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Technology
Android Cyberattacks CyberCrime Cyberhackers Cybersecurity Cyberthreats Google GPS Technology

Improving GPS Technology with Insights from Android Phones

 


The effect of navigation apps drifting off course may be caused by a region 50-200 miles overhead called the ionosphere, which is a region of the Earth’s atmosphere that is responsible for such drifts. There are various levels of free electrons in this layer that, under certain conditions, can be extremely concentrated, thereby slowing down the processing of GPS signals when they are travelling between satellites and devices. 

A delay, like a delay that would occur from navigating through a crowded city street without being able to get to your place of work on time, is a major contributor to navigation system errors. As reported in Nature this week, a team of Google researchers demonstrated they had been able to use GPS signal measurements collected from millions of anonymous Android mobile devices to map the ionosphere by using GPS data from those devices. 

There are several reasons why a single mobile device signal cannot tell researchers so much about the ionosphere with only one device, but this problem is minimized when there are many other devices to compare with. Finally, the researchers have been able to use the vast network of Android phones to map out the ionosphere in an extremely precise way, matching or exceeding the accuracy of monitoring stations, using the huge network of Android phones. This technique was far more accurate in areas like India and Central Africa, compared to the accuracy of listening stations alone, where the Android technique was used. 

The total electron content (TEC) referred to as ionospheric traffic is a measure of the number of electrons in the ionosphere used within a cellular telephone network. Satellites and ground stations are used to measure this amount of electrons in the ionosphere. These detection tools are indeed effective, but they are also relatively expensive and difficult to build and maintain, which means that they are not used as commonly in developing regions of the world. 

The fact that monitoring stations are not accessible equally leads to disparities in the accuracy of the global ionospheric maps. However, Google researchers did not address one issue. They chose to use something that more than half of the world's population already possessed: mobile phones. In an interview with Popular Science, Google researcher Brian Williams discussed how changes in the ionosphere have been hindering GPS capabilities when working on Android products.

If the ionosphere were to change shortly, this may undermine GPS capabilities. Aside from contributing to scientific advances, he sees this project as an opportunity to improve accuracy and provide a more useful service to mobile device users regularly.  Rather than considering ionosphere interference with GPS positioning as an obstacle, the right thing to do is to flip the idea and imagine that GPS receiver is an instrument to measure the ionosphere, not as an obstacle," Williams commented.

The ionosphere can be seen in a completely different light by combining the measurements made by millions of phones, as compared to what would otherwise be possible." Thousands of Android phones, already known as 'distributed sensor networks', have become a part of the internet. GPS receivers are integrated into most smartphones to measure radio signals beamed from satellites orbiting approximately 1,200 miles above us in medium Earth orbit (MEO).

A receiver determines your location by calculating the distance from yourself to the satellite and then using the distance to locate you, with an accuracy of approximately 15 feet. The ionosphere acts as a barrier that prevents these signals from travelling normally through space until they reach the Earth. In terms of GPS accuracy errors, many factors contribute to the GPS measurement error, including variables like the season, time of day, and distance from the equator, all of which can affect the quality of the GPS measurement. 

There is usually a correctional model built into most phone receivers that can be used to reduce the estimated error by around half, usually because these receivers provide a correctional model.  Google researchers wanted to see if measurements taken from receivers that are built into Android smartphones could replicate the ionosphere mapping process that takes place in more advanced monitoring stations by combining measurements taken directly from the phone. 

There is no doubt that monitoring stations have a clear advantage over mobile phones in terms of value per pound. The first difference between mobile phones and cellular phones is that cellular phones have much larger antennas. Also, the fact that they sit under clear open skies makes them a much better choice than mobile phones, which are often obscured by urban buildings or the pockets of the user's jeans.

In addition, every single phone has a customized measurement bias that can be off by several microseconds depending on the phone. Even so, there is no denying the fact that the sheer number of phones makes up for what they are lacking in individual complexity.  As well as these very immediate benefits, the Android ionosphere maps are also able to provide other less immediate benefits. According to the researchers, analyzing Android receiving measurements revealed that they could detect a signal of electromagnetic activity that matched a pair of powerful solar storms that had occurred earlier this year. 

According to the researchers, one storm occurred in North America between May 10 and 11, 2024. During the time of the peak activity, the ionosphere of that area was measured by smartphones and it showed a clear spike in activity followed by a quick depletion once again. The study highlights that while monitoring stations detected the storm, phone-based measurements of the ionosphere in regions lacking such stations could provide critical insights into solar storms and geomagnetic activity that might otherwise go unnoticed. This additional data offers a valuable opportunity for scientists to enhance their understanding of these atmospheric phenomena and improve preparation and response strategies for potentially hazardous events.

According to Williams, the ionosphere maps generated using phone-based measurements reveal dynamics in certain locations with a level of detail previously unattainable. This advanced perspective could significantly aid scientific efforts to understand the impact of geomagnetic storms on the ionosphere. By integrating data from mobile devices, researchers can bridge gaps left by traditional monitoring methods, offering a more comprehensive understanding of the ionosphere’s behaviour. This approach not only paves the way for advancements in atmospheric science but also strengthens humanity’s ability to anticipate and mitigate the effects of geomagnetic disturbances, fostering greater resilience against these natural occurrences.
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SpyNote
Android Crypto Fraud malware phishing SpyNote

Fake Antivirus App Hides SpyNote Malware on Android

 


SpyNote, a dangerous malware targeting Android users, has been discovered posing as a legitimate antivirus app. Disguised as "Avast Mobile Security," it deceives users into downloading it under the guise of device protection, according to a report by cybersecurity firm Cyfirma.  


Once installed, SpyNote requests permissions typical for antivirus applications, such as Accessibility Services. With these permissions, it secretly grants itself further access without notifying the user. Additionally, it excludes itself from battery optimization, allowing it to run uninterrupted in the background.  


How SpyNote Tricks Users  


SpyNote employs deceptive tactics to maintain its presence on infected devices. It mimics user gestures to stay active and displays fake system update notifications. When users interact with these alerts, they are redirected back to the malicious app, effectively trapping them in a loop. This method ensures the malware remains undetected and difficult to uninstall.  


Focus on Cryptocurrency Theft  


SpyNote is specifically designed to steal sensitive information, with a strong focus on cryptocurrency accounts. It extracts private keys and balance details for digital currencies such as Bitcoin, Ethereum, and Tether. The malware also monitors network activity to maintain a constant connection with its command-and-control servers, ensuring seamless data transmission.  


Stolen credentials are stored on the device’s SD card. Once sufficient data is collected, SpyNote erases the evidence by overwriting the card, leaving no trace of its malicious activities.  


Advanced Evasion Tactics  


SpyNote is highly skilled at avoiding detection. It uses techniques like code obfuscation and custom packaging to hide its true nature, making it difficult for security experts to analyze. The malware also identifies virtual environments, such as emulators, to evade research and detection.  


If users attempt to uninstall it, SpyNote blocks their efforts by simulating actions that prevent deactivation. For instance, it forces the device to return to the home screen whenever users try to access the app’s settings.  


Distributed Through Fake Antivirus Sites  


SpyNote spreads through phishing websites designed to look like Avast’s official download page. The malicious file, named "Avastavv.apk," is specifically targeted at Android devices. However, the phishing sites also redirect iOS users to the legitimate App Store download page for AnyDesk. Similarly, they offer AnyDesk downloads for Windows and Mac users, broadening their attack range.  


How to Stay Safe  


To avoid falling victim to SpyNote, only download apps from trusted sources like the Google Play Store. Be cautious of apps asking for unnecessary permissions, and verify download links before proceeding. Regularly updating your antivirus software and monitoring your device for unusual activity can also help protect against threats.  


SpyNote highlights the increasing complexity of malware targeting mobile users, emphasizing the importance of vigilance and proactive cybersecurity measures.

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Technology
Android interface iOS links Signal Technology

Join Group Calls Easily on Signal with New Custom Link Feature





Signal, the encrypted messaging service, has included new features to make it easier to join group calls, through personalised links. A blog post recently announced the update on the messaging app, setting out to simplify the way of conducting and administering a group call on its service.


Group Calls via Custom Link Easily Accessible


In the past, a group call on Signal began by first making a group chat. Signal recently added features that included automatically creating and sharing a direct link for group calls. Users no longer have to go through that annoying group chat setup just to make the call. To create a call link, one has to open the app and go to the links tab to tap to start a new call link. All links can be given a user-friendly name and include the ability to require approval of any new invitees prior to them joining, adding yet another layer of control.


The call links are also reusable, which is very useful for those who meet regularly, such as weekly team calls. Signal group calling has now been expanded to 50 participants, expanding its utilisation for larger groups.


More Call Control


This update also introduces better management tools for group calls. Users can remove participants if needed and even block them from rejoining if it is needed. That gives hosts more power when it comes to who should have access to the call, which would improve safety and participant management.


New Interactive Features for Group Calls


Besides call links, Signal has also integrated some interactive tools for consumers during group calls. Signal has included a "raise hand" button to enable participants to indicate whether they would want to speak, which makes further efforts to organise group discussions. It also allows support through emoji reactions in calls. The user can continue participating and not interrupt another caller.


Signal has also improved the call control interface so that more manoeuvres are available to mute or unmute a microphone, or turn cameras on or off. This is to ensure more fluidity and efficiency in its use.


Rollout Across Multiple Platforms


The new features are now rolled out gradually across Signal's desktop, iOS, and Android versions. The updated app is available on the App Store for iPhone and iPad users free of charge. In order to enjoy the new features regarding group calling functions, users should update their devices with the latest version of Signal.


Signal has recently added new features to make group calling easier, more organised, and intuitive. It has given the user more freedom to control the calls for both personal use and professional calls.

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TrickMo
Android Banking Trojan lockscreen malware Pin TrickMo

New TrickMo Variants Exploit Fake Lock Screens to Steal Android PINs

 



A perilous new variant of the Android banking malware TrickMo has been discovered, capable of mimicking the Android lock screen and stealing users' PINs. This comes according to the data compiled by the security firm Zimperium, who made a deep analysis of the malware. The firm said that some 40 new variants of TrickMo have been found in the wild. These are associated with 16 dropper applications and 22 different command and control (C2) servers.

The new report follows earlier research by Cleafy, which had already managed to detect some of these, but not all, variants. TrickMo had been observed used in cyberattacks since September 2019, although it wasn't documented until last year by the IBM X-Force group.


How TrickMo Works to Deceive

One such feature in this new version of TrickMo is the fake Android lock screen designed to further dupe the users into handing over their PIN or unlock pattern. The screen seems like a real one. It actually renders in full-screen mode to mimic the prompt from an original Android. Once the user inputs his credentials, malware will capture that and transmit over to a remote server along with its unique identifier. This will provide thieves with access to the device later, often when it is not actively monitored, allowing them to go on and carry out whatever fraudulent activities they want.

In addition, TrickMo has other malicious abilities-the intercepting of one-time passwords, screen recording, exfiltration of data, and even the remote control of the infected device. Thus, TrickMo is another banking trojan, which mainly operates relying on the stealing of login credentials with the presentation of phishing pages of various banks.


The New Generation of Adaptation Malware

New variants of TrickMo malware attempt to exploit the Accessibility Service permission in Android. As a result, the malware would be able to grab greater control over the device and the possibility of automating different actions without even letting the actual user know about such actions. This is an abuse of accessibility features that grants the malware easier ways for interacting with system prompts, such as giving itself further permissions or making phishing pages appear.

Cyber security experts consider the mature and dynamic capabilities to make TrickMo a most dangerous threat. The phishing screens will be more likely to capture the users, and once the credentials are captured, then hackers can carry out unauthorised transactions using their banking apps or log in to other sensitive accounts.


Large-scale Impact on Victims

Zimperium's research showed that at least 13,000 victims from several countries, such as Canada, United Arab Emirates, Turkey, and Germany, have been affected by the TrickMo malware. The real number of attached devices, however, may be much higher as the malware operates through multiple C2 servers.

It targeted most of the banking applications but has since grown to target many more applications such as VPN services, streaming services, online e-commerce websites, and even social media and enterprise-based platforms. More alarming, it threatens because it can compromise user accounts associated with different kinds of services, not just financial services.


Staying Safe from TrickMo

This spreads through misleading the users into downloading the malicious APK files from unknown sources. To avoid infection, users are not encouraged to click on any links whatsoever-those coming through SMS or direct messages from unknown contacts in particular. Enablement of Google Play Protect is likely to prevent known variants of TrickMo from being installed on Android devices.

The sophistication level of malware like TrickMo tends to keep reminding everyone of the importance of maintaining their software up to date and not to interact with any unfamiliar apps or websites. As it continues to morph into even dangerous forms, cybersecurity experts have kept alerting Android users to be on high alert and ensure that such security features like Google Play Protect are turned on in order to provide a first line of defence against such threats.

Zimperium has taken the noble step in releasing TrickMo's C2 infrastructure details on GitHub, thus being in a better position to help cybersecurity experts and organisations ward off the trojan. It is important to note that while saying so, users are advised to be vigilant and take proper measures to ensure their sensitive information will not be compromised by malicious software such as TrickMo.


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Zero Day
Amnesty International Android Google Qualcomm Vulnerabilities and Exploits Zero Day

Millions of Android Devices at Risk, New Chip Bug Exploited in Targeted Attacks

 



Overview of the Exploit

Hackers recently leveraged a serious security weakness, said to be a "zero-day," that exists within the Qualcomm chipsets used in many popular Android devices. Qualcomm confirmed that at the time they were first exploited by hackers, they were unaware of the bug, which was tracked under CVE-2024-43047. This flaw actually existed in real-world cyberattacks where it could have impacted millions of Android users globally.

Vulnerability Details

This zero-day flaw was uncovered in 64 different Qualcomm chipsets, including the highly sought-after flagship Snapdragon 8 (Gen 1), a chipset used by many Android devices from reputable brands such as Motorola, Samsung, OnePlus, Oppo, Xiaomi, and ZTE. In their advisory, Qualcomm states that attackers have been able to exploit the flaw, but the company does not elaborate on who the attackers are or what their motive might be or who they specifically targeted. In light of both Google's Threat Analysis Group (TAG) and the Amnesty International Security Lab investigating the incidents, Qualcomm believes these instances constitute "limited, targeted exploitation," rather than widespread attacks.

Response to Attack

The vulnerability was apparently noticed by the CISA US, who have listed it on their known exploited vulnerabilities list. Qualcomm has issued appreciation to Google Project Zero and Amnesty International's Security Lab for coordinated disclosure of this vulnerability. Through such coordination, Qualcomm has been able to develop its fixes starting from September 2024 that it has since issued to customers, which includes Android device manufacturers operating its own chipsets.

Patch Distribution and User Security

So far, patch development is the task of Android device manufacturers. As Qualcomm has publicly released the fix, users need to ensure that their devices are up to date with respect to security patches from their device manufacturer.

Investigation Continues

The broader investigation into the hack is still going on with Google and Amnesty International digging deeper into the details of the targeted attack. Google TAG didn't have anything further to say, but an Amnesty spokesperson confirmed that it would soon publish more research findings on this vulnerability.

The necessity for security research and collaboration from technology entities and organisations to prevent new threats from happening is highlighted in this case. Android users of devices that use Qualcomm should thus remain vigilant and roll out whichever system updates for now.


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Theft Prevention
Android Google Security Technology Theft Prevention

Google’s Latest Theft Protection for Android Devices

 




Google is introducing new high-level theft protection features for Android 10 and above devices across Google Play services. The new technologies were announced at the I/O 2024 event, with the main idea being to protect users' data and make possible recovery of the device in case it has been stolen. Read the breakdown of these new tools and how they work.

How to Get Theft Protection on Android

Features can be turned on in the Settings app by using the phrase "Theft protection" or in the "Personal & device safety" section, found under the "All services" tab of the new Google services page. These three Theft Protection built-ins, writes the Theft Protection webpage, safeguard personal data if one's device is stolen.

Theft Detection Lock

The first one identifies unusual movement through the combination of sensors, Wi-Fi and smart device connectivity. If some person grabs an unlocked phone and runs away, Theft Detection Lock will automatically lock the screen so that no one can thereafter access private information.

Offline Device Lock

The second feature delivers security when there is no internet connection available. When someone attempts to lock tracking by turning off the internet on the device, this lock will have some conditions triggered, because the device was unlocked and in operation. The screen may be locked up to two times a day through this feature, adding protection to users in the case of theft.

Remote Lock via Website 

Remote Lock lets one lock their device from elsewhere using the webpage android.com/lock once a device is stolen. At this point, users are simply required to input a confirmed number and security challenge to lock the phone. It is at this point that Google advises users to use the feature on the device of a trusted person to access the lock screen easily. In many cases, it is said to work faster than "Find My Device".

Limited Testing and Availability

First tested in Brazil in early this year, these theft protection tools have begun rolling out to Android users around the world in lots of different brands including Pixel and Samsung. These features are still found on the beta version of Google Play services (24.40.33) and should reach the stable version soon.

New Theft Protection features from Google mark the advancement of device protection, especially for those whose main fears are stolen devices. As this comes up, users are strongly advised to turn to their settings to help make their devices safer than ever.

In these updates, it becomes clear that Google is doing its best to stay ahead of possible data losses and to minimise the effects brought about by theft incidents in a very digital age.


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Steganography
Android Google Play Store malware Necro Trojan Steganography

Necro Trojan Uses Steganography to Attack 11 Million Devices

Necro Trojan Uses Steganography to Attack 11 Million Devices

Necro Trojan, which has recently made headlines for its innovative use of steganography has compromised over 11 million Android devices. This blog delves into the intricacies of this malware, how it works, and its impact on cybersecurity.

Understanding the Necro Trojan

The Necro Trojan, also known as Necro Python, is a versatile and highly adaptive piece of malware. Its primary strength lies in its modular architecture, allowing it to perform various malicious activities. 

These include displaying invisible ads, executing arbitrary code, and subscribing users to premium services without their consent. However, what sets the Necro Trojan apart is its use of steganography—a technique that involves hiding malicious code within seemingly innocuous files, such as images.

The Role of Steganography

Steganography is an ancient practice where hidden messages were concealed within other forms of communication. This technique has been repurposed in the digital age for more scandalous ends. 

The Necro Trojan is a complex, multi-stage Android malware that has managed to infiltrate both Google Play and unofficial app sources, impacting over 11 million devices. It targets popular apps such as Wuta Camera, Max Browser, and modified versions of Spotify, WhatsApp, and Minecraft.

Necro uses advanced evasion techniques, including obfuscation with OLLVM, steganography to conceal payloads in PNG images, and a modular architecture for versatility. The infection process begins with a loader that connects to C2 servers, often utilizing Firebase Remote Config.

The Trojan’s plugins (NProxy, island, web, Happy SDK, Cube SDK, and Tap) perform various tasks, from creating tunnels through victim devices to manipulating ad interactions. Its self-updating capability and use of reflection to integrate privileged WebView instances within processes help it bypass security measures.

How Necro Trojan Impacts Android Devices

The scale of the Necro Trojan’s impact is staggering. With over 11 million Android devices compromised, the malware has demonstrated its ability to spread rapidly and efficiently. 

The consequences for affected users can be severe, ranging from unauthorized financial transactions to significant data breaches. Moreover, the Trojan’s ability to execute arbitrary code means that it can be used to deploy additional malware, further compounding the threat.

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Rust
Android C++ coding Cyber Security Google Rust

Google's Move to Rust Reduces Android Security Flaws by 68%

 


Using memory-safe programming languages such as Rust, Google has moved towards safe memory, which resulted in a drastic drop in memory-related vulnerabilities of the Android codebase. Memory vulnerabilities in Android decreased from 76% six years ago to 24% now.


Role of Memory-Safe Programming

According to Google, using memory-safe languages like Rust can help cut security risks in the codebase itself. The company has focused on safe code practices so that vulnerabilities do not occur in the first place, which has made this process of coding more scalable and cost-efficient over time. The more unsafe development reduces over time, memory-safe practices take up more space and render fewer vulnerabilities in total. As Jeff Vander Stoep and Alex Rebert of Google explained, the memory vulnerabilities tend to reduce even with new memory-unsafe codes being introduced. This is because vulnerabilities decay in time. Newer or recently modified code is more likely to carry issues.


Google Goes for Rust

In April 2021, the company announced that it was embracing Rust as a memory-safe language for Android development. The company has begun to concentrate on Rust for new development since 2019 and has continued to do so. Since then, memory safety flaws in Android went down from 223 in 2019 to less than 50 in 2024. Such a drastic downfall is partly due to proactive measures and improvement in discoverability tools such as those utilised with Clang sanitizers. Google also shifted its strategy from reactive patching to vulnerability prevention work by its security teams. They now focus on preventing issues before the problems crop up.


Safe Coding: The New Way

Google has learned that memory safety strategies must be evolved. The company abandoned older interventional methods like mitigations and fuzzing, instead opting for more secure-by-design principles. This type of principle allows for the embedding of security within the foundational blocks of coding, and it enables developers to construct code that-in itself-prevents vulnerabilities. This is called Safe Coding and lets Google safely make propositions regarding the code with its properties.


Combining Rust, C++, and Kotlin

In addition to promoting Rust, Google is also aiming to interface the language with other languages such as C++ and Kotlin. Thus, this practical solution allows doing memory-safe practices in ways that are pretty easy for today's needs by not rewriting older code completely. Making memory-safe languages incrementally, in itself, will eliminate entire categories of vulnerabilities and ensure all Android code is safer in the long term.

For instance, the approach of Google is based on the presumption that as the number of vulnerabilities introduced decreased, the existing ones would automatically decrease over time. This change helps improve the design of security and scalability strategies concerning memory safety so they can be applied better to large systems.


Partnership between Arm and a System for Better Security

Related to this, Google has collaborated with Arm to further enhance the security of the GPU software and firmware stack across the Android ecosystem. The result was that the former identified several security issues in the code for it. Such were two memory problems in Pixel's driver - CVE-2023-48409 and CVE-2023-48421 - and a problem in the Arm Valhall GPU firmware, CVE-2024-0153. According to Google and Arm, proactive testing is a very key role to identify vulnerabilities before they are exploited.


Future Prospects

In the future, Google aims to build a safer Android by maintaining its main focus on memory safety while pushing ahead its approach to security. The company's efforts in lessening vulnerabilities in memory, codification practice improvement, and collaboration with industry partners are targeted towards minimising memory leakage, thus ensuring long-term security solutions.


This enhances the vulnerability of Android but also acts as a role model to other tech companies that should establish memory-safe languages and secure-by-design principles in their development processes.


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Privacy
Android Artifical Intelligence data security Gemini AI Google Pixel Privacy

Google Assures Privacy with Gemini AI: No Data Sharing with Third Parties

Google recently announced bringing into view its Gemini AI technology, beginning with the latest Pixel 9 devices. As part of this consequential development, Google has reassured users about the strong privacy and security measures surrounding their personal data, addressing growing concerns in the digital age.

A Strong Focus on Privacy

In an exclusive interview with Aayush Ailawadi from Business Today, Sameer Samat, the President of Google’s Android Ecosystem, emphasised that user privacy is a top priority for the company. He explained that for any AI assistant, especially one as advanced as Gemini, safeguarding user data is crucial. According to Samat, Google's longstanding commitment to privacy and security has been a cornerstone of its approach to developing Android. He pointed out that for a personal assistant to be genuinely useful, it must also be trusted to keep conversations and data secure.

Samat highlighted Google’s extensive experience and investment in artificial intelligence as a key advantage. He noted that Google controls every aspect of the AI process, from optimising the AI on users’ devices to managing it in the cloud. This comprehensive control ensures that the technology operates securely and efficiently across all platforms.

One of the standout features of the Gemini AI, according to Samat, is its ability to handle personal queries and tasks entirely within Google’s ecosystem, without involving third-party providers. This approach minimises the risk of data exposure and ensures that users' information remains within the trusted boundaries of Google’s systems. Samat stressed upon the fine details of this feature for users who are particularly concerned about who has access to their personal data.

AI That Works for Everyday Life

When asked about the broader implications of AI, Samat expressed his belief that AI technology should be open-source to better serve consumers. He emphasised that AI needs to be more than just a intricately designed tool— it should be something that genuinely helps people in their daily lives. 

Samat shared an example from his personal experience to illustrate this point. While researching a used car purchase, he used Gemini AI to quickly gather important information that would typically take much longer to find. The AI assistant provided him with a concise list of questions to ask the mechanic, reducing what would have been an hour-long research task to just a few minutes. This practical application, Samat suggested, is what consumers really value—technology that saves them time and makes life easier.

Google’s latest developments with Gemini AI signal a shift in focus from merely advancing technology to making it more accessible and beneficial for everyday use. This reflects a broader trend in the tech industry, where the goal is to ensure that innovations are not only cutting-edge but also practical and user-friendly.

Google’s Gemini AI aims to offer users a more secure and private experience while also being a pragmatic tool for daily tasks. With its focus on preserving privacy, controlled data management, and utility, Google is setting new standards for how AI can convenience our lives while keeping personal information safe.



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Theft Prevention
AI technology Android Android devices Android Security Cyber Security Data protection Google Theft Prevention

Google Introduces Advanced Anti-Theft and Data Protection Features for Android Devices

 

Google is set to introduce multiple anti-theft and data protection features later this year, targeting devices from Android 10 up to the upcoming Android 15. These new security measures aim to enhance user protection in cases of device theft or loss, combining AI and new authentication protocols to safeguard sensitive data. 

One of the standout features is the AI-powered Theft Detection Lock. This innovation will lock your device's screen if it detects abrupt motions typically associated with theft attempts, such as a thief snatching the device out of your hand. Another feature, the Offline Device Lock, ensures that your device will automatically lock if it is disconnected from the network or if there are too many failed authentication attempts, preventing unauthorized access. 

Google also introduced the Remote Lock feature, allowing users to lock their stolen devices remotely via android.com/lock. This function requires only the phone number and a security challenge, giving users time to recover their account details and utilize additional options in Find My Device, such as initiating a full factory reset to wipe the device clean. 

According to Google Vice President Suzanne Frey, these features aim to make it significantly harder for thieves to access stolen devices. All these features—Theft Detection Lock, Offline Device Lock, and Remote Lock—will be available through a Google Play services update for devices running Android 10 or later. Additionally, the new Android 15 release will bring enhanced factory reset protection. This upgrade will require Google account credentials during the setup process if a stolen device undergoes a factory reset. 

This step renders stolen devices unsellable, thereby reducing incentives for phone theft. Frey explained that without the device or Google account credentials, a thief won't be able to set up the device post-reset, essentially bricking the stolen device. To further bolster security, Android 15 will mandate the use of PIN, password, or biometric authentication when accessing or changing critical Google account and device settings from untrusted locations. This includes actions like changing your PIN, accessing Passkeys, or disabling theft protection. 

Similarly, disabling Find My Device or extending the screen timeout will also require authentication, adding another layer of security against criminals attempting to render a stolen device untrackable. Android 15 will also introduce "private spaces," which can be locked using a user-chosen PIN. This feature is designed to protect sensitive data stored in apps, such as health or financial information, from being accessed by thieves.                                                                           
These updates, including factory reset protection and private spaces, will be part of the Android 15 launch this fall. Enhanced authentication protections will roll out to select devices later this year. 
Google also announced at Google I/O 2024 new features in Android 15 and Google Play Protect aimed at combating scams, fraud, spyware, and banking malware. These comprehensive updates underline Google's commitment to user security in the increasingly digital age.
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Security Flaws
Android Android App Android App Safety Android Applications Android Apps Cyber Security Microsoft Security flaw Security Flaws

Microsoft Uncovers Major Security Flaw in Android Apps with Billions of Downloads

 

Microsoft recently made a troubling discovery regarding the security of numerous Android applications, including some of the most widely used ones, each boasting over 500 million installations. After uncovering a common security weakness, Microsoft promptly notified Google's Android security research team, prompting Google to release new guidance aimed at helping Android app developers identify and rectify the issue. 
 
Among the applications found to be vulnerable were Xiaomi Inc.'s File Manager, boasting over 1 billion installations, and WPS Office, with around 500 million downloads. Although Microsoft confirms that the vendors of these products have since addressed the issue, they caution that there may be other apps out there still susceptible to exploitation due to the same security flaw. 
 
The vulnerability in question pertains to Android applications that share files with other apps. To enable secure sharing, Android employs a feature known as "content provider," which essentially serves as an interface for managing and exposing an app's data to other installed applications on the device. 
 
However, Microsoft's research uncovered a significant oversight in many cases: when an Android app receives a file from another app, it often fails to adequately validate the content. Particularly concerning is the practice of using the filename provided by the sending application to cache the received file within the receiving application's internal data directory. This oversight creates an opportunity for attackers to exploit the system by sending a file with a malicious filename directly to a receiving app, without the user's knowledge or consent. 
 
Typical targets for such file sharing include email clients, messaging apps, networking apps, browsers, and file editors. If a malicious filename is received, the receiving app may unwittingly initialize the file, triggering processes that could lead to compromise. 
 
The potential consequences vary depending on the specific implementation of the Android application. In some scenarios, attackers could exploit the vulnerability to overwrite an app's settings, leading to unauthorized communication with attacker-controlled servers or the theft of user authentication tokens and other sensitive data. In more severe cases, attackers could inject malicious code into a receiving app's native library, enabling arbitrary code execution. 
 
Microsoft and Google have both offered guidance to developers on how to address this issue, emphasizing the importance of validating file content and ensuring the secure handling of shared files. Meanwhile, end users can mitigate the risk by keeping their Android apps up to date and exercising caution when installing apps from sources they trust.
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junk files
Android Browser Cche Cookies Cyber Security Cyberattacks CyberThreat Firefox Google Chrome junk files

Banish Browser Clutter: How to Easily Remove Junk Files on Android

 


A web browser on users' Android phones may collect data, such as cookies and cache, that can be useful, but can also be unwanted and may pose a security risk to their privacy. It is recommended that users clear these data regularly so that junk can be removed from their devices and that unknown data trackers will not be able to store extraneous information on their devices. 

It is important to know that cleaning cache and cookies depends on the type of browser users use, such as Google Chrome, Samsung Internet, or Mozilla Firefox. The process of clearing this data varies from browser to browser and usually involves entering the browser settings and choosing the data that users wish to delete. 

By clicking on the More button in Google Chrome and navigating to History, users can clear their browser's cookies and cache. Deletes can be done in a variety of ways with this browser, such as by deleting browsing history, cookies and site information, cached images and files, or selecting a time range during which they should be deleted. 

It is possible to delete browsing data, cookies, and cache on the Samsung Internet browser app or through the phone's settings menu, just as Samsung Internet offers similar options. As far as Mozilla Firefox is concerned, there are several ways to clear browsing data, including the Open tabs, Browsing History, Site Data, and Downloads folder, as well as the Cookies and Cached images and files. Most of the junk that builds up inside the device's cache and cookies is just plain junk. Some of it could have come from a single site a user visited. 

As a result of this tracking, some companies are showing their users advertisements based on the items they are buying or watching on the internet. Other companies are tracking their browsing history on an active basis, helping them show them advertisements based on those items. As a result, it is essential to clear out the cache frequently. The tool enables users to remove any data they no longer need on their phone, especially if they have a cookie in their phone that contains a cookie from a known data tracker. 

Users will have to log back into some of their favourite websites after clearing the cache, but this is a small price to pay to make sure their phone does not accumulate unnecessary data by doing so. It is important to note that the steps vary slightly depending on the kind of phone and web browser that the user is using. 

In the Android version of Google Chrome, users can delete cookies and cache by first tapping the More button at the top right of the browser, which is indicated by a column of three dots. They can then tap History, and then they can delete their cookies and cache. Chrome users can also access this by clicking the Privacy and Security menu in their Chrome Settings. As well as removing browsing history, cookies, and site data, Chrome offers two advanced settings to clear users' cached files and images. 

The user can select which time ranges to delete from the drop-down menu when selecting whether he/she wants to delete the entire history or select a selection from anywhere within the past 24 hours to within the last four weeks. When users tap on the Advanced tab, users can also access additional options such as deleting saved passwords, auto-complete information for forms, and site settings. 

When they have selected the items they want to delete, tap the blue Clear data button at the bottom of the screen. If Chrome determines that certain websites are "important" to its users, they might receive a prompt asking them to confirm before clearing the cache, if Chrome deems that particular website to be "important" to the user. Similar to the Chrome browser for Android, the Mozilla Firefox Android app also allows users to clear their cache from within the application. 

It is possible to access this feature by tapping on the More button that is located to the right of the address bar, also indicated by three vertically aligned dots. In the Settings menu, tap the Delete browsing data option. Then scroll down and select the option. There is a lot of freedom in Firefox when it comes to the Delete browsing data menu compared to the other three browsers mentioned here, in that it allows users to delete all current open tabs, their browsing history, their site data, their permissions, and even their Downloads folder, along with their Cookies and Cached files and images. 

As with Chrome, users have the option to select a time range, however, they can be more specific regarding the type of data that they wish to remove, as opposed to merely picking a time range. As a bonus, Firefox also comes with an option that allows users not to retain their browsing data after they have signed up for the application but before they begin using it. 

There is an option within the Settings tab that instructs Firefox to delete any combination of these settings every time the user quits the browser. This will eliminate any combination of these settings every time the user quits the browser. If users want to remain tidy with their browser history, this functionality can be quite useful since they can avoid accidentally handing their browsing history over to a person who may have stolen the phone from them or gained access to it in some other way.
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virus
Android Bugs malware Soumnibot virus

Soumnibot Malware Abuses Bugs to Escape Detection


Soumnibot Malware

A new Android banking virus called 'SoumniBot' employs a less prevalent obfuscation technique, attacking flaws in the Android manifest extraction and parsing method.

The approach allows SoumniBot to bypass typical Android security safeguards and steal information.
Kaspersky researchers found and researched the virus, providing technical details on how it exploits the Android procedure to parse and extract APK manifests.

Fooling Android’s Parser

Manifest files ('AndroidManifest.xml') are located in each app's root directory and contain information about components (services, broadcast receivers, content providers), permissions, and app data.

While malicious APKs can employ multiple compression strategies to confuse security programs and elude inspection, Kaspersky analysts discovered that SoumniBot uses three separate methods to bypass parser tests, all of which entail manipulating the manifest file's compression and size.

How the virus works?

First, while unpacking the APK's manifest file, SoumniBot utilizes an erroneous compression number that differs from the normal values (0 or 8) anticipated by the Android 'libziparchive' library assigned to the role.

Rather than rejecting these numbers, the Android APK parser defaults to accepting the data as uncompressed due to a flaw, allowing the APK to evade protection and keep executing on the device.

The second way includes misreporting the size of the manifest file in the APK, providing a value that is greater than the true figure.

Since the file was tagged as uncompressed in the previous step, it is copied directly from the archive, with rubbish "overlay" data filling in the gaps.

According to Kaspersky, while this extra data does not immediately affect the device because Android is configured to disregard it, it does play an important role in misleading code analysis tools.

The third evasion tactic is to use excessively long strings as the names of XML namespaces in the manifest file, making it impossible for automated analysis tools to examine them, as they frequently lack enough capacity to parse them.

Google has been notified by Kaspersky that APK Analyzer, the official analysis tool for Android, cannot handle files that use the aforementioned evasion techniques.

The danger of SoumniBots

At the moment of activation, SoumniBot communicates the infected device's carrier, number, and other profile information, and asks its configuration options from a hardcoded server address.

Next, it creates a malicious service that sends stolen data from the victim every 15 seconds and restarts every 16 minutes if it is interrupted.

IP addresses, contact lists, account information, SMS messages, images, videos, and digital certificates for online banking are among the exfiltrated data.

The techniques by which SoumniBot infiltrates smartphones are unknown, however, they could range from distribution through dubious websites and unofficial Android marketplaces to upgrading legitimate programs in trustworthy repositories with malicious code.

Kaspersky offers a concise collection of compromise indications, comprising malware hashes and two domains utilized by malware operators for command and control operations.

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Mobile Security
Android Cyber Hacking Cyber Security MaaS Malware Attack Mobile Cyber Attacks Mobile Security

Unveiling the MaaS Campaign: Safeguarding Android Users in India

 

In the vast landscape of cybersecurity threats, a new campaign has emerged, targeting Android users in India. Dubbed as the "MaaS Campaign," this nefarious operation has caught the attention of security experts worldwide due to its sophisticated nature and potential for widespread damage. Let's delve into the intricacies of this campaign, understanding its modus operandi and the measures users can take to protect themselves. 

The MaaS Campaign, short for Malware-as-a-Service, represents a significant evolution in cybercrime tactics. Unlike traditional cyberattacks that require substantial technical expertise, the MaaS Campaign allows even novice hackers to deploy sophisticated malware with minimal effort. This democratization of cybercrime poses a severe threat to users, particularly in regions like India, where Android devices dominate the market. 

At the heart of the MaaS Campaign lies the exploitation of Android's vulnerabilities. Android, being an open-source platform, offers a fertile ground for cybercriminals to exploit security loopholes. Through various means, including malicious apps, phishing emails, and compromised websites, hackers lure unsuspecting users into downloading malware onto their devices. Once the malware infiltrates a device, it operates stealthily, often evading detection by traditional antivirus software. One of the primary objectives of the MaaS Campaign is to steal sensitive information, including personal data, financial credentials, and login credentials for various online accounts. 

This information is then used for a range of malicious activities, including identity theft, financial fraud, and espionage. What makes the MaaS Campaign particularly concerning is its targeted approach towards Android users in India. With India's burgeoning smartphone market and increasing reliance on digital services, the country has become a lucrative target for cybercriminals. 

Moreover, the diversity of Android devices and the prevalence of outdated software versions exacerbate the security risks, leaving millions of users vulnerable to exploitation. To mitigate the risks associated with the MaaS Campaign and similar cyber threats, users must adopt a proactive approach to cybersecurity. Firstly, maintaining vigilance while downloading apps or clicking on links is crucial. Users should only download apps from trusted sources such as the Google Play Store and avoid clicking on suspicious links or email attachments. 

Additionally, keeping software and operating systems up-to-date is paramount. Developers frequently release security patches to address known vulnerabilities, and failing to update exposes devices to exploitation. Users should enable automatic updates wherever possible and regularly check for updates manually. 

Furthermore, investing in robust cybersecurity solutions can provide an added layer of defense against malware and other cyber threats. Antivirus software, firewalls, and anti-malware tools can help detect and neutralize malicious activity, safeguarding users' devices and data. Education also plays a pivotal role in combating cyber threats. Users should familiarize themselves with common phishing tactics, malware warning signs, and best practices for online security. By staying informed and vigilant, users can avoid falling victim to cyberattacks and protect their digital identities. 

In conclusion, the MaaS Campaign represents a significant threat to Android users in India and underscores the importance of robust cybersecurity measures. By understanding the tactics employed by cybercriminals and adopting proactive security practices, users can minimize the risk of falling victim to such campaigns. Ultimately, safeguarding against cyber threats requires a collective effort involving users, cybersecurity professionals, and technology companies to create a safer digital environment for all.
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Phishing Attacks
Android Apple cryptocurrency Cyberattacks CyberCrime Cybersecurity Data Breach Threat FCC iOS Phishing Attacks

Sophisticated Phishing Tactics Unveiled in Targeted FCC Cybersecurity Breach

 


Several phishing campaigns targeting employees of cryptocurrency platforms such as Binance and Coinbase and the Federal Communications Commission (FCC) have been discovered, including one dubbed CryptoChameleon, which targets cryptocurrency platforms and employees. Based on an analysis from Lookout, the victims of this attack primarily use Apple iOS and Google Android devices with SSO solutions, such as Okta, Outlook, and Google, with their Apple and Google accounts with single sign-on. 

Several days ago, Lookout, a company focused on cloud security, announced that it had discovered an "advanced phishing kit" that targeted cryptocurrency exchanges, revealing techniques similar to what was expected. The phishing kit, which has been dubbed CryptoChameleon, can also be used to cheat the Federal Communications Commission (FCC) by using mobile devices. 

Most of the intended targets are crypto traders, single sign-on (SSO) services in the U.S., Binance staff, and Coinbase employees, with a small minority being Bitcoin traders and SSO service users. The kit seeks to trick victims into sharing sensitive information, including usernames, passwords, password reset URLs, and photo IDs, by sending carbon copies of SSO pages, phishing emails, SMS messages, and call-in scams via email, SMS, and voice mail, mainly aimed at US users.  

A suspicious new domain registration for the domain fcc-oktacom led researchers to discover a suspicious phishing kit. Cryptocurrency platforms and SSO services, including Coinbase, are most commonly targeted by this phishing kit, which is capable of impersonating a variety of company brands, with Coinbase being the most frequently targeted service.

Other websites were using the kit, and the majority of these websites used a subdomain of official-servercom as their C2 instead of their main domain. A recent blog post by Lookout states that the attack has been successful in phishing over a hundred people, many of whom remain active today. It is noteworthy that the C2 server URL, the client-side logic, and the style sheets were included in the kit. 

Most cybercriminals host their sites on RetnNet hosting. To prevent automated analysis tools from identifying the site, victims must first complete a captcha, known as hCaptcha, which provides the site with credibility. It appears CryptoChameleon is replicating the fashions used by Scattered Spider, specifically through its impersonation of Okta and the use of domain names previously assumed to be associated with the organization by Lookout. 

It is important to remember that the phishing kit has significantly different capabilities and C2 infrastructure than the phishing kit, even though the URL and spoofed pages look similar to what Scattered Spider might create. It is common for threat actors to copy one another's tactics and procedures when the tactic or procedure has been so publicized that it has become widely accepted. 

Furthermore, it remains unclear if this is the work of a single threat actor or a tool that is being used by many different groups at the same time. This is what has made the threat actors so successful in stealing high-quality data, according to Lookout, as high-quality phishing URLs, login pages that perfectly match the look and feel of legitimate websites, a sense of urgency, and consistent communication via SMS and voice calls have enabled them to steal data so efficiently. 

As soon as the attackers get access to the victim, they use their credentials to log in, and based on information that has been provided by the MFA service, they direct them to the appropriate page.  In addition to employees of the Federal Communications Commission (FCC), this phishing kit targets cryptocurrency users of Binance, Coinbase, and various other platforms that provide cryptocurrency services like Binance, Coinbase, Gemini, Kraken, ShakePay, Caleb & Brown, and Trezor. 

There have been over 100 successful phishing attacks on victims so far. As a result, automated analysis tools are not able to flag the sites because the fake login screen is displayed only after the victim completes a CAPTCHA test using hCaptcha, thus preventing them from being flagged. 

By mimicking a company's customer service team with the pretence that it is protecting a person's account after a purported hack, these pages can be distributed via unsolicited phone calls and text messages. As a result, the victim's phone number and the choice of six- or seven-digit code can be customized on the phishing page. 

Cryptocurrency platforms and Single Sign-On services are the most frequently targeted services by phishing kits that impersonate various company brands, with Coinbase being the most commonly targeted.  

Further, victims are also lured through phone calls, emails, and text messages, when phishing emails are disguised as legitimate messages from cryptocurrency platforms or the Federal Communications Commission (FCC) with malicious links, while SMS messages are disguised as legitimate notifications from cryptocurrency platforms or the FCC. 

Lookout customers have been protected against these phishing sites since the beginning of January 2024 due to the similarity of infrastructure and the similarity of previous attacks.
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Yahoo
Android Apple CIA Cyberattacks CyberCrime Cybersecurity Data Theft Yahoo

Ex-CIA Developer Faces 40-Year Sentence for Leaking Classified Data to WikiLeaks

 


In a multi-charged case that involved the disclosure of classified documents to WikiLeaks, Joshua A Schulte, a former CIA software engineer, was sentenced to 40 years for multiple counts of espionage and computer hacking, as well as one count of lying to FBI agents after handing over classified materials to WikiLeaks in 2022, he was found guilty of four counts of espionage and computer hacking in 2022. 

According to US authorities, Schulte was the cause of the largest breach in CIA history, because his alleged contributions to WikiLeaks have been regarded as one of the largest unauthorized disclosures of classified information ever made by the United States. 

Approximately eight thousand classified documents detailing CIA hacking tools were released on WikiLeaks in 2017 as part of an incident dubbed Vault 7, in which 8761 classified documents were made available. 

The trial on March 9, 2020, July 13, 2022, and September 13, 2023, led Schulte to become the prime suspect and face multiple convictions at trials that concluded on that date. US spies used the leak, which the CIA dubbed a “digital Pearl Harbor,” to hack Apple and Android smartphones, as well as to hack internet-connected television sets and turn them into listening devices, the CIA dubbed a “digital Pearl Harbor.” 

There has been a discussion about whether the Wikileaks founder Julian Assange should be kidnapped or assassinated after the security breach, Yahoo News reported, citing anonymous officials. As a result of the security breach, US officials have been planning to wage an "all-out war" against Wikileaks, including a potential kidnapping or assassination of its founder. 

Despite being indicted in 2019 on charges of espionage and criticized by press freedom organizations, Assange is currently fighting extradition to the US government in Britain. Additionally, the US authorities claim that Schulte's personal computer also contained tens of thousands of videos and images of child sexual abuse material. 

The Independent reports that Schulte denied the allegations and claimed that the CIA and FBI had used him as a scapegoat for the leak of CIA documents. Several brazen, heinous crimes of espionage committed by Joshua Schulte, one of the most brazen, and horrendous of all times, were committed by Schulte, the lawyer for the US. 

In his quest for revenge against the CIA, Schulte caused untold damage to the national security of our country based on how the CIA responded to Schulte's security breaches while employed by the agency. Schulte intended to cause even more harm to this nation after he was caught by the FBI, as he launched what he called an “information war,” releasing top secret information from behind bars to cause more harm to the nation.” 

Schulte received his sentence based on convictions for espionage, computer hacking, contempt of court, lying to the FBI, and having CSAM, among other charges. Additionally, he received a life sentence of supervised release alongside his prison sentence as well as his prison sentence. The CIA spying tools leak that was published last week included some shocking claims, including that hackers could gain access to Apple iPhones, 

Android devices made by Google and Samsung, and Samsung TVs made by Samsung to spy on their users. As presented in court documents, Schulte's theft "immediately and profoundly" affected the CIA's ability to gather foreign intelligence against U.S. adversaries; placed CIA personnel, programs, and assets directly at risk; and resulted in hundreds of millions of dollars of losses to the Agency.

Schulte repeatedly denied responsibility for the leak of the WikiLeaks documents during interrogations conducted by the FBI following the WikiLeaks disclosures. Schulte wrote in his journal in his detention pending trial that he intended to "break diplomatic relations, close embassies, and end US occupation across the globe." 

In the course of searching his apartment in New York, the FBI found that Schulte had hidden thousands of videos and images of horrific and disturbing child sexual abuse under layers of encryption. The FBI uncovered the servers and computers where Schulte had hidden the videos. Following his move to New York, according to the investigation, he continued to store child pornography from Russian websites and the dark web that he collected during his employment with the CIA and began to store it after moving to the city. It was from March 2020 until September 2023 that Schulte faced three separate trials in which he was tried for different crimes.
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Userfriendly Update
Android Chrome History Clean History Cyberattacks CyberCrime Cybersecurity Google Histrory Browsing Privacy Userfriendly Update

User-Friendly Update: Clear Your Chrome History on Android with Ease

 


As part of its commitment to keeping users happy, Google Chrome prioritizes providing a great experience – one of the latest examples of this is a new shortcut that makes it easier to clear browsing data on Android. 

Chrome has made deleting users' browsing history on Android a whole lot easier after a new update was released today that makes erasing their browsing history much easier. With this update, there's now an option to clear browsing data from the overflow menu in the overflow section of the window, which houses all the most common actions such as the New tab, History, Bookmarks, and many other helpful functions. 

With just a single tap on the shortcut, users get an interface that clearly shows what's being disabled. Users can choose from preset timeframes like "Last 15 minutes" or "Last 4 weeks" depending on what their privacy preferences are. 

For the extra picky folks out there, users can also toggle specific types of data such as browsing history, cookies, and cached images by clicking the "More options" button. Google's Search history can easily be deleted by either forgetting to turn on Incognito mode or simply preferring to clean up old data. 

To erase your Google Search history, simply log in to your Google Account, and click Delete history. Google will then save the search history in your Google account, which is accessible from a separate place. 

Even though Chrome is one of the most popular and well-known web browsers out there, it has some drawbacks, such as a tendency to track your activity across devices even when you are incognito. However, it does have its perks, such as picking up where you left off from your computer to your smartphone. 

Having said that, there are times when users want to be able to wipe the slate clean. The Google Chrome web browser on a user's phone hoards information from every site that they visit, and most of it lodges in their phone's cookies and cache for far longer than necessary.

Keeping some data in cookies and caches indeed helps websites load quickly. This is an excellent feature, but it might not be as useful as it seems. Some of the information that lurks in those digital corners might even invade users' privacy. This means that users should keep their cache clean by giving it a clean scrub now and then so they do not have any problems. 

The new shortcut is designed to help users make that task easier. It is clear that Google Chrome is dedicated to improving its user experience, and the new shortcut that the tech giant has launched to clear browsing data on Android is a good reflection of their commitment to user satisfaction. 

Users can now easily manage their privacy preferences and delete their browsing history with one simple tap, thanks to the simplified process accessible from the overflow menu. Users can control their digital footprint more effectively by having the option to customize the timeframes and types of data that they use. 

Chrome is undeniably a very popular browser, but there are times when privacy concerns might arise, so this update provides users with a convenient way to control their browsing data. The new shortcut makes it easy for users to clear their Google Search history or maintain their cache on their devices with ease, and it ensures a smooth transition between devices while respecting their privacy preferences as well. 

There is a sense of privacy paramount in a digital environment, so Google Chrome's commitment to providing users with tools that allow them to manage their online footprint shows how committed it is to stay at the forefront of user-centric browsing. 

The user interface also evolves in response to the advancement of technology, and Chrome's latest update illustrates the fact that Google is dedicated to providing a browser that is not only powerful but also prioritizes user privacy and control.
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