyone quickly agreed that this was the absolute sexiest way to receive notifications imaginable, but the S6 Edge’s unique shape made the full Edge Display effect impossible to replicate on other devices. Fortunately, you no longer have to languish in the uncool wasteland of LED notifications. An app called Edge Color Notifications creates a pair of sidebars on the edge of your screen that very closely replicates Edge Display. Sure, it’s not perfect since your non-S6 Edge phone probably doesn’t have a screen that wraps around the edges of your device, but it’s a pretty close wnload the app and start receiving notifications in a much slicker way.
Remotely Control Your Desktop ComputerGoogle’s Remote Desktop app makes using your Android to control your PC from anywhere a breeze. You don’t have to install any heavy software, and setup is so fast that you can be up and running in less than ten minutes. Heck, maybe even five minutes if you’re good at multitasking. There are two halves to this installation process. On one hand, you need to install and configure the Chrome app on your PC. On the other, you have to get the Android App from the Google Play store. It’s a flexible process, but let’s start with the PC side of things. First, download the Chrome Remote Desktop app in the Chrome Store. Once the app is installed, the interface will guide you through a chain of prompts. Just follow the instructions and grant the app the permissions it needs, and you’ll be good to go in no time. After Chrome Remote Desktop is installed, you will be prompted to provide a 6-digit PIN. Remember this number because you will need it to access your computer from your Android device. Speaking of your Android device, go grab that thing and let’s get the other half of this process finished off. On your phone, download the Chrome Remote Desktop app in the Play Store. No complications here; just install the app, open it up, tap the name of the computer you just configured, and then enter the PIN you You can now control your PC using your phone from anywhere.
Record Your ScreenFor a long time, recording video of an Android screen was something of a hassle. However, Android 5. 0 Lollipop added screen recording API capabilities, so developers have been able to create much more stable screen recording apps. One of these apps is AZ Screen Recorder. This app is lean, customizable, and has additional features such as a countdown timer that work together to make recording your screen a very pain-free experience. It integrates with the phone’s camera and you can even draw on the screen during videos. While other screen recording apps only offer basic recording functionality, AZ Screen Recorder lets you edit and trim videos right inside the application. Downsides, you ask? Well, since this app leans on the new API, you’re out of luck if you don’t have Lollipop.
Play Old Games with an EmulatorRevisit your old favorite games by downloading an emulator. Having an N64 in your pocket isn’t much more than a novelty unless you invest in a physical controller for it, but Gameboy games and SNES/NES games run like a dream on Android. I’m currently replaying through Pokemon and you better believe my Charizard was so overpowered by the time I got to Misty that her Starmie didn’t even stand a chance. Type disadvantage means nothing when you grind your team leader into a living god that feasts on the souls of a thousand unprepared Pidgeys. 15 best emulators for Android to play old favoritesRe-configure Navigation ButtonsHome2 Shortcut is a brilliant little app that lets you re-assign new shortcuts to the navigation buttons that appear at the bottom of your phone’s screen. With Home2 Shortcut, you can easily configure your home button, for instance, to launch a specific app when you tap it twice. I’ve discovered that the app I use the most is Google Play Music, so assigning that as a shortcut was a no-brainer for me.
Use IFTTT to Automate your SettingsFor instance, I frequently forget to turn my Android wifi back on when I get back to my house, so I have an IFTTT recipe that turns on my wifi whenever I come home. It’s not complicated, but it saves me precious mobile data. Since IFTTT links up to so many different “channels” and services, your imagination is your only limit when it comes to concocting creative recipes. Make an account and IFTTT will recommend some pre-configured recipes for you. After using these for a little while, you’ll probably want to start crafting your own to suit your specific needs.
Change your DPISome phones do offer tools for changing DPI, though many do not. While it’s easy enough to change your display’s DPI if you’re rooted, the reality is that you can do it even without root. And it is actually pretty easy. 1. Enable USB debugging from Settings> Developer Options. If you’ve never enabled Developer Options before, you’ll first need to go to Settings> About Phone and then tap on “Build Number” 7 times. 2. Download and install ABD drivers and minimal ADB for Windows. After installing Minimal ADB, a command prompt will open up. Leave it open for now.
Minimal ADB/Fastboot for Windows
ADB USB drivers
3. Connect your Android device to the PC. You may get a prompt asking you to authorize the PC for debugging, and you’ll want to tap Ok. 4. To change the DPI you’ll want to go back to the Minimal ADB command prompt window and use the following command:adb shell wm density “DPI” adb rebootNote: where “DPI” is listed, replace with the value you’d like to use. A lower DPI means more information displayed on screen. A higher DPI will do the opposite. 5. Your device will automatically restart and you should see the change in place. If for any reason you want to reset the DPI back to the original, go back to ADB and type:adb shell wm size resetadb reboot
The Android operating system has come a long way in terms of what it’s capable of accomplishing without modification. While increased security features are making devices more difficult to root, this downside is offset by the incredible degree of freedom you can achieve with an Android device right out of the box. Things that would have previously required complicated modification are now as easy as installing an app and tapping a few are our favorite rootless Android “hacks. ” If you’ve got some more useful ones, let us know in the comments!
Rooting (Android) – Wikipedia
Rooting is the process of allowing users of the Android mobile operating system to attain privileged control (known as root access) over various Android subsystems. As Android is based on a modified version of the Linux kernel, rooting an Android device gives similar access to administrative (superuser) permissions as on Linux or any other Unix-like operating system such as FreeBSD or macOS.
Rooting is often performed with the goal of overcoming limitations that carriers and hardware manufacturers put on some devices. Thus, rooting gives the ability (or permission) to alter or replace system applications and settings, run specialized applications (“apps”) that require administrator-level permissions or perform other operations that are otherwise inaccessible to a normal Android user. On some devices, rooting can also facilitate the complete removal and replacement of the device’s operating system, usually with a more recent release of its current operating system.
Root access is sometimes compared to jailbreaking devices running the Apple iOS operating system. However, these are different concepts: Jailbreaking is the bypass of several types of Apple prohibitions for the end user, including modifying the operating system (enforced by a “locked bootloader”), installing non-officially approved (not available on the App Store) applications via sideloading, and granting the user elevated administration-level privileges (rooting). Many vendors such as HTC, Sony, LG, Asus, Xiaomi and Google explicitly provide the ability to unlock devices, and even replace the operating system entirely.  Similarly, the ability to sideload applications is typically permissible on Android devices without root permissions. Thus, it is primarily the third aspect of iOS jailbreaking (giving users administrative privileges) that most directly correlates to Android rooting.
Rooting is distinct from SIM unlocking and bootloader unlocking. The former allows removing the SIM lock on a phone, while the latter allows rewriting the phone’s boot partition (for example, to install or replace the operating system). 
Rooting lets all user-installed applications run privileged commands typically unavailable to the devices in the stock configuration. Rooting is required for more advanced and potentially dangerous operations including modifying or deleting system files, removing pre-installed applications, and low-level access to the hardware itself (rebooting, controlling status lights, or recalibrating touch inputs. ) A typical rooting installation also installs the Superuser application, which supervises applications that are granted root or superuser rights by requesting approval from the user before granting said permissions. A secondary operation, unlocking the device’s bootloader verification, is required to remove or replace the installed operating system.
In contrast to iOS jailbreaking, rooting is not needed to run applications distributed outside of the Google Play Store, sometimes called sideloading. The Android OS supports this feature natively in two ways: through the “Unknown sources” option in the Settings menu and through the Android Debug Bridge. However, some US carriers, including AT&T, prevented the installation of applications not on the Play Store in firmware,  although several devices are not subject to this rule, including the Samsung Infuse 4G; AT&T lifted the restriction on most devices by the middle of 2011. 
As of 2011, the Amazon Kindle Fire defaults to the Amazon Appstore instead of Google Play, though like most other Android devices, Kindle Fire allows sideloading of applications from unknown sources,  and the “easy installer” application on the Amazon Appstore makes this easy. Other vendors of Android devices may look to other sources in the future. Access to alternate apps may require rooting but rooting is not always necessary.
Rooting an Android phone lets the owner add, edit or delete system files, which in turn lets them perform various tweaks and use apps that require root access. 
Advantages of rooting include the possibility for complete control over the look, feel, and behaviour of the device. As a superuser has access to the device’s system files, all aspects of the operating system can be customized with the only real limitation being the level of coding expertise.  Immediately expectable advantages of rooted devices include the following:
Support for theming, allowing everything to be visually changed from the color of the battery icon to the boot animation that appears while the device is booting, and more.
Full control of the kernel, which, for example, allows overclocking and underclocking the CPU and GPU.
Full application control, including the ability to fully back up, restore, or batch-edit applications, or to remove bloatware that comes pre-installed on some phones.
Custom automated system-level processes through the use of third-party applications. 
Ability to install software (such as Xposed, Magisk, SuperSU, BusyBox, etc. ) that allows additional levels of control on a rooted device or management of root access.
Ability to bypass restrictions by vendors or Google, such as scoped storage, which compromised file system access and compatibility to established third-party mobile applications such as file managers. 
Extended task management abilities
Ability to terminate misbehaving and/or unresponsive system tasks such as media scanner and camera server manually. 
Ability to downgrade applications directly, without uninstallation which involves deleting their user data. A downgrade may be desirable after an update breached compatibility and/or removed useful functionality. 
Ability to control battery charging current, where a technically unnecessary throttling imposed by the operating system while the screen is on can be removed. On the other hand, a current reduction may be desired to extend battery lifespan. APIs may vary per vendor. For example, on Samsung Galaxy devices, this is done by applying a value to the /sys/devices/platform/sec-battery/power_supply/battery/siop_level system file, where 100 represents the highest technically supported charging rate. [a]
Ability to limit charging capacity to reduce battery weardown. 
Rooting allows the user to obtain privileged access to a phone. It does not allow a user to install a new OS (custom firmware or custom ROM) or recovery image, and it doesn’t allow a phone that locked to a certain carrier to be used on another one. Related operations allow these.
Bootloader unlocking is sometimes a first step used to root the device; however, it is not the same as rooting the device.  Most devices come with a locked bootloader, which prevents users from installing a new bootloader.  The bootloader runs on device start-up and is in charge of loading the operating system on the phone.  It is generally in charge of verifying that phone system information hasn’t been tampered with and is genuine. Nonetheless, people still perform this operation, as unlocking the bootloader allows users to install custom ROMs. 
The first step to do this is to generally to set up OEM unlocking,  and then to follow manufacturer specific instructions.  Not all devices can be bootloader unlocked.
The process of unlocking the bootloader might involve a factory reset, erasing all user data, third-party applications, and configuration. 
SIM unlocking allows a phone that is locked to a certain carrier to be used on a different carrier. The instructions vary per device and carrier, but this might be done by first requesting the carrier to unlock the phone or purchasing an unlock code online. 
Some rooting methods involve the use of a command prompt and a development interface called the Android Debug Bridge (also known as ADB), while other methods may use existing vulnerabilities in devices. Due to similarly modeled devices often having a multitude of changes, rooting methods for one device when used for a different variant can result in bricking the device.
“Systemless root” is a variant of rooting in which the underlying device filesystem is not modified. Systemless root uses various techniques to gain root access without modifying the system partition of a device. Some root applications may include a “hiding” function, which makes attempts to mask the effects and results of rooting, often by whitelisting certain applications for the root or blocking access to affected files.  Systemless rooting has the advantage of not triggering the software-based version of SafetyNet, an Android feature that works by monitoring changes to system files and is used by applications such as Google Pay to detect whether a device has been tampered with such as by rooting. However, hardware-backed SafetyNet versions may be triggered by systemless rooting, as well as in unrooted devices shipped without Google Mobile Services (GMS). 
The distinction between “soft rooting” through a security vulnerability and “hard-rooting” by flashing a su binary executable varies from exploit to exploit, and manufacturer to manufacturer. Soft-rooting requires that a device be vulnerable to privilege escalation, or replacing executable binaries. Hard-rooting is supported by the manufacturer, and it generally only exposed for devices the manufacturer allows.  If a phone can be soft-rooted, it is also inherently vulnerable to malware. 
Rooting through exploits
The process of rooting varies widely by device but usually includes exploiting one or more security bugs in the firmware of (i. e., in the version of the Android OS installed on) the device.  Once an exploit is discovered, a custom recovery image that will skip the digital signature check of firmware updates can be flashed. Then a modified firmware update that typically includes the utilities needed to run apps as root can be installed. For example, the su binary (such as an open-source one paired with the Superuser or SuperSU application) can be copied to a location in the current process’ PATH (e. g., /system/xbin/) and granted executable permissions with the chmod command. A third-party supervisor application, like Superuser or SuperSU, can then regulate and log elevated permission requests from other applications. Many guides, tutorials, and automatic processes exist for popular Android devices facilitating a fast and easy rooting process.
The process of rooting a device may be simple or complex, and it even may depend upon serendipity. For example, shortly after the release of the HTC Dream (HTC G1), it was discovered that anything typed using the keyboard was being interpreted as a command in a privileged (root) shell. Although Google quickly released a patch to fix this, a signed image of the old firmware leaked, which gave users the ability to downgrade and use the original exploit to gain root access.
Rooting through manufacturer
Some manufacturers, including LG, HTC, and Motorola, provide official support for unlocking the bootloader, allowing for rooting without exploiting a vulnerability.  However, the support may be limited only to certain phones – for example, LG released its bootloader unlock tool only for certain models of its phones. 
The Google Nexus line of devices can have their bootloader unlocked by simply connecting the device to a computer while in bootloader mode and running the Fastboot protocol with the command fastboot OEM unlock.  After a warning is accepted, the bootloader is unlocked, so a new system image can be written directly to flash without the need for an exploit.
In the past, many manufacturers have tried to make non-rootable phones with more elaborate protections (like the Droid X), but exploits are usually still found eventually. There may be no root exploit available for new, or outdated phones. 
Until 2010, tablet and smartphone manufacturers, as well as mobile carriers, were mainly unsupportive of third-party firmware development. Manufacturers had expressed concern about improper functioning of devices running unofficial software and related support costs. Moreover, firmware such as OmniROM and CyanogenMod sometimes offer features for which carriers would otherwise charge a premium, such as tethering. Due to that, technical obstacles such as locked bootloaders and restricted access to root permissions have commonly been introduced in many devices. For example, in late December 2011, Barnes & Noble and, Inc. began pushing automatic, over-the-air firmware updates, 1. 4. 1 to Nook Tablets and 6. 2. 1 to Kindle Fires, that removed one method to gain root access to the devices. The Nook Tablet 1. 1 update also removed users’ ability to sideload apps from sources other than the official Barnes & Noble app store (without modding). 
However, as community-developed software began to grow popular in the late 2009 to early 2010,  and following a statement by the Copyright Office and Librarian of Congress (US) allowing the use of “jailbroken” mobile devices,  manufacturers and carriers have softened their position regarding CyanogenMod and other unofficial firmware distributions. Some manufacturers, including HTC,  Samsung,  Motorola and Sony Mobile Communications,  actively provide support and encourage development.
In 2011, the need to circumvent hardware restrictions to install unofficial firmware lessened as an increasing number of devices shipped with unlocked or unlockable bootloaders, similar to the Nexus series of phones. Device manufacturer HTC has announced that it will support aftermarket software developers by making the bootloaders of all new devices unlockable.  However, carriers, such as Verizon Wireless and more recently AT&T, have continuously blocked OEMs from releasing retail devices with unlocked bootloaders, opting instead for “developer edition” devices that are only sold unsubsidized and off-contract. These are similar in practice to Nexus devices, but for a premium and with no contract discounts.
In 2014, Samsung released a security service called Knox, which is a tool that prevents all modifying of system and boot files, and any attempts set an e-fuse to 0x1, permanently voiding the warranty. 
International treaties have influenced the development of laws affecting rooting. The 1996 World Intellectual Property Organization (WIPO) Copyright Treaty requires nations party to the treaties to enact laws against digital rights management (DRM) circumvention. The American implementation is the Digital Millennium Copyright Act (DMCA), which includes a process for establishing exemptions for non-copyright-infringing purposes such as rooting. The 2001 European Copyright Directive implemented the treaty in Europe, requiring member states of the European Union to implement legal protections for technological protection measures. The Copyright Directive includes exceptions to allow breaking those measures for non-copyright-infringing purposes, such as to run alternative software,  but member states vary on the implementation of the directive.
In 2010, Electronic Frontiers Australia said that it is unclear whether rooting is legal in Australia, and that anti-circumvention laws may apply.  These laws were strengthened by the Copyright Amendment Act 2006.
In November 2012, Canada amended its Copyright Act with new provisions prohibiting tampering with digital locks, with exceptions including software interoperability.  Rooting a device to run alternative software is a form of circumventing digital locks for the purpose of software interoperability.
There had been several efforts from 2008 to 2011 to amend the Copyright Act (Bill C-60, Bill C-61, and Bill C-32) to prohibit tampering with digital locks, along with initial proposals for C-11 that were more restrictive,  but those bills were set aside. In 2011, Michael Geist, a Canadian copyright scholar, cited iPhone jailbreaking as a non-copyright-related activity that overly broad Copyright Act amendments could prohibit. 
The Free Software Foundation Europe argues that it is legal to root or flash any device. According to the European Directive 1999/44/EC, replacing the original operating system with another does not void the statutory warranty that covers the hardware of the device for two years unless the seller can prove that the modification caused the defect. 
The law Copyright and Related Rights Regulations 2003 makes circumventing DRM protection measures legal for the purpose of interoperability but not copyright infringement. Rooting may be a form of circumvention covered by that law, but this has not been tested in court.  Competition laws may also be relevant. 
India’s copyright law permits circumventing DRM for non-copyright-infringing purposes.  Indian Parliament introduced a bill including this DRM provision in 2010 and passed it in 2012 as Copyright (Amendment) Bill 2012.  India is not a signatory to the WIPO Copyright Treaty that requires laws against DRM circumvention, but being listed on the US Special 301 Report “Priority Watch List” applied pressure to develop stricter copyright laws in line with the WIPO treaty. 
New Zealand’s copyright law allows the circumvention of technological protection measure (TPM) as long as the use is for legal, non-copyright-infringing purposes.  This law was added to the Copyright Act 1994 as part of the Copyright (New Technologies) Amendment Act 2008.
Rooting might be legal in Singapore if done to provide interoperability and not circumvent copyright, but that has not been tested in court. 
The Unlocking Consumer Choice and Wireless Competition Act guarantees that consumers can unlock or let others unlock their phones. Under the Digital Millennium Copyright Act (DMCA) rooting was illegal in the United States except by exemption. The U. S. Copyright Office granted an exemption to this law “at least through 2015”. 
In 2010, in response to a request by the Electronic Frontier Foundation, the U. Copyright Office explicitly recognized an exemption to the DMCA to permit rooting.  In their ruling, the Library of Congress affirmed on July 26, 2010, that rooting is exempt from DMCA rules with respect to circumventing digital locks. DMCA exemptions must be reviewed and renewed every three years or else they expire.
On October 28, 2012, the US Copyright Office updated their exemption policies. The rooting of smartphones continues to be legal “where circumvention is accomplished for the sole purpose of enabling interoperability of [lawfully obtained software] applications with computer programs on the telephone handset”. However, the U. Copyright office refused to extend this exemption to tablets, arguing that the term “tablets” is broad and ill-defined, and an exemption to this class of devices could have unintended side effects.  The Copyright Office also renewed the 2010 exemption for unofficially unlocking phones to use them on unapproved carriers, but restricted this exemption to phones purchased before January 26, 2013. 
Tim Wu, a professor at Columbia Law School, argued in 2007 that jailbreaking is “legal, ethical, and just plain fun”.  Wu cited an explicit exemption issued by the Library of Congress in 2006 for personal unlocking, which notes that locks “are used by wireless carriers to limit the ability of subscribers to switch to other carriers, a business decision that has nothing whatsoever to do with the interests protected by copyright” and thus do not implicate the DMCA.  Wu did not claim that this exemption applies to those who help others unlock a device or “traffic” in software to do so.  In 2010 and 2012, the U. Copyright Office approved exemptions to the DMCA that allow users to root their devices legally.  It is still possible to employ technical countermeasures to prevent rooting or prevent rooted phones from functioning.  It is also unclear whether it is legal to traffic in the tools used to make rooting easy. 
Android Dev Phone
Hacking of consumer electronics
List of custom Android firmware
Ubuntu for Android
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How To Run Root Apps On Unrooted Android Device – Gizbot News
Android is being used by many users all over the world these days. You can find a lot more customization options compared to that of the other mobile operating systems. Both the customizations and the app availability is very high on the whole platform. You can find both Rooted and Non-rooted use modded apps, it is important to root the smartphones. Even to access the advanced apps, root access is required. But if you don’t know how to root your Android device, you might end up bricking your device and your warranty also becomes to run the root apps? Rooting of the android device involves a lot of risks that worries the users. So there are certain best methods which can help you in rooting your VMOS App: This app is a free app that allows you to run the root apps especially on the non-rooted device. It is on the basis of the virtual machine. Here you can create a virtual android that can easily be run on your android device. When the virtual android is created, the root can be easily activated. After that you can install the apps especially those you want to run on rooted to run the root apps, on your phone that is unrooted? You need to use the VMOS app so that you can run the root apps, especially on the non rooted device. To run the root apps, you need to follow the following steps:Step 1: on your smartphone, download and install the VMOS 2: After installing it, launch the app. Then you can see the intro by reading the tutorial. You can even directly go to the final 3: To continue further, you will have to grant a few 4: Then you will have to install the ROM to access further. Then the ROM will be installed on the virtual 5: Then you can see a blank screen and wait for a few seconds or minutes. Then the ROM on the virtual machine will be 6: Then you can actually see the interface of Virtual 7: Go to VMOS and open the settings app. Click seven times on the Build number. The developer option can be enabled. There you can see the Root toggle. You will have to turn on the Root option over following the above-mentioned steps, you can easily run the games and apps for which you require root access. The root apps can be run on the unrooted device with the help of these steps. This is the easiest method and the VMOS app is a great help for it and it’s best to install the app on your android smartphone.
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Story first published: Sunday, December 22, 2019, 18:15 [IST]
Frequently Asked Questions about android no root
What is no root in Android?
Rooting is the process of allowing users of the Android mobile operating system to attain privileged control (known as root access) over various Android subsystems. … Similarly, the ability to sideload applications is typically permissible on Android devices without root permissions.
How can I root my Android phone without rooting?
The VMOS App: This app is a free app that allows you to run the root apps especially on the non-rooted device. It is on the basis of the virtual machine. Here you can create a virtual android that can easily be run on your android device. When the virtual android is created, the root can be easily activated.Dec 22, 2019
How do I disable root on Android?
Unroot by using a file managerAccess your device’s main drive and look for system. Select it, and then tap on bin. … Go back to the system folder and select xbin. … Go back to the system folder and select app.Delete superuser. … Restart the device, and it will all be done.