The United Kingdom has agreed to drop its controversial demand for Apple to provide backdoor access to encrypted data belonging to US citizens. But unfortunately, this concession specifically excludes UK users and other global Apple customers, leaving them without access to Apple’s strongest privacy protections.

Key takeaways

• Only US Citizens Benefit: The UK has dropped its demand for Apple to provide backdoor access to encrypted data of Americans, but this policy does not cover UK citizens or users from other countries.
• UK Privacy Erosion Continues: British Apple users cannot use ADP and remain subject to government access requests via warrant.
• Global Precedent Avoided – For Now: The carve-out for US citizens prevents a dangerous global precedent, but the underlying surveillance powers remain in place for UK residents and others.

What forced the UK government to change stance?

US Director of National Intelligence Tulsi Gabbard announced in August 2025 that the UK had withdrawn its mandate requiring Apple to create a “backdoor” that would have compromised the encrypted data of American citizens. This agreement resulted from months of diplomatic negotiations involving President Donald Trump, Vice President JD Vance, and UK officials.

The resolution came after intense pressure from US lawmakers who accused the UK of conducting what they called “a foreign cyberattack waged through political means” and threatened to remove the UK from the Five Eyes intelligence sharing network. Such removal would have meant UK security services would not have access to key intelligence to protect against foreign threats.

What UK users lost – and won’t get back

The UK government’s original demand, issued through a secret Technical Capability Notice under the Investigatory Powers Act in January 2025, targeted Apple’s Advanced Data Protection (ADP) feature. This opt-in service provides end-to-end encryption for iCloud data, ensuring that only users can access their stored photos, messages, backups, and other sensitive information. Once encrypted, not even Apple can access the stored data.

In response to the government order, Apple withdrew ADP from UK users in February 2025. The company stated it was “gravely disappointed” but maintained its position: “We have never built a backdoor or master key to any of our products or services, and we never will”.

Limited protection for UK citizens

The new UK-US agreement specifically protects only American citizens’ data. Recent court documents from the Investigatory Powers Tribunal reveal that the UK’s demands remain active and “are not restricted to the UK or users of the service within the UK; they are applicable globally concerning the relevant data categories of all iCloud users”.

This means:

• UK users cannot activate ADP if they haven’t already enabled it
• Existing UK ADP users will eventually be forced to disable the feature to continue using their iCloud accounts
• Non-US citizens worldwide remain potentially subject to the UK’s data access demands

Put simply, the new exemption applies only to US citizens. Everyone else, no matter where they live in the world, could still be subject to access requests from the UK government.

What data remains protected

The ADP withdrawal doesn’t affect all Apple encryption. Core communication services like iMessage, FaceTime, and iCloud Keychain remain end-to-end encrypted globally, including in the UK. Additionally, 14 other iCloud data categories maintain their default encryption.

However, nine critical data categories that were previously protected under ADP now use standard encryption that Apple can access and potentially share with authorities under legal warrants:

• iCloud Backup
• iCloud Drive  
• Photos
• Notes
• Reminders
• Safari Bookmarks
• Siri Shortcuts
• Voice Memos
• Wallet Passes
• Freeform

The broader privacy implications

Privacy experts warn that the UK’s approach sets a dangerous global precedent. In her submission to the US Government, Caroline Wilson Palow from Privacy International noted: “The current state of play threatens the privacy and security of Americans, and indeed people worldwide, by undermining the crucial protection of encryption”.

In his opinion piece for WebSecurityLab, David Odes wrote, “Any vulnerability created for “good guys” can—and eventually will—be exploited by adversaries”. He goes on to explain that “Once the infrastructure exists, history indicates that it will be exploited [by governments].”

What this means for UK Apple users

UK users now have weaker privacy protections than Apple customers in most other countries. While the company successfully negotiated protection for US citizens through diplomatic channels, no similar protections exist for British users or other global customers.

Apple has not indicated any timeline for potentially reinstating ADP in the UK. And the government has not confirmed whether it will modify or withdraw its demands for non-US citizens. The Investigatory Powers Tribunal is scheduled to review Apple’s legal challenge in early 2026, but this process may not restore the privacy protections UK users have lost.

For UK users concerned about data privacy, cybersecurity experts recommend considering alternatives. These include disabling iCloud backups entirely or switching to third-party services with stronger encryption protections.

So although the UK’s concession marks a rare victory for transatlantic privacy rights, it is a narrow one. And UK citizens should not expect a return to strong encryption or privacy controls anytime soon.

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Earlier this month, OpenAI released GPT 5, which they market as the company’s best AI system. OpenAI has hailed the new GPT update as its smartest, fastest, most useful model yet. The AI organization says the latest update is better than older variations, such as GPT 4o, because it features improved performance across multiple disciplines, including coding, math, writing, health, and visual perception. The new update can recognize whether users need a quick response or require a deeper and more advanced expert-level answer. OpenAI strongly believes that GPT 5 is more effective and significantly better than GPT 4o and is a solid contender to alternatives such as xAI’s Grok and Google’s Gemini. 

Key takeaways

• The new GPT 5 was announced on August 7th, 2025, and was immediately deployed in OpenAI’s ChatGPT bot
• The key differences between GPT 5 and GPT 4o consist of improved performance that is beneficial when the updated system is tasked with real-world queries
• With the launch of GPT 5, OpenAI continues its quest against other strong contenders such as Grok and Gemini
• GPT 6 is already in development, and OpenAI’s CEO, Sam Altman, wants it to focus on personalization 

When was GPT 5 launched? 

The new product by OpenAI was released on August 7th, 2025. The announcement came in the form of a blog post published on OpenAI’s main page and a live stream that highlighted the improvements. 

What are the key differences with GPT 4o?

OpenAI claims plenty of differences between the older system and the new one. Those revolve around the system’s ability to deal with real-world questions. Bots backed up by GPT 5 can be better at reasoning and context, and can also provide more adequate support on queries that include texts and images. GPT 5 is built to be faster and more efficient, and less prone to hallucinations. With better accuracy and a unified system, GPT 5 does not require manual model selection and uses a real-time router to choose between rapid responses and deep-thinking answers.  The new additions also include improved tone and personality of the bot, which aim to make the system’s responses more human-like. 

You might be interested in: How ChatGPT changed the world – a timeline

How does GPT 5 stack against other AI solutions?

Direct comparison is almost impossible due to the different methodologies used to evaluate the products. Still, generally speaking, OpenAI GPT 5’s top competitors are xAI’s Grok and Google’s Gemini. Each AI solution offers different perks depending on what matters most for the user; for instance, xAI is considered to provide more truth-focused responses. At the same time, GPT 5 is a solid choice for folks who value versatility. 

Do consumers need to do anything to use GPT 5?

Apart of updating the apps backed by GPT 5, users are not required to take any specific action to benefit from the update. The new system was automatically rolled out to ChatGPT users. OpenAI has confirmed that some paid users can revert to the “legacy model” GPT 4o. However, they are encouraged to use the improved version instead.

What to expect from GPT 6? 

Sam Altman has already confirmed that the new system is in development and will focus on enhanced memory. OpenAI wants the bot to answer questions correctly. It also aims for the bot to remember and understand its users. The goal is to create a more personal experience between humans and AI. Sam Altman plans to make GPT 6 compliant with government requests to maintain ideologically neutral grounds when federal government clients use the technology.

GPT 5 is accessible on various devices and platforms. Users can use it on both Android and iOS devices, as well as on PCs, laptops, and Macs. It is entirely up to the user how they get access to GPT 5-powered solutions. While having AI available is undoubtedly a plus, having strong antivirus software on all connected devices is an absolute must. There are solutions out there built to withstand some of the worst cyber-attacks.

Continue reading: How to protect your personal data when using ChatGPT and generative AI

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UK ends push to force Apple to create iCloud backdoor for US citizens’ data after US opposition

Introduction

For months, the UK government attempted to compel Apple to create a technical “backdoor” that would have granted British authorities access to encrypted iCloud data – including files belonging to US citizens. The UK issued a secret legal notice in January 2025 under the Investigatory Powers Act (IPA), requiring Apple to modify its encryption so law enforcement could access protected user data, even for non-UK residents. 

Apple responded by disabling its Advanced Data Protection (ADP) feature for UK customers, a specialized tool for encrypting data in such a way that even Apple couldn’t access it. However, following intense diplomatic pressure from the United States, including direct involvement from President Donald Trump and Vice President JD Vance, the UK has now withdrawn its demand. 

The US Director of National Intelligence, Tulsi Gabbard, has confirmed the UK’s retreat, stating the decision protects Americans’ civil liberties and upholds the longstanding principle that neither country should force tech companies to undermine each other’s citizens’ privacy.

Key takeaways

• The UK government secretly ordered Apple to create a backdoor for encrypted iCloud data, affecting users globally, including US citizens.
• Apple resisted, disabling its strongest encryption feature (ADP) for UK users rather than comply.
• The US government intervened, leading to the UK dropping its demand after high-level diplomatic talks.
• This reversal highlights ongoing tensions between national security demands and global digital privacy rights.

What did the UK Government demand from Apple?

Why did the UK demand a backdoor?

The UK’s Home Office issued a Technical Capability Notice (TCN) in January 2025 under the IPA. This legal instrument allowed the government to require companies to alter their systems for law enforcement or intelligence purposes. 

The notice specifically targeted Apple’s end-to-end encrypted iCloud backups, seeking a way for authorities to access data – even if the user was not a UK resident. The order was kept secret until Apple’s public appeal and subsequent media coverage brought it to light.

How did Apple respond?

Apple strongly opposed the UK’s demand. The company emphasized that it has “never built a backdoor or master key to any of our products or services, and we never will.” 

Rather than comply, Apple withdrew its ADP feature from the UK in February 2025, meaning British users lost access to its highest level of cloud encryption. Apple also began legal proceedings to challenge the order’s legality, arguing that creating such a vulnerability would endanger user privacy worldwide.

US Government steps in

Why did the US object?

The US government viewed the UK’s demand as a direct threat to the privacy and civil liberties of American citizens. Under the CLOUD Act, the US and UK have agreed not to force tech companies to hand over each other’s citizens’ data without proper legal process and oversight. 

US officials, including Director of National Intelligence Tulsi Gabbard, warned that complying with the UK’s order would set a dangerous precedent that would encroach on US citizens’ civil liberties.

Diplomatic pressure and resolution

High-level talks between the US and UK, involving President Trump, Vice President Vance, and Prime Minister Keir Starmer, culminated in the UK agreeing to withdraw its backdoor demand. Gabbard publicly announced the UK’s reversal on social media, crediting months of negotiations for protecting Americans’ encrypted data from foreign government access. 

The UK government has not officially commented on the outcome, but sources indicate the diplomatic pressure left London with little choice but to back down.

What does this mean for user privacy?

Implications for encryption and privacy

The episode underscores the fragile balance between national security and individual privacy in the digital age. Privacy advocates and security experts warn that any backdoor, even if created for lawful purposes, could be exploited by malicious actors. 

The UK’s retreat is a victory for privacy rights, but the legal framework allowing such demands remains in place, leaving the door open for future conflicts.

What happens next for UK Apple users?

It is unclear whether Apple will restore ADP for UK customers now that the backdoor demand has been dropped. The company’s legal challenge may still proceed, and privacy campaigners continue to call for reforms to UK surveillance laws to prevent similar demands in the future. 

For now, the immediate threat to global encryption standards has been averted, but the debate over government access to private data is far from over.

Conclusion 

The UK’s attempt to force Apple to create a backdoor into iCloud data, potentially affecting millions of users worldwide, has ended in retreat after sustained US diplomatic pressure. This case highlights the complex interplay between national security, international law, and the right to privacy in an interconnected world. 

While the immediate crisis has passed, the underlying legal and ethical issues remain unresolved. 

The post UKGovernment Drops Demand for Apple iCloud Backdoor After US Pressure appeared first on Panda Security Mediacenter.

The overall wireless usage has continued its steady growth in 2025 and is not planning on slowing down anytime soon. Americans continue to take advantage of wireless communications as people become more reliant on smartphones and other wireless-connected devices such as smartwatches, tablets, and even cars. Wireless carriers continue to report an uptick in usage times, which is a call for improvements in the already-strained telecom networks and a sign that more partnerships with satellite companies are needed to keep up with the demand.

Satellite-to-mobile technology is already successfully implemented and is reducing stress on traditional ground networks. T-Mobile recently started a collaboration with Starlink, and the CTIA reported that over half a million messages and over a hundred wireless Emergency Alerts were distributed during the latest hurricanes and wildfires across the USA. Verizon and AT&T are also experimenting with the integration of satellite technology.

Key takeaways 

• All three major carriers are continuing to experience an increase in wireless usage in 2025
• T-Mobile first deployed a widely available satellite-to-mobile technology powered by Starlink 
• Both Verizon and AT&T are experimenting with the integration of satellite technology and offer similar services
• Improvements in wireless technology infrastructure and partnerships with companies that offer satellite-to-mobile solutions are necessary to meet customer demand
• WhatsApp, AccuWeather, X, and AllTrails will soon be accessible via satellite internet

Will wireless usage slow down in 2025 and 2026?

It’s highly unlikely for wireless usage to decrease in 2025. People are becoming increasingly reliant on connected devices, and the demand for more wireless communications is likely to increase. The need for reliable communications becomes evident not only during rush hour but also when natural disasters hit and incapacitate local critical infrastructure. People’s demand for more data will continue to rise, and satellite internet will be of crucial importance during disasters. 

Who is the frontrunner in the satellite-to-mobile race right now?

T-Mobile is the wireless network that is the current frontrunner in the satellite-to-mobile implementation. The company struck a deal with Starlink and, after six months of beta testing, presented what they call “T-Satellite”. The service utilizes over 650 Starlink satellites that enable some T-Mobile users with newer phones to communicate with the rest of the world, even in areas with no regular coverage. 

Does the satellite technology come with limitations?

It does come with limitations, as not all smartphones can take advantage of it. Only newer smartphone models are compatible with the latest technology, which is, in some cases, limited to a specific type of wireless device, such as Android. While Verizon and AT&T have also recently confirmed partnerships with Starlink, they have also been experimenting with other solutions over the last few months. These alternatives were not able to provide satellite connections to Apple users. Luckily, both carriers are catching up well, as the solution became available to Apple users, too.  

How are increased wireless usage expectations going to be met in the future?

As people continue to upgrade their devices, more and more folks will have access to satellite wireless communication. Starlink is also continuously deploying more and more satellites to Earth’s lower orbit. Wireless carriers are undoubtedly going to continue to improve their on-ground infrastructure, too. 

What type of data can be transferred from mobile to satellite connections? 

Main priority is given to communication during natural disasters and SOS communications. Currently, messages-to-911 and direct-to-cell messaging services are available. However, by the end of the year, more apps will be adjusted so they can be utilized in areas with no regular wireless coverage. The list of applications that will likely be satellite-data friendly includes apps such as AllTrails, AccuWeather, WhatsApp, and even X.

The improvements and availability of satellite technology do not mean that we will see the end of wireless dead zones. However, the recent market improvements indicate that the industry is moving in the right direction, with an increasing number of solutions being introduced worldwide and satellite connections becoming more mainstream. However, being connected all the time, without any exceptions, also means that hackers could target anything anywhere… even if you are in the middle of nowhere, you could still potentially be a target of a cyberattack or government surveillance as your devices continue to be connected. Being prepared and ready to fight back against cyber criminals with antivirus software tools continues to be a must. 

The post Is wireless usage increasing in the USA, and how is satellite connectivity helping? appeared first on Panda Security Mediacenter.

Two of the most consequential antitrust lawsuits in recent history, FTC v. Meta and US v. Google, are currently unfolding in U.S. federal courts, targeting the business practices of the world’s biggest tech giants. These cases address critical questions about competition, market power, and consumer choice in the digital age. For users, regulators, and industry observers, the outcomes could reshape the landscape of social media, online advertising, and search for years to come.

Key Takeaways

• FTC v. Meta centers on allegations that Meta (formerly Facebook) illegally maintained a social networking monopoly by acquiring Instagram and WhatsApp.
• US v. Google accuses Google of monopolizing both the search engine and digital advertising markets through exclusionary contracts and technical integrations.
• Both cases could result in the tech companies being forced to sell off some of their products and services, fundamentally altering how they operate and compete.
• The trials have sparked intense debate among legal experts about the definition of digital markets and the future of antitrust enforcement.

What Are the FTC v. Meta and US v. Google Lawsuits?

There are two major lawsuits targeting Big Tech – and the outcomes could have significant implications for the whole technology industry.

FTC v. Meta: Did Acquisitions Create a Social Media Monopoly?

The Federal Trade Commission’s lawsuit against Meta alleges that the company’s acquisitions of Instagram and WhatsApp were part of a deliberate strategy to eliminate emerging competitors and cement Meta’s dominance in the personal social networking market.

Acquiring these competitive threats has enabled Facebook to sustain its dominance to the detriment of competition and users. Meta no longer competes on its merits, but by acquiring its rivals, the FTC argued.

As part of their lawsuit, the FTC is seeking to force Meta to sell Instagram and WhatsApp. This breakup could disrupt the company’s massive advertising business and reshape the social media ecosystem.

According to the US Government, Meta’s “buy or bury” approach stifled innovation and consumer choice. They reference internal emails where CEO Mark Zuckerberg discussed the need to neutralize a potential competitor.

Meta’s defence claims it faces robust competition from platforms like TikTok, YouTube, and Apple’s iMessage, arguing that the FTC’s market definition is too narrow and outdated. Arguing for Meta’s define, Mark Hansen called the FTC’s approach indefensible because the FTC is using a social media market definition it created that excludes TikTok, YouTube, and Apple’s iMessage.

 “The monopoly power question really ought to be answered according to whether or not Meta’s customers feel locked in,” said Rebecca Allensworth, antitrust law professor at Vanderbilt, “I think we have plenty of evidence of that. We would call that direct evidence of monopoly power.”

 

US v. Google: Search and Ad Tech Under Scrutiny

The Department of Justice’s lawsuit against Google accuses the company of illegally monopolizing both the search engine and digital advertising markets. The DOJ argues that Google’s contracts with device makers and browsers ensured that Google remained the default search engine, suppressing competition and innovation.

As part of his ruling on the case, Judge Amit Mehta wrote, “Google is a monopolist, and it has acted as one to maintain its monopoly.”

 

In the ad tech case, Judge Leonie Brinkema found that Google deliberately engaged in a series of anti-competitive behaviors to obtain and sustain monopoly power in online advertising technology.

Google enjoys an 89.2% share of the market for general search services, which increases to 94.9% on mobile devices, according to the court’s findings. The court found Google unlawfully tied its ad server (DFP) to its ad exchange (AdX), disadvantaging rivals and reducing transparency in the digital ad market. These exclusive agreements have harmed consumers by foreclosing 50% of the general search services market by query volume. This enabled the company to raise ad prices and limit rivals’ revenues.

These two cases represent the most significant antitrust confrontation in the past 25 years. The final rulings could shake up the internet. They may also hobble one of the world’s best-known companies: Google.

Conclusion

The outcomes of FTC v. Meta and US v. Google will have far-reaching implications for consumers, competitors, and the future of digital markets. It will be fascinating to see what the final rulings decide about competition and monopoly power in the tech sector.

The post FTC v. Meta and US v. Google: The Landmark Antitrust Lawsuits Shaping Big Tech appeared first on Panda Security Mediacenter.

Yes, it does; as of June 2025, the U.S.’s air traffic control (ATC) system continues to rely on decades-old technology that includes floppy disks and dated operation systems such as Windows 95. Although the technology has been around for over thirty years and continues to serve impeccably, the Federal Aviation Administration (FAA) has announced plans to modernize its equipment. The upgrades planned for the FAA are part of a significant push. This push aims for the USA to improve all parts of the country’s critical infrastructure.

Key takeaways:

• To this day, air traffic control in the USA utilizes outdated technologies, such as Windows 95 and floppy disks. 
• The government is working to modernize technology and bring the country’s critical infrastructure into the 21st century.
• The lack of upgrades over the last decades is explained by efficient operations and the inconveniences/challenges caused by modernization attempts.  
• Air transportation is not the only critical infrastructure segment that needs attention and innovation.

Is there a need for modernization?

There are several reasons. The primary one is that the systems are becoming unsustainable. And they are starting to become irreparable. The lack of spare parts, along with dated technology, can be a terrible combination. Technology from the 20th century is also a security risk, as bad actors may try to exploit old loopholes. Even though there are no known major incidents caused by outdated technology, it is not uncommon for old equipment to be blamed for service faults. Old infrastructure is sometimes cited as a reason for travelers experiencing grounded flights, and it is undoubtedly a contributing factor to flight departures being delayed or even stopped.

Why the delay in innovation?

With the USA being at the forefront of technology, people might wonder why the government has not done more over the years. However, it is essential to note that critical infrastructure cannot afford to experience significant downtime. A simple system restart or update can be plagued by a multitude of technical problems and cause hours of delay. Similar to health organizations that often get targeted by hackers because they lack updates or proper technology support, as they need to be available 24/7, some FAA systems cannot shut down without significant implications for travelers. 

What other parts of U.S. critical infrastructure need attention?

There are numerous needs to be addressed in the nuclear, electricity, water treatment, telecoms, as well as other transportation sectors. For example, San Francisco’s Municipal Transportation Agency also partially operates on floppy disks. The statement may sound ludicrous, considering the crime-ridden city is often regarded as the tech capital of the world. Still, it is a fact that their transportation system is also in dire need of innovation. The city government plans to modernize its train service within the next five years.

The United States is a beacon of technological innovation. The land of the free is home to some of the world’s largest tech conglomerates and has established itself as a top technological powerhouse through its advancements in various sectors, including space exploration and defense. However, it is also a fact that even the most advanced country needs improvements and proper maintenance. Even though systems work okay with minor problems on Windows 95 and floppy disks, it is likely time to upgrade the country’s most critical sectors.
This includes bringing the ATC’s technology into the 21st century. One thing everyone agrees on is this: travelers need a reliable, robust, and durable air transportation system. Such a system could be maintained by improvements in the technology used by ATC.

Continue reading: How to block AI from your social media apps

The post Does U.S. traffic control still use floppy disks? appeared first on Panda Security Mediacenter.

Introduction

Holding personal data, conversations, and sensitive information, our smartphones are indispensable. But this also makes them prime targets for spyware and unauthorized monitoring. One report suggests that nearly 3 out of every 1000 smartphones is already infected with malware.

But how can you tell if your phone has been hacked? And what can you do about it? In this article we’ll show you what to look for and how to deal with it.

Key takeaways

• Increased data usage, unusual account activity, and slower performance may indicate a malware infection. 
• Prevent spyware by using security tools, keeping your device updated, and avoiding third-party apps. 
• Take action if infected by changing passwords, enabling two-factor authentication, and running malware scans. 
• Perform a factory reset as a last resort to remove persistent spyware.
• Stay vigilant to maintain your digital security.

You might be interested in: How to Make Strong Passwords: Best Internet Safety Practices

How can you tell if someone is spying on your phone?

Detecting spyware or unauthorized access on your phone starts with noticing unusual behavior. Here are some signs that may indicate your device is being monitored, tracked, or tapped.

Increased data usage

If your monthly mobile data usage suddenly spikes without a clear reason, it could be a sign of spyware. Spy apps often use your cellular network to transmit collected data, leading to unexpected increases. 

Unusual activity on linked accounts

Suspicious logins or activity on platforms like Google, social media, or iCloud may indicate a breach. For Apple users, flaws in iCloud security could allow access to linked accounts when using saved credentials. If you notice odd behavior, immediately change your passwords and review login activity to secure your accounts.

You might be interested in: Do iPhones Need Antivirus Software? iPhone Security Considerations + Safety Tips

Weird pop-ups

Receiving unfamiliar push notifications or fake virus alerts could signal adware or phishing attempts. While cookie messages or ad blocker prompts are common, totally unknown pop-ups from untrusted sources are a red flag. 

Slower phone performance

A noticeable slowdown in your phone’s performance, even on newer devices, might be caused by spy apps consuming processing power. While aging devices naturally slow down, persistent sluggishness warrants investigation. 

Random reboots

Frequent, unexpected reboots without your input or a major error are concerning. These could indicate a hacker has gained remote access with admin rights, using reboots to execute malicious tasks. If your phone is not overheating, it’s probably a security breach.

Longer or impeded shutdowns

If your phone takes an unusually long time to shut down or refuses to turn off, spyware might be interfering. Malicious apps are often designed to prevent shutdowns to maintain access. If you notice this issue, search for suspicious apps that could be the culprit.

Blocked emails

Emails to friends or coworkers being flagged as spam or blocked by firewalls could mean malware is infecting your messages. Hackers may also gain access to your email account to send spam, causing legitimate emails to be flagged.

Random wake-ups

If your phone’s screen lights up without notifications or incoming calls, it might indicate background processes from spyware. While legitimate apps can cause this, consistent unexplained wake-ups suggest you should check for malicious software on your device.

Interference with other devices

Hearing static or buzzing from nearby electronics when not on a call could be a sign of spyware. These apps can cause interference when recording audio or transmitting data. 

Strange noises during phone calls

Unexplained echoes, static, or distant voices during calls may indicate interception due to poor encryption or spyware. Modern phones use noise cancellation, so persistent audio glitches, even after restarting the call, could mean your security is compromised.

Weird texts

Receiving strange text messages with odd symbols or typos, or noticing sent messages you don’t recall, could point to spyware control messages. If this happens consistently, it’s likely a hacker has taken over your device.

Faster battery drainage

If your phone’s battery drains more quickly than usual without new apps or heavy usage, spyware might be to blame. These apps consume significant power to record or transmit data. 

Warm battery when not in use

Your phone should cool down when not in use. While occasional overheating can occur, regular heat during idle periods suggests spyware or stalkerware running in the background, straining your device’s resources.

Autonomous app storage permissions (Android)

On Android devices, if apps are granted storage permissions or installed outside the official store without your consent, spyware could be present. Check Settings > Storage Permissions for unfamiliar apps with data access and remove them if suspicious.

You might be interested in: Do I Really Need Antivirus for an Android Phone?

Bad screenshot quality

Spyware like keyloggers can interfere with basic functions, including screenshot quality. If lag or performance issues affect screenshots, it might indicate something is wrong.

Malfunctioning autocorrect

If autocorrect starts behaving oddly or delays persistently, a keylogger might be tracking your typing. Spyware often targets keyboards, so any unusual typing behavior should prompt a security check.

Conclusion

Keeping your phone spyware free is paramount in protecting your personal and professional life. By recognizing signs of spying, such as data spikes, unusual account activity, and performance issues, you can act quickly to safeguard your privacy. Prevent spyware infections by keeping your device updated, avoiding third-party apps, and using robust security tools. 

If you suspect a breach, change passwords, enable two-factor authentication, and perform a malware scan. Check out our guide How to Remove a Virus From Your Android Phone in 4 Simple Steps for more guidance.

Finally, consider a factory reset as a last resort. 

Your checklist for phone security

• Monitor data usage for unusual spikes  
• Check linked accounts for suspicious activity  
• Update your device and apps regularly  
• Avoid third-party app downloads  
• Enable two-factor authentication  
• Run malware scans if spying is suspected  
• Perform a factory reset if all else fails

By following these steps, you’ll be better equipped to detect and prevent spying on your phone, ensuring your digital life remains private and secure.

Continue reading: Data Privacy: A Guide for Individuals & Families

The post Is my phone infected with spyware? How to tell appeared first on Panda Security Mediacenter.

Smartphones play an integral part in our daily lives these days. They carry our personal information, financial details and our connection to the digital world. This makes them a gold mine for mobile data mining, phishing schemes and virus infections. 

Today, with more than 4 billion smartphone users in the world, your phone may be vulnerable to digital threats lurking on the internet, with Android users facing particularly high risk. So how do you know if your phone has a virus? Note any signs of suboptimal performance and work through the following guide on how to remove a virus from Android phones.

Can Android Phones Get Viruses?

Android phones can get a virus. As the popularity of smartphones exploded beyond that of computers as personal devices, hackers created new ways to infect and impair them. Unlike traditional viruses, which replicate themselves while running, mobile malware and viruses on mobile devices target weak points within your operating system for data mining, financial gain or network corruption.

Data-sharing capabilities are typically blocked between applications, but some apps have been scrutinized for speculations of mishandling data, making their users increasingly vulnerable to these types of attacks. On top of that, Android phones use open-source code, making them more customizable than other smartphones like iPhones, and therefore easier targets for hackers.

What Malware Can Do to Android Phones

The most common types of mobile viruses targeting Androids are adware, ransomware, spyware, trojan horses, and worms. The term “virus” is now widely used to describe almost any kind of security risk, but it is a specific form of malware. 

These harmful programs are designed to gain access to your Android phone, retrieve personal information, increase your data usage and damage the device. Some are even designed to trick you into providing all of that information yourself.

As for where they come from, the internet is a virus’s natural habitat. Legitimate applications, fake emails, infected attachments and many other digital landscapes are perfect grounds for viruses to hide.

Malware can damage an Android phone in many ways. It can affect battery performance, causing the device to overheat and leak data. They can also cause lag and performance issues, nonresponsiveness and random shut-downs. 

• Adware: While some pop-ups are an expected part of everyday advertising, an influx can be a sign of adware. At best, it’s an irritation. At its worst, it can track activities and root your device to steal data.
• Ransomware: Ransomware encrypts personal information so the user can’t access it. A ransom is then demanded for files to be released.
• Spyware: Spyware is often attached to seemingly legitimate applications. It then loads itself onto your device to spy on and track your activity, location, usernames and passwords.
• Trojan horse: A trojan horse on your cell phone may appear as a text message. From there, trojans will send messages at a premium, often increasing your phone bill. These types of viruses can also connect themselves to legitimate-looking apps.
• Worm: Another virus spread by texts, a worm doesn’t need user interaction to wreak havoc. Its main goal is to spread to as many devices as possible so hackers can load malware onto your phone and steal data.

9 Signs Your Phone Has a Virus

While many viruses will simply limit the function of your phone, some are created to steal and remove data, transfer malware onto more devices or make unauthorized purchases. 

Because mobile malware can run dormant while you use your phone as usual, you may not recognize or know you have a virus immediately. Plus, some suboptimal performance issues are normal symptoms of wear on a phone. However, these symptoms can also be a sign of malicious malware at work.

These nine signs are an indication that your phone may have a virus:

1. Excessive data usage: Undetected viruses running in the background of your phone may significantly increase data usage.
2. Unauthorized charges: Some forms of trojans may drive up your phone bill with in-app purchases and text charges to premium accounts, which hackers can then collect on.
3. Apps crashing: Apps may repeatedly crash if your mobile software is compromised. Before searching for a virus and assuming the worst, check that your storage isn’t full and you don’t have too many apps running simultaneously.
4. Unusual search engines: Many people have a primary search engine they use for search queries. If your searches are being answered by new or unrecognizable search engines, this could be a sign that a virus has infected your phone.
5. Pop-ups: While some pop-ups are a normal function of advertising while browsing the web, if your browser is closed and you’re experiencing increased pop-ups, you may be experiencing adware, a type of malware whose goal is data mining.
6. Increased battery drain: You may experience an inexplicably quick drain on your battery with the increased use of your phone’s RAM if a virus is running in the background.
7. Unrecognizable apps: When you see unrecognizable or fake apps that were mysteriously downloaded, they may be malware. Trojan horses can also attach themselves to legitimate applications and cause further damage.
8. Overheating: Malware can consume RAM and CPU quickly, causing your phone to overheat. While occasional overheating may be normal, a chronic issue could be a signal that there’s something more dangerous afoot.
9. Fraudulent linking: Malware may gather sensitive data and attempt to infect your contacts by sending dangerous links and attachments through texts, emails or social media messages.

How to Remove a Virus From an Android Phone

Android phones have more potential for customization. Because of its open-source code, Android devices are very easy to access and manipulate on a software level. This makes them vulnerable to malware attacks. Antivirus software is the most fail-safe way to protect your Android from viruses in the first place. However, there are four simple steps to remove a virus from an Android phone.

Here’s how to remove malware from Android devices:

Step 1: Clear the Cache

The first item on your checklist is your browser. If you visited suspicious sites, some data will still be stored. Navigate to settings and select Apps & notifications. Next, find your browser of choice (in our example, we use Chrome). Go to its storage and select Clear cache.

Step 2: Reboot the Device

Press and hold the power button. When the dialogue box appears, choose reboot to safe mode. The term “safe mode” should appear in the corner of your screen after rebooting.

Step 3: Find Suspicious Apps

Open your settings. Select Apps. Tap See all apps and enter Installed apps in the dropdown menu. Manually review applications to find any suspicious downloads. Once identified, open the app information and uninstall or force close it. After this step, you can restart your phone like normal.

Step 4: Enable Play Protect

The most secure way to protect an Android against a virus is by installing an antivirus, but Play Protect can be used as a secondary protection measure. To enable this built-in software, enter the Google Play Store app and open the menu under your avatar. Choose to activate Play Protect so it can scan your device for security threats.

As a last resort, you can wipe your device and reset it to its factory settings. If this is your only choice, make sure all of your important documents, pictures and information are backed up to a more secure device or the cloud.

While security measures like Play Protect reduce the chances of malware infiltrating your Android, it’s best to use an antivirus so that your device is actively monitored and protected around the clock.

How to Check for Malware on Android Phone

Like vulnerability assessments for large infrastructure systems, it’s important to scan your smartphone for viruses regularly. While many viruses may make your phone act differently than normal, sophisticated viruses can often go virtually undetectable to the naked eye. Here’s how to see if your phone has a virus:

1. Run Regular Scans

Routine scans ensure there’s no unauthorized access or signs of malware on your phone. Installing an antivirus can be the difference between a fancy Android and a plastic brick. Make sure to routinely scan for any strange activity.

2. Check for Suspicious Apps

Go through your installed apps and confirm you recognize all of them. Sometimes, malware is embedded in the form of applications. Uninstall any apps you don’t recognize as quickly as possible before they cause any damage.

3. Examine Battery Usage

It’s fair to say that battery performance is a very common issue with modern smartphones. Just as it could be a sign of wear and tear, it can also indicate that malware is present. Examine your battery usage and see if it fits your screen time. 

4. Monitor Data Usage

Some malware manipulates the amount of data you use by running programs in the background that could bleed your data plan dry. Check your data usage for unexplainable activity and see if you can pinpoint which app it’s coming from.

5. Check Phone Performance

Go through your phone’s performance in settings and consider whether any strange behavior is a sign of an aging Android phone or malware. If this behavior has increased gradually over time, it’s likely the former; if it came on suddenly, do some further investigating.

If you have suspicions your phone may have a virus, removing it and investing in security systems should be a priority. While it may be necessary to wipe and restore your device if the virus is dangerous enough, there are simpler restoration techniques.

How to Remove a Virus From an iPhone

Wondering how to know if your iPhone has a virus?While the Android system is open-source, the iPhone operating system is fairly secure, making it less likely for malware to infiltrate an iPhone than an Android phone. But viruses can still break through closed-coded systems, especially on jailbroken iPhones. If your iPhone gets a virus, there are three steps you can take to remove it.

Step 1: Clear Your Browsing Data and History

First, select Settings. Then choose your primary browser and clear its history and website data. If you regularly use any other browsers, repeat this process for them, too.

Step 2: Restore a Backup Version of Your Phone

Navigate to your phone’s settings, your Apple ID, and then the iCloud. Here, you should select Manage Storage, then Backups. Choose and restore the device to the most recent backup.

Step 3: Reset Your Phone to Its Factory Settings

This option should only be used as a last resort. Open your settings, choose General, find Transfer or Reset iPhone, and choose Erase All Content and Settings. Your phone will be reset to its factory settings.

Resetting your iPhone to its factory settings should always be the last remedy you try since you’ll lose access to any data or files that don’t have backups. Before this, follow the first two steps to remove a virus, install any iOS updates or download additional antivirus software for Mac and iOS devices to help protect your phone from hackers.

9 Tips to Protect Your Phone Against Viruses

Now that you know how to get rid of malware on Android, you can prioritize safe and secure browsing habits going forward.As the first line of defense, antivirus software can protect your phone against malware. If all else fails, regularly backing up your phone will ensure you have a previous version to restore as a fail-safe. However, there are other steps you can take to protect your phone from a virus infection before resetting it becomes an option. 

1. Only download verified apps: There’s no need for you to be patient zero. Avoid third-party app stores and only download apps from verified sources like the Google Play Store or the App Store. Doing so minimizes the risk of installing dangerous apps posing as legitimate software. Always verify the source of the application before installing it.

2. Use secure Wi-Fi networks: Always use protected Wi-Fi or a VPN. Making sure your data is transferred using HTTPS and installing additional security systems deters hackers from interrupting the data flow to and from your phone.

3. Check app permissions: Before downloading an unfamiliar app or allowing it to connect with other apps in your digital sphere, read its terms and conditions. Permission to access personal information, including contacts, or change the terms without notice should never be automatic.

4. Install antivirus software: Antivirus software is the best line of defense against mobile malware. Run the software regularly and remove any threats detected.

5. Update your OS: Operating system updates often patch bugs found in its previous versions. Make sure your phone is always on the latest version.

6. Don’t open suspicious messages: Malware can come in the form of email attachments, texts and links. Don’t click unfamiliar links or messages, as they may be a gateway to phishing sites.

7. Don’t jailbreak your phone: Staying rooted allows necessary updates and patches to your operating system to be installed when they are released. When you jailbreak your phone, you’re vulnerable to holes found in previous versions and the dangers open-source code can pose.

8. Keep passwords secure: Use a password generator to help add a bit of variety to the passwords you use for applications and devices that store your data.

9. Clear your browsing and data history: Clearing your browser and data history can remove suspicious links that may be compelling and unfamiliar.

Some viruses on cell phones are dormant until activated to infiltrate as much user data as possible before being detected. Antivirus software can protect your mobile devices against cyberattacks, and installing an Android VPN on your mobile device can offer additional protection from the instability of open-source codes. 

If you’re wondering how to clean your phone from a virus for free, Panda’s suite of digital security solutions can help you monitor your device around the clock. Stay vigilant when downloading new software to your devices, and understand the performance issues that may be associated with symptoms of mobile malware at work.

Virus on Android FAQ

The flexibility and high level of customization Android phones provide to users is unrivaled. However, it trades in a measure of security in exchange for that open-source nature. A well-informed hacker could overcome its defenses — but a well-informed user could sidestep the issue with the right tools.

Can I Scan My Phone for Viruses?

Yes, regularly scanning your Android phone for viruses and other malware is a crucial step in maintaining your device’s security. In fact, each Android device comes with a built-in security feature called Google Play Protect that can automatically scan apps on your device.

Check your settings to ensure Scan apps with Play Protect is turned on. You can also manually initiate a scan by opening the Google Play Store app, tapping your icon in the top right and selecting Play Protect. You’ll receive a status report, and you can also run a new scan by tapping the Scan button. This precaution can catch a virus on Samsung phone operating systems before it does irreparable damage.

What Android App Removes Viruses?

A good antivirus app can identify and quarantine viruses and digital threats. For example, Panda’s Antivirus for Android is a trusted phone virus cleaner that monitors your device in real time and routinely checks for any malware presence. Visit the Antivirus for Android product page to learn more about the best malware removal Android has to offer.

Will Resetting an Android Phone Remove a Virus?

Yes, resetting an Android phone to its factory settings will remove all data installed, including viruses, suspicious apps and unwanted browser data. This is the most efficient method but is recommended as a last resort. 

How Do You Get Viruses on Your Phone?

You can get viruses on your phone from browsing online and visiting suspicious sites or clicking on pop-ups, texts and suspicious links. You can also get viruses from downloading non-trusted apps and documents.

Can You Get a Virus on Your Phone by Visiting a Website?

Yes, it is possible to get a virus or other malware on your phone by simply visiting a malicious website, although it’s less common than installing a compromised app. This can happen through what are known as “drive-by downloads,” where malicious code is automatically downloaded and installed onto your device without your explicit consent or knowledge, simply by loading the page. 

More frequently, however, visiting a suspicious website can expose you to phishing attempts, unsolicited pop-ups (adware) or trick you into clicking on malicious links that then download malware. Always exercise caution with unfamiliar websites and ensure your browser and operating system are up-to-date to combat known vulnerabilities.

How Can I Protect My Mobile Devices from Malware?

Aside from the obvious (like not opening suspicious messages, attachments or links), there are a few more ways to protect yourself from smartphone malware on an Android:

• Do not connect to unsecured Wi-Fi. 
• Routinely clear your browsing history. 
• Only download verified applications and always check app permissions.
• Ensure your phone is on the latest available version of its operating system.

How Do You Remove a Virus from a Samsung Phone?

Removing a virus from a Samsung phone follows the same general steps as removing a virus from any other Android device, as Samsung phones run on the Android operating system. The process involves clearing your browser cache, rebooting your device into safe mode to isolate the malicious software, manually finding and uninstalling any suspicious applications and finally, enabling or ensuring Google Play Protect is actively scanning for security threats. In severe cases, you can try a factory reset as a last resort. Always consider installing a reputable antivirus app for proactive protection on your Samsung device.

While Android settings don’t offer a direct “virus scan” button, you can effectively check for signs of a virus by observing changes and reviewing information available within your phone’s settings. 

Here’s how to check if your phone has a virus in settings:

• Unusual data usage: Navigate to Settings > Network & internet > Data usage to see if data consumption is unexpectedly high, which could indicate malware running in the background.
• Excessive battery drain: Check Settings > Battery > Battery usage (or similar) to identify apps consuming an unusual amount of power, especially if you don’t recognize them or they appear to be running constantly.
• Suspicious apps: Go to Settings > Apps (or Apps & Notifications) and review your See all apps list for any applications you don’t recognize or didn’t intentionally install. These could be malicious.
• Google Play Protect: Ensure this built-in security feature is enabled. Open the Google Play Store, tap your profile icon and select Play Protect. Here, you can confirm it is active and manually run a scan.

What to Do If You Have a Virus on Your Phone?

If you suspect a virus on your phone, take immediate action to stop the damage and remove the threat. Here’s what to do if you have a virus on your phone:

1. Disconnect from the internet: Turn off Wi-Fi and mobile data immediately to prevent the virus from spreading or sending out your data.
2. Clear your browser cache: Go to your browser’s settings and clear its cache and data. This can remove malicious scripts or downloaded components.
3. Reboot into Safe Mode: This mode prevents third-party apps from running, allowing you to isolate and remove the virus. Press and hold the power button, then tap and hold the Power off option to make the Reboot to Safe Mode prompt appear.
4. Identify and uninstall suspicious apps: In Safe Mode, go to your phone’s settings (Apps or Apps & Notifications) and look for any unfamiliar or recently installed apps. Uninstall them.
5. Run Google Play Protect: After removing suspicious apps, reboot normally and then open the Google Play Store, go to Play Protect and run a full scan.
6. Install a reputable antivirus app: For ongoing protection and a thorough scan, download and install a trusted antivirus application from the Google Play Store.
7. Change passwords: If you suspect data compromise, change passwords for all important accounts (email, banking, social media).
8. Factory reset (last resort): If the virus persists or your phone remains unstable, a factory reset will wipe all data and return your phone to its original state, effectively removing even stubborn malware. Remember to back up important data beforehand if possible.

Sources: Threat Insight Report | IDG | Khalifa University | University of Cambridge | Hong Kong University

The post How to Remove a Virus From Your Android Phone in 4 Simple Steps appeared first on Panda Security Mediacenter.

Have you ever hit your data cap unexpectedly or noticed your internet slowing down after a long streaming session? For many home users, streaming can quickly eat up data, leading to frustrating slow speeds or overage charges. Whether you’re binge-watching TV shows, streaming music or gaming online, it’s important to understand how much data you’re using.

In this guide, we’ll break down the factors that affect streaming data usage and share tips on how to manage it so you can enjoy your entertainment without worrying about data limits.

Understanding Streaming Data Usage vs. Internet Speed

Data usage refers to the amount of data consumed during streaming (measured in gigabytes or gigabits), while internet speed is how fast that data is transferred.

Streaming refers to the seamless delivery of multimedia content over the internet. It encompasses video consumption (Netflix, YouTube), music (Spotify, Apple Music) and gaming (mobile gaming, cloud gaming platforms).

Factors That Affect Streaming Data Usage 

When streaming, data usage can vary considerably depending on a few key factors.

Resolution:
The higher the resolution of the content you’re watching, the more data it will use. Streaming in 4K or HD looks great, but it comes at a cost — those crisp visuals require much more data than standard definition (SD).

Bitrate:
Bitrate is essentially the amount of data processed each second during playback. A higher bitrate means better quality, but it also means your data usage goes up. Even at the same resolution, a video with a higher bitrate will use more data.

Streaming duration:
This one’s pretty straightforward — the longer you watch, the more data you’ll burn through. A quick 10-minute video won’t have much of an impact, but hours of streaming can add up quickly.

Popular Streaming Services and How Much Data They Consume

Let’s go over the data consumption rates of popular streaming services to help you make informed decisions about your entertainment habits. By knowing how much data different platforms consume at various video quality settings, you can optimize your experience to align with your data plans and preferences. 

How Much Data Does Streaming Music Use? 

Streaming music doesn’t use as much data as video, but it can still add up — especially on limited mobile plans. Here’s a quick breakdown of typical data usage by audio quality:

• Low-quality audio (best for podcasts and talk radio): ~43.2 MB per hour
• Average-quality audio (suitable for general music and audiobooks): ~115.2 MB per hour
• High-quality audio (for detailed music listening): ~144 MB per hour

Most streaming services adjust audio quality based on your internet connection, so your actual usage may vary slightly.

To give you an idea, a 2 GB mobile data plan allows for roughly 17 hours of high-quality audio streaming.

Different platforms, like Spotify, Apple Music and Pandora, have varying data usage depending on the quality settings. As a rule of thumb, higher quality equals more data.

When streaming audio, conserve data by opting for lower-quality settings and downloading music for offline listening. Monitor your data usage regularly to avoid exceeding your plan limits.

How Much Data Does Streaming TV Use Monthly?

Streaming live TV can consume varying amounts of data depending on the video quality and duration of viewing. Here are some estimations of how much data streaming live TV typically uses at different definitions:

• SD: approximately 0.7 GB to 1 GB per hour
• HD: roughly 1.5 GB to 2.5 GB per hour
• UHD/4K: around 7 GB to 10 GB per hour

To provide a clearer picture, let’s estimate monthly data usage based on typical viewing habits. The average American watches approximately three to four hours of digital video per day. If we take a conservative estimate of three hours of streaming TV daily for a full month (30 days), here’s how much data that could consume:

• For Standard Definition (SD) streaming (using an average of 0.85 GB/hour): 0.85 GB/hour × 3 hours/day × 30 days/month = 76.5 GB per month
• For High Definition (HD) streaming (using an average of 2.0 GB/hour): 2.0 GB/hour × 3 hours/day × 30 days/month = 180 GB per month
• For Ultra High Definition (UHD/4K) streaming (using an average of 8.5 GB/hour): 8.5 GB/hour × 3 hours/day × 30 days/month = 765 GB per month

These figures represent single-device usage. It’s crucial to remember that if multiple devices in your household are streaming simultaneously, your total data usage will increase exponentially. For example, if two family members are watching HD content on separate devices for three hours a day, your household could easily consume around 360 GB of data in a month.

When determining how much data you need to stream live TV, it’s essential to consider several factors that can impact data usage:

• Number of devices: The number of devices streaming simultaneously can significantly impact data usage. Each device will consume data independently, so streaming on multiple devices will increase overall data usage. For example, if you have multiple family members watching live TV on different devices at the same time, the data consumption will be higher compared to streaming on a single device.

• Quality of the stream: The quality of the stream, measured in terms of resolution (SD, HD or UHD), directly affects data usage. Higher-resolution streams (HD or UHD) require more data than standard-definition (SD) streams. For instance, streaming a live TV show in HD will consume more data per hour than streaming the same content in SD.

• Number of hours: The duration of streaming also plays a crucial role in determining data usage. The longer you stream live TV, the more data you will consume. It’s important to consider your daily viewing habits and estimate the total number of hours you spend streaming live TV to accurately assess your data needs.

How to Manage Streaming Data Usage

Whether you’re using mobile data on the move or enjoying Wi-Fi at home, understanding and controlling your data usage is essential to avoid unexpected charges and ensure a seamless streaming experience.

In this section, we’ll explore practical tips to help you manage data usage on both Wi-Fi and mobile data.

Managing Streaming Data Usage on Wi-Fi

Let’s delve into some tips for managing streaming data that can also help you boost your Wi-Fi signal. 

• Adjust router settings: Configure your router settings to prioritize certain devices or limit bandwidth for streaming devices to manage data usage effectively.
• Use data-saving features: Some streaming services offer data-saving features or lower bitrate options specifically for Wi-Fi usage. Enable these features to reduce data consumption.
• Turn off auto-play: Disable auto-play features in streaming apps or websites to prevent continuous streaming of content, which can consume excessive data.

Managing Streaming Data Usage on Mobile Data

Let’s explore practical tips to manage and save streaming data usage specifically when using mobile data.

• Adjust video quality: Lower the video quality settings in streaming apps to reduce data consumption.
• Download content: Download movies or episodes when connected to Wi-Fi to watch offline without using mobile data.
• Limit background data: Restrict background data usage for streaming apps in your device settings to prevent automatic updates or downloads while on mobile data.
• Monitor data usage: Keep track of your mobile data usage using your phone’s built-in data tracking feature or a third-party app.
• Stream on Wi-Fi only: Set streaming apps to stream content only when connected to Wi-Fi to avoid using mobile data unintentionally.

If you find that your mobile data allowance is still disappearing more quickly than expected, this may be a sign that something else is wrong. Unexpected data usage often indicates the presence of malware installed on your smartphone or streaming device that is stealing data or being used in some kind of scam. 

Consider downloading and installing a trusted anti-malware tool like Panda’s free Antivirus for Android that can alert you to suspicious activity. It adds an extra layer of protection against threats you might not even notice. Stay proactive, stay secure—and keep your digital life running smoothly.

Data Streaming FAQ

We’ve answered some of the most common data streaming questions below.

What Are Data Caps?

A data cap is a limit set by internet service providers (ISPs) on the amount of data a customer can use within a billing cycle, typically a month. If you exceed this limit, you may experience:

• Extra fees: Some ISPs charge additional fees for exceeding the cap.
• Throttled speeds: Your internet speed may be slowed down (throttled) until the next billing cycle.
• Service restrictions: In some cases, your ISP may limit certain activities, like streaming in HD or 4K.

Does Streaming Use More Data Than Downloading?

Streaming typically uses more data than downloading because streaming involves continuous data transmission in real time. When you stream a movie or TV show, data is continuously transferred from the streaming service’s servers to your device as you watch, consuming data throughout the viewing session.

In contrast, downloading involves transferring the entire file to your device upfront, after which no further data is consumed during playback.

How Many Gigs Do You Need to Stream a Movie?

To stream a two-hour-long movie, the approximate data consumption would be as follows:

• In standard definition, you would need approximately 2 GB of data.
• In high definition, you would need approximately 6 GB of data.
• In 4K Ultra HD, you would need approximately 14 GB of data.

How Much Data Does 1 Hour of Video Streaming Consume?

On average, streaming video data usage for SD quality is around 0.7 to 1 GB of data per hour, while HD streaming can use approximately 1.5 to 2.5 GB of data per hour. 

UHD or 4K streaming typically consumes even more data, with estimates ranging from 7 to 10 GB per hour.

How Many GB Is a Movie?

The data consumption of a movie is not fixed, as it depends heavily on its length and resolution (Standard Definition/SD, High Definition/HD or Ultra High Definition/4K). The compression used by the streaming service is yet another factor. A typical SD movie might range from 1-2 GB, while an HD movie could be 2-4 GB or more. Higher resolutions like 4K can consume significantly more data, often 7 GB per hour or higher.

• How many GB is two hours of video? A two-hour video could range from 2 GB (SD) up to 14-20 GB (4K) or more, depending on the quality setting.
• How many GB is a one-hour video? A one-hour video generally uses between 0.7 GB (SD) and 7 GB (4K), with HD typically falling around 1.5 to 2.5 GB.

How Much Data Does Pluto TV Use Per Hour?

Like most streaming services, Pluto TV’s data usage varies based on the quality of the video being streamed. In general, streaming video content on Pluto TV in standard definition (480p) will use around 0.7 GB (700 MB) of mobile data per hour. If the stream adjusts to a higher definition, the usage will increase, potentially reaching 1 GB or more per hour. Users with limited data plans should be mindful of the quality settings to manage their consumption.

How Much Data Does Pandora Use?

Pandora’s data consumption primarily depends on the audio quality setting you choose (low, standard or high-quality streams). On average, streaming Pandora in standard quality (64 kbps) uses approximately 28-30 MB per hour. The higher quality streaming (192 kbps) options available to Pandora Plus or Premium users can consume closer to 85-86 MB per hour.

How Much Data Does Musi Use?

Musi, a platform primarily used for streaming music from YouTube, has data usage rates similar to other music streaming services. However, there’s potential for higher usage due to the video source it pulls the audio from. For audio-only playback from YouTube, expect around 100 MB per hour. However, if any video component is streamed (even in the background or at low resolution), data consumption will rise, potentially to 260 MB per hour for 480p video or significantly more for higher resolutions. This is comparable to YouTube’s standard data usage.

The post How Much Data Does Streaming Use? + 5 Tips to Manage Data appeared first on Panda Security Mediacenter.

While it’s typical for phones to generate heat with prolonged use, a persistent high phone temperature might hint at underlying issues such as malware, faulty charging equipment or internal damage. Delving into the reasons behind an overheated phone is crucial to ensure its long-term performance and durability.

Read on to learn the diverse factors that may answer the question, “Why does my phone get hot?”Discover troubleshooting insights, learn how to check the temperature of your phone and gain preventative tips to keep your device cool and functioning seamlessly.

1. Faulty Charging Equipment or Battery

Ever find yourself asking, “Why is my iPhone overheating while charging?” You’re not the only one. Damaged or faulty chargers, cables, and batteries are capable of heating your phone to dangerous levels. If you’re using charging equipment and notice a burning smell, scorch marks, or melting plastic, stop using it immediately. Be careful not to burn yourself when unplugging it from your phone or the electrical socket.

Replacing your faulty equipment or battery as soon as possible should resolve your overheated phone. It’s best to only use good quality charging accessories, especially the original cables and chargers if you still have them.

2. Warm Environment or Direct Sunlight

If you’ve ever left your phone out on a sunny day, you may have been shocked to find out it was very hot to the touch. Direct sunlight can be a common culprit of an overheated phone — so cover your phone from the sun while you’re outdoors.

Aside from prolonged, direct contact with the sun, your phone might also overheat after sitting in a warm environment for long periods, such as in your car on a hot summer day.

3. Overloading the Processor

Smartphones are just miniature computers, but a key difference between the two is that computers have internal fans to keep them cool and phones do not. Although smartphones are great at diffusing heat for everyday use, there’s a limit to what they can handle. If you have too much running on your phone at once, it can overload the processor and cause it to overheat.

Below are some examples of what might trigger an overloaded processor:

• Running too many apps at once
• Streaming video content like Netflix or YouTube
• Recording long videos on your phone
• Playing mobile games for an extended period
• Sub-optimal settings, like animated wallpapers or widgets
• Keeping your screen brightness on high every time you use it

4. Malware

Sometimes your phone seems to be overheating for no identifiable reason. If you know you haven’t left your phone in a warm environment and aren’t overloading the phone’s processor with lots of apps, the issue could be malware on your phone.

Just like desktop computers are susceptible to online viruses and malware — which will sometimes cause the computer’s processor to overload and shut down — the same can happen to your phone. You may have malware planted in your phone that keeps apps, widgets and other harmful processes running in the background that strain your phone’s processor.

When there’s too much strain on your processor, it gives off more heat. Use this guide to remove malware from your device and to stop it from overheating in the future.

5. Internal Damage

If your phone has other internal damage aside from the battery, this can cause it to overheat, too. It’s not uncommon to drop your phone, but doing so may result in loose parts that short circuit and overheat your phone. Other damages to your phone’s thermal paste may render it ineffective at transferring heat from the processor.

6. Blocked Ventilation

Your phone uses its charging port as ventilation, and if this gets blocked by debris, it may cause your phone to get hot. The blocked ventilation, in combination with a hot summer day or too much time spent in direct sunlight, is likely to make your phone overheat. You can try cleaning the charging port carefully with a cotton swab or toothpick.

7. Phone Age

Having an older phone also makes it more likely to get hot. Older hardware is likely to have wear and tear on components of your phone, such as the thermal paste of your processor. If the thermal paste is worn off, it will cause your phone to get hot quickly.

Consider taking breaks if you plan to use your phone for a long period or turn off features that you don’t need to use, like Bluetooth, to give your processor a break.

8. Long Gaming Hours

Intensive CPU (central processing unit) and GPU (graphics processing unit) usage generates heat, particularly in graphically demanding games, as these components work at full capacity. Continuous data usage in online games, coupled with rapid battery drain during resource-intensive tasks, further contributes to elevated temperatures. 

To prevent overheating, take breaks between gaming sessions, avoid playing games while your phone is charging and close background apps.

9. Outdated Software

Outdated software on your phone can lead to overheating due to the absence of crucial performance optimizations and bug fixes in newer updates. Manufacturers regularly release software updates to improve resource management, enhance system stability and optimize the interaction between the operating system and the device’s hardware.

Without these updates, your phone might be working harder than necessary, struggling with resource management and generating more heat during regular use. 

10. High Screen Brightness

High screen brightness can contribute to your phone overheating due to increased power consumption and heat generation. When you set your phone’s brightness to a higher level, it requires more energy to illuminate the screen, leading to a higher load on the device’s battery and processor. As a result, the hardware components, particularly the display and the processor, work harder — generating additional heat.

How to Check Phone Temperature

It’s important to remember that all phones get hot to some degree, but how do you know when the temperature is cause for concern? Regularly performing a phone temperature check can bring peace of mind. Typically, your phone’s internal temperature will range from 98.6 to 109.4 degrees Fahrenheit when operating normally.

Here are a few tips to check your phone temp and figure out if it’s out of the ordinary:

For iPhone Users

There’s no way to get a temperature reading on an iPhone, but you can use the Battery Health feature to view information about battery usage and what apps are draining the most battery.

If your iPhone feels hot to the touch, follow these steps to find out more:

1. Go to Settings.
2. Then choose “Battery.”
3. Select “Battery Health” to view battery usage information.

Tip: In Battery Health, check if your battery is worn by looking at the Maximum Capacity and Peak Performance Capability. If it’s operating at less than 100% or isn’t operating at normal peak performance, your battery may need replacing.

For Android Users

Similar to an iPhone, you can’t check the phone temperature of your Android device. You can use an app called AIDA64 to give you important details on your phone’s hardware and software, such as how much RAM you’re using, how fast your CPU is having to run, and how hot your phone is.

Use the steps below to check out the battery usage on your Android:

1. Open Settings.
2. Click on “Battery.”
3. Select “Battery Usage” to see your battery status from the last 24 hours.

How to Cool Down Your Phone

If you find yourself with an overheated phone, there are some simple steps you can take to troubleshoot it. Try the following to get your phone back in working order.

Avoid Direct Sunlight

If your phone is overheated because it was left out in the sun, remove it from the sunlight as soon as possible. As long as it remains under the sun’s rays, it’s unlikely that it will be able to cool down.

That said, don’t put your phone in the freezer — some think this will bring the phone’s temperature down faster, but drastically changing the temperature from hot to cold can cause further damage to your phone. Instead, just bring it inside in a cool, dry place and leave it alone for a few minutes, and it should return to normal.

Turn on Airplane Mode

Airplane mode can help combat an overheated phone because it turns off all nonessential programs that might be running in the background. This may speed up the cooling process.

Another option is to completely turn your phone off, which is one of the fastest ways you can get your phone’s temperature back to normal.

Close Out Your Apps and Keep Them Updated

Running a ton of apps in the background can push your phone to its limits. If it’s overheated, close all your apps down until the temperature returns to normal.

Additionally, if you haven’t updated your apps in a while, it’s a good idea to do so. Many app updates tackle bug fixes that can improve the efficiency of your phone and keep the processor from overloading in the future.

Take the Case Off

Phone cases are critical for protection from physical damage, but many of them have poor ventilation. They can trap the heat in your phone and interfere with it cooling down. If your phone is overheated and you have it in a case, take the case off to help bring the temperature down.

Place It Next to a Fan

If you have access to a fan or a car AC, give your phone access to cool air to speed up the cooling process. Even if you don’t have access to a fan, simply blowing on your phone yourself or fanning it with your hands can help it return to a normal temperature more quickly.

How Do I Stop My Phone From Overheating?

If you want to avoid your phone overheating, there are a few simple precautions you can take. Use these preventative measures to stop your phone from getting too hot and becoming unusable.

Keep Your Apps Updated

If your phone has ever overheated for no apparent reason, you may want to investigate some of your apps. One or more of them could have a bug that’s causing your phone to overheat. To keep your phone performing optimally overall and to prevent overheating in the future, it’s best to always keep your apps and phone settings updated.

Purge Unused Apps

Unused apps running in the background cause your phone to work harder than it has to and strain the battery and phone processor. This can result in overheating. It’s a good idea to regularly clean out your phone of any unused apps or downloads that are weighing your phone’s processor down to prevent overheating in the future.

Charge Your Phone Correctly

If you notice your phone heating up while charging, you may be concerned about potential fire hazards. Did you know that using your phone while it’s charging causes your phone to produce more heat? You can prevent an overheated phone by leaving your phone alone while it’s charging.

Using the incorrect charger for your phone can also contribute to overheating. Some chargers are designed for stronger phones, and if you use a charger that’s not suited for your particular phone model, it can cause battery damage and overheating. The main thing to ensure is that your phone’s input is the same as the output of the charging adapter you’re using.

Turn Off Unnecessary Settings

Certain phone settings, like high brightness, GPS or Bluetooth, can keep your phone’s battery processor in overdrive unnecessarily and lead to overheating.  If you want to know how to fix overheating phone batteries and avoid this, remember to turn energy-draining settings off to preserve your phone’s energy and keep it cool.

Use an Antivirus Software

Sometimes overheating is caused by malware that’s been downloaded on your phone or bugs in your apps. Using antivirus software is one of the best ways to protect your phone from overheating as well as from data and security breaches.

While antivirus software is already built into iPhones, Android users can benefit from a mobile antivirus that detects viruses, malware, and other threats that might compromise your phone. Panda Security offers free antivirus software for Android that can work for your phone and tablets.

While an overheated phone may seem like cause for concern, it usually takes a quick fix to get your phone back in working order. Don’t leave your phone out in hot environments, and limit how many apps and programs you have running on your phone at once to avoid overheating.

Most importantly, protect yourself from malware and other cyber threats by having the proper antivirus software installed on your smartphone and computer.

Why Is My Phone Hot and Losing Battery?

If your phone is hot and losing battery quickly, one significant factor could be an overloaded CPU. The CPU is the brain of your device, responsible for executing tasks and managing various processes. When the CPU is overloaded, it works at its maximum capacity, consuming more power and generating additional heat. Follow best practices to maximize your phone’s battery life. 

Why Is My iPhone Hot?

Apple users frequently voice concerns like, “Why does my iPhone keep overheating?” If you’ve noticed your iPhone getting hot frequently, it might be worth checking the battery health through the settings or consulting with Apple support to determine if a battery replacement is necessary. Addressing background processes, optimizing app usage and monitoring battery health can help mitigate overheating issues on your iPhone.

Why Does My iPhone Keep Overheating?

If iPhone overheating is a recurring problem for you, it may be due to one of these contributing factors:

• Too many apps open
• Old or faulty iPhone battery
• iPhone needs software update
• Hot environment/direct sunlight
• Charging and using your iPhone simultaneously

Why Does My Phone Get Hot When Charging?

Your phone may get hot while charging due to several factors. Fast charging technologies designed to quickly replenish your battery can lead to increased heat during the charging process. External temperature also plays a role, as charging in a warm environment can intensify heat generation. Background processes, such as updates and data syncing, may also contribute to the overall rise in temperature.

Why Does My iPhone Get Hot Fast?

If your phone is getting hot faster than usual, it could be due to a rapidly deteriorating battery, an unoptimized app running or even consistently high screen brightness. In general, it’s an indicator that your phone’s thermal management system is struggling and may benefit from professional inspection.

How Do I Stop My Phone from Overheating on FaceTime?

Video calls, especially long ones or those in poor signal areas, demand significant processing power and cellular/Wi-Fi usage. This causes your phone to work harder. Make sure you have a strong Wi-Fi connection and close other apps before FaceTiming. Consider taking breaks during very long calls.

What’s The Temperature of My Phone?

Typically, a smartphone’s internal temperature ranges from 98.6 to 109.4 degrees Fahrenheit while operational. For iPhone users, there isn’t a way to display your phone’s internal temperature in numerical form, but a “Temperature: iPhone needs to cool down” warning will be triggered if the device exceeds safe operating temperatures.

For Android users, a direct temperature reading isn’t always available in the standard settings, but some manufacturers might include it in their custom UI. Additionally, there are third-party apps that can provide real-time CPU and battery temperature readings. These offer a good way to monitor your device when you suspect overheating.

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