Archive for author: makoadmin

Apple has raised concerns about a new Texas state law, SB 2420, which introduces age assurance requirements for app stores and app developers.

One of its main objections is that the requirements are over the top and don’t take into account what the user is actually trying to do. Apple stated:

“We are concerned that SB2420 impacts the privacy of users by requiring the collection of sensitive, personally identifiable information to download any app, even if a user simply wants to check the weather or sports scores.”

Starting January 1, 2026, anyone creating a new Apple account will need to confirm they’re over 18. Users under 18 will have to join a Family Sharing group and get parental consent to download or buy apps, or make in-app purchases.

With age verification comes the requirement for companies to collect, store, and manage sensitive documents or data points (such as government IDs or parental authority details). The more of this data that’s stored, the greater the consequences if it’s breached.

Apple’s pushback against SB2420 is an explicit call to consider the inherent privacy risks of increased age verification mandates. It argues the requirement should only apply to apps and services where age checks are genuinely needed.

Adding to the complexity, individual states are making their own laws to protect minors online, but all using different methods of implementation. Apple reportedly warned developers that similar laws will take effect in Utah and Louisiana later in the year, so they should be prepared.

Discord’s data breach highlights the risks of age verification

An illustration of Apple’s concerns was the recent third-party breach at a customer support provider for Discord. Discord stated that cybercriminals targeted a firm that helped to verify the ages of its users. Discord did not name the company involved, but has revoked the provider’s access to the system that was targeted in the breach.

The compromise exposed sensitive government ID images for around 70,000 users who submitted age-verification data. The criminals claim to have stolen the data of 5.5 million unique users from the company’s Zendesk support system instance, including government IDs and partial payment information for some people.

We agree with Apple that regulators should be aware of the risks that come with implementing different sets of requirements. We don’t want to see regulatory pressure to collect sensitive information lead to the kind of breaches that everyone’s afraid of.

When sensitive information like government ID photos, full names, and contact details are exposed in a breach, criminals gain powerful tools for identity theft. With access to these details, a fraudster can impersonate someone to access their bank accounts, open new credit lines, or make major purchases in their name. Access to government-issued IDs enables attackers to create convincing fake documents, pass verification checks at financial institutions, and sell authentic-looking identities on the dark web to other criminals. The resulting identity theft can cause victims long-term financial and personal damage.

We don’t just report on threats – we help safeguard your entire digital identity

Cybersecurity risks should never spread beyond a headline. Protect your—and your family’s—personal information by using identity protection.

It’s once again time to change your passwords, but if one government agency has its way, this might be the very last time you do it.   

After nearly four years of work to update and modernize its guidance for how companies, organizations, and businesses should protect their systems and their employees, the US National Institute of Standards and Technology has released its latest guidelines for password creation, and it comes with some serious changes.

Gone are the days of resetting your and your employees’ passwords every month or so, and no longer should you or your small business worry about requiring special characters, numbers, and capital letters when creating those passwords. Further, password “hints” and basic security questions are no longer suitable means of password recovery, and password length, above all other factors, is the most meaningful measure of strength.

The newly published rules will not only change the security best practices at government agencies, they will also influence the many industries that are subject to regulatory compliance, as several data protection laws require that organizations employ modern security standards on an evolving basis.

In short, here’s what NIST has included in its updated guidelines:

• Password “complexity” (special characters, numbers) is out.
• Password length is in (as it has been for years).
• Regularly scheduled password resets are out.
• Passwords resets used strictly as a response to a security breach are in.
• Basic security questions and “hints” for password recovery are out.
• Password recovery links and authentication codes are in.  

The guidelines are not mandatory for everyday businesses, and so there is no “deadline” to work against. But small businesses should heed the guidelines as probably the strongest and simplest best practices they can quickly adopt to protect themselves and their employees from hackers, thieves, and online scammers. In fact, according to Verizon’s 2025 Data Breach Investigations Report, “credential abuse,” which includes theft and brute-force attacks against passwords, “is still the most common vector” in small business breaches.

Here’s what some of NIST’s guidelines mean for password security and management.

1. The longer the password the stronger the defense

“Password length is a primary factor in characterizing password strength,” NIST said in its new guidance. But exactly how long a password should be will depend on its use.

If a password can be used as the only form of authentication (meaning that an employee doesn’t need to also send a one-time passcode or to confirm their login through a separate app on a smartphone), then those passwords should be, at minimum, 15 characters in length. If a password is just one piece of a multifactor authentication setup, then passwords can be as few as 8 characters.

Also, employees should be able to create passwords as long as 64 characters.

2. Less emphasis on “complexity”

Requiring employees to use special characters (&^%$), numbers, and capital letters doesn’t lead to increased security, NIST said. Instead, it just leads to predictable, bad passwords.

“A user who might have chosen ‘password’ as their password would be relatively likely to choose ‘Password1’ if required to include an uppercase letter and a number or ‘Password1!’ if a symbol is also required,” the agency said. “Since users’ password choices are often predictable, attackers are likely to guess passwords that have previously proven successful.”

In response, organizations should change any rules that require password “complexity” and instead set up rules that favor password length.

3. No more regularly scheduled password resets

In the mid-2010s, it wasn’t unusual to learn about an office that changed its WiFi password every week. Now, this extreme rotation is coming to a stop.

According to NIST’s latest guidance, passwords should only be reset after they have been compromised. Here, NIST was also firm in its recommendation—a compromised password must lead to a password reset by an organization or business.

4. No more password “hints” or security questions

Decades ago, users could set up little password “hints” to jog their memory if they forgot a password, and they could even set up answers to biographical questions to access a forgotten password. But these types of questions—like “What street did you grow up on?” and “What is your mother’s maiden name?”—are easy enough to fraudulently answer in today’s data-breached world.

Password recovery should instead be deployed through recovery codes or links sent to a user through email, text, voice, or even the postal service.

5. Password “blocklists” should be used

Just because a password fits a list of requirements doesn’t make it strong. To protect against this, NIST recommended that organizations should have a password “blocklist”—a set of words and phrases that will be rejected if an employee tries to use them when creating a password.

“This list should include passwords from previous breach corpuses, dictionary words used as passwords, and specific words (e.g., the name of the service itself) that users are likely to choose,” NIST said.

Curious where to start? “Password,” obviously, “Password1,” and don’t forget “Password1!”

Strengthening more than passwords

Password strength and management are vital to the overall cybersecurity of any small business, and it should serve as a first step towards online protection. But there’s more to online protection today. Hackers and scammers will deploy a variety of tools to crack into a business, steal its data, extort its owners, and cause as much pain as possible. For 24/7 antivirus protection, AI-powered scam guidance, and constant web security against malicious websites and connections, use Malwarebytes for Teams.

Cybernews discovered how two AI companion apps, Chattee Chat and GiMe Chat, exposed millions of intimate conversations from over 400,000 users.

This is not the first time we have to write about AI “girlfriends” exposing their secrets—and it probably won’t be the last. This latest incident is a reminder that not every developer takes user privacy seriously.

This was not a sophisticated hack that required a skilled approach. All it took was knowing how to look for unprotected services. Researchers found a publicly exposed and unprotected streaming and content delivery system—a Kafka Broker instance.

Think of it like a post office that stores and delivers confidential mail. Now, imagine the manager leaves the front doors wide open, with no locks, guards, or ID checks. Anyone can walk in, look through private letters and photos, and grab whatever catches their eye.

That’s what happened with the two AI apps. The “post office” (Kafka Broker) was left open on the internet without locks (no authentication or access controls). Anyone who knew its address could enter and see every private message, photo, and the purchases users made.

The Kafka broker instance was handling real-time data streams for two apps, which are available on Android and iOS: Chattee Chat – AI Companion and GiMe Chat – AI Companion.

The exposed data belonged to over 400,000 people and included 43 million messages and over 600,000 images and videos. The content shared with and created by the AI models was not suitable for a work environment (NSFW), the researchers found.

One of the apps—Chattee—was particularly popular, with over 300,000 downloads, mostly in the US. Both apps were developed by Imagime Interactive Limited, a Hong Kong-based developer, though only Chattee gained significant popularity.

While the apps didn’t reveal names or email addresses, they did expose IP addresses and unique device identifiers, which attackers could combine with data from previous breaches to identify users.

The researchers concluded:

“Users should be aware that conversations with AI companions may not be as private as claimed. Companies hosting such apps may not properly secure their systems. This leaves intimate messages and any other shared data vulnerable to malicious actors, who leverage any viable opportunities for financial gain.”

It doesn’t take a genius cybercriminal with access to data from other breaches to turn the information they found here into something they can use for sextortion.

Another thing that the information shows is that the developer’s revenue from the apps exceeded $1 million. If only they had spent a few of those dollars on security. Securing a Kafka Broker instance is not technically difficult or especially costly. Setting up proper security mostly requires configuration changes, not major purchases.

Leaks like this one can lead to harassment, reputational damage, financial fraud, and targeted attacks on users whose trust was abused—which does not make for happy customers.

Protecting yourself after a data breach

The leak has been closed after responsible disclosure by the researchers, but there is no guarantee they were the first to find out about the exposure. If you think you have been the victim of a data breach, here are steps you can take to protect yourself:

• Check the vendor’s advice. Every breach is different, so check with the vendor to find out what’s happened and follow any specific advice it offers.
• Change your password. You can make a stolen password useless to thieves by changing it. Choose a strong password that you don’t use for anything else. Better yet, let a password manager choose one for you.
• Enable two-factor authentication (2FA). If you can, use a FIDO2-compliant hardware key, laptop, or phone as your second factor. Some forms of 2FA can be phished just as easily as a password, but 2FA that relies on a FIDO2 device can’t be phished.
• Watch out for fake vendors. The thieves may contact you posing as the vendor. Check the company’s website to see if it’s contacting victims and verify the identity of anyone who contacts you using a different communication channel.
• Take your time. Phishing attacks often impersonate people or brands you know, and use themes that require urgent attention, such as missed deliveries, account suspensions, and security alerts.
• Consider not storing your card details. It’s definitely more convenient to let sites remember your card details, but we highly recommend not storing that information on websites.
• Set up identity monitoring, which alerts you if your personal information is found being traded illegally online and helps you recover after.

We don’t just report on threats – we help safeguard your entire digital identity

Cybersecurity risks should never spread beyond a headline. Protect your—and your family’s—personal information by using identity protection.

Security researchers are warning Android users to delete a fake VPN and streaming app that can let criminals take over their phones and drain their bank accounts.

The app, Mobdro Pro IP TV + VPN, was discovered by researchers at Cleafy to be a malicious sideloaded app, not a legitimate VPN. Their analysis found it installs Klopatra, a new Android banking Trojan and remote-access tool with no links to known malware families.

Klopatra targets banking customers and gives attackers full remote control of infected devices, allowing them to steal credentials and carry out fraudulent transactions.

The researchers found that:

“Klopatra’s effectiveness lies in a carefully orchestrated infection chain, which begins with social engineering and culminates in the complete takeover of the victim’s device. Each stage is designed to overcome the defenses of the user and the Android operating system.”

The lure works by pretending to be an IPTV app that offers free, high-quality TV channels. Because pirated streaming apps are so common, users often expect to install them from unofficial websites (sideloading), unintentionally bypassing the protections of the Google Play Store.

Klopatra is an extreme example of a fake virtual private network (VPN) used to spread malware, but it’s not the only reason to be cautious. Even genuine VPNs on Google Play can have hidden risks, from vague ownership to weak privacy protections.

Even genuine VPNs can be risky

VPNs are often promoted as essential tools for privacy, circumventing geo-blocks, or bypassing age verification controls. For hundreds of millions of users, VPN connections are the solution to hide the user’s IP address and location, and to encrypt web traffic so it’s useless when intercepted.

But picking a VPN you can trust is not always easy. Even if you get one from the official Play Store.

A recent study, the VPN Transparency Report 2025 by the Open Technology Fund, revealed alarming shortcomings among some of the world’s most-downloaded VPN apps. The researchers examined the ownership, operation, and development of 32 commercial VPNs, collectively used by more than a billion people.

Among the apps flagged as “concerning” are very popular solutions like Turbo VPN, VPN Proxy Master, XY VPN, and 3X VPN – Smooth Browsing, each of which has been downloaded at least 100 million times from the Google Play Store.

Some of these solutions even provide a false sense of privacy by using technologies that weren’t designed for privacy at all, the study claims. They found that several:

“providers use the Shadowsocks tunneling protocol [which is not designed for confidentiality] to build the VPN tunnel, and claim their users’ connections are secure.”

The report emphasizes how important it is to gather information before installing a VPN: it’s worth learning who runs it, how it’s built, and what it does with your data. This is key for users to make informed decisions.

Practical tips on how to protect yourself

• Stick to trusted sources. Download apps—especially VPNs and streaming services—only from Google Play, Apple’s App Store, or the official provider. Never install something just because a link in a forum or message promises a shortcut.
• Check an app’s permissions. If an app asks for control over your device, your settings, Accessibility Services, or wants to install other apps, stop and ask yourself why. Does it really need those permissions to do what you expect it to do?
• Use layered, up-to-date protection. Install real-time anti-malware protection on your Android that scans for new downloads and suspicious activity. Keep both your security software and your device system updated—patches fix vulnerabilities that attackers can exploit.
• Stay informed. Follow trustworthy cybersecurity news and share important warnings with friends and family.

If you think you’ve been affected:

Delete any suspicious VPN or IPTV apps, run a trusted security scan, and reset your banking credentials if you suspect your device has ever been compromised. For your peace of mind and your wallet’s safety, choose your VPN wisely.

We don’t just report on privacy—we offer you the option to use it.

Privacy risks should never spread beyond a headline. Keep your online privacy yours by using Malwarebytes Privacy VPN.

California’s 2025 legislative session closed with 14 new privacy and AI-related bills. We’d like to highlight a few of the most relevant signed bills and encourage other states and countries to follow California’s example.

Let’s go over some of the bills that were signed by the governor and how they might affect consumers.

Social media account cancellation (AB 656)

Governor Gavin Newsom signed AB 656, which not only requires social media companies to make canceling an account straightforward and clear, it should also ensure that cancellation triggers full deletion of the user’s personal data. The governor stated:

“It shouldn’t be hard to delete social media accounts, and it shouldn’t be even harder to take back control of personal data. With these bills, social media users can be assured that when they delete their accounts, they do not leave their data behind.”

Canceling social media accounts is a well-known struggle for those who have tried. Many users face a frustrating obstacle course—deletion options buried deep in menus, confusing jargon, or multiple steps to confirm deletion. Even then, fully erasing personal information can require extra, non-obvious steps. This often leaves users uncertain whether their digital footprint is truly gone for good.

Lawmakers and press releases have not yet specified the effective date for AB 656. However, California usually enacts consumer privacy bills on January 1 of the year after they pass. Based on this pattern, AB 656 will likely take effect on January 1, 2026, unless future legislative updates or guidance announce a different date.

Opt Me Out (AB 566)

This act requires browsers to include a setting that allows users to send an opt-out preference signal, letting Californians stop the sale or sharing of their data with a single action, instead of opting out site by site.

Effective January 1, 2027, the California Opt Me Out Act mandates that a business:

 “shall not develop or maintain a browser that does not include functionality configurable by a consumer that enables the browser to send an opt-out preference signal to businesses which the consumer interacts with the browser.”

For example, a user with an opt-out preference signal enabled on their internet browser will automatically send an opt-out request to each website and third party they encounter during a browsing session. 

Strengthening data broker laws (SB 361)

Data brokers collect and sell personal information by aggregating data from various public and private sources. SB 361 expands the obligations for data brokers to be transparent about personal information they collected and access, tightening oversight by the California Privacy Protection Agency (CPPA).

Effective January 1, 2026, this law will require data brokers to make much more detailed disclosures when registering with the CPPA. For example, they must reveal whether they collect sensitive personal information and whether they have sold or shared consumers’ data with a foreign actor, the federal government, other state governments, law enforcement, or developers of generative AI systems or models.

We don’t just report on data privacy—we help you remove your personal information

Cybersecurity risks should never spread beyond a headline. With Malwarebytes Personal Data Remover, you can scan to find out which sites are exposing your personal information, and then delete that sensitive data from the internet.

If you think Apple’s ‘Find My’ feature was just there to help you locate your phone when it slipped down the side of the couch, think again. It turns out this service also helps law enforcement capture criminals.

The original “Find My iPhone” was introduced in 2010 as a feature on the iPhone. It was a separate service from “Find My Friends,” which allows you to track the location of contacts who consent. Apple merged these in 2019 for iOS 13. Today, the service works with AirPods, Macs, and even third-party devices. It uses Bluetooth to send short-range signals that can be picked up by other Apple devices, which then relay the lost item’s location to Apple. When you open your iPhone to locate a missing device on a map, that’s what you’re using.

It turns out that “Find My” is great for finding stolen devices too.

On Christmas Eve last year, a phone theft victim used the service to track their stolen device. The signal led police to a warehouse near Heathrow Airport containing almost 900 stolen phones destined for Hong Kong.

This discovery prompted police to launch Operation Echosteep, an investigation that lasted nearly a year. By its end, it had resulted in 46 arrests following raids across 28 locations. Police in the UK recovered over 2,000 stolen devices, exposing a criminal network that was smuggling up to 40,000 phones each year. The stolen devices eventually ended up in China, where they could sell for a high price.

Phone theft is a scourge in London, with street thieves on e-bikes turning this nefarious activity into a business. They can sell the phones they steal for £300 each (around $400). They will usually wrap devices in aluminum foil to block tracking signals.

This isn’t the first time a phone has been tracked. The Financial Times reported in May about a tech entrepreneur named Sam Amrani, whose phone was stolen in Kensington, London. He tracked his phone’s journey all the way to a neighborhood in Shenzhen, China, that is known for its second-hand phone market. Even phones that are activation-locked to avoid data being stolen can still be stripped for parts, retaining up to 30% of their value.

Lawmakers in the UK have voiced concerns about the growing phone theft problem. At a Parliamentary hearing in June, they asked Apple and Google why they weren’t doing more to build anti-theft measures into their systems.

Every device that connects to a mobile network has a unique identification number called an International Mobile Equipment Identity (IMEI). When a device is reported stolen, its IMEI can be added to a global “blacklist” managed by the Global System for Mobile Communications Association (GSMA). Mobile networks can then block that phone from connecting.

However, this system only works in countries where carriers actively enforce the blacklist. Many don’t—which means a phone stolen in one country can still be sold and used in another.

That’s why lawmakers want Apple and Google to go further. As Member of Parliament, Martin Wrigley, complained at the hearing:

“You can stop this by blocking IMEIs on the GSMA IMEI blacklist, and you’re just deciding not to do so yet.”

If Apple and Google also refused to activate or connect GSMA-blacklisted devices to iCloud or Google accounts, those phones would become useless anywhere in the world. That would make stolen phones far less valuable and could significantly reduce theft.

The UK government isn’t waiting for tech companies to act. In February it introduced the Crime and Policing Bill, giving the police new powers to search premises where stolen devices have been geolocated—without needing a warrant.

In the meantime, what can you do to protect yourself? Keep your phone in your pocket, preferably an inside pocket, and don’t walk down the street blithely holding it to your ear or gazing at the screen. Use earphones if you need to talk, but stay alert to your surroundings. That’s good advice for anyone, anywhere—whether they’re using a phone or not.

We don’t just report on phone security—we provide it

Cybersecurity risks should never spread beyond a headline. Keep threats off your mobile devices by downloading Malwarebytes for iOS, and Malwarebytes for Android today.

The BBC reported on modeling scams targeting older models. Modeling scams aren’t new, but it’s worth looking at how they spread today, how to spot them, and—most importantly—how to avoid falling victim to them.

The classic pitch goes like this: Someone walks up to you in the street and says, “You look so good, you should be a model.” Very flattering and something many would have a hard time ignoring.

As you might expect, some of these unsolicited contacts are up to no good.

But in our current social-media-driven society, the same approach happens online—via direct messages and ads recruiting “nonstandard” models, including people way past their twenties.

For years, modeling scammers have targeted young people wanting to become rich and famous. Now, they’ve widened the net. You’ll see phrases like “silver hair models,” “mature models over 50,” or “experienced life models” to target older adults: an even more attractive target.

Scammers assume that older adults have more savings and less debt. They may also exploit social isolation and unfamiliarity with technology and online risks. This makes seniors appealing targets, especially for scams promising lucrative opportunities such as modeling contracts or paid photoshoots.

Scammers often pressure their targets to pay up front for portfolios, photoshoots and “registration fees,” steering them to specific providers and payment methods. Some insist that victims use PayPal’s Friends and Family option, which carries no extra fee but removes buyer protection and any possibility of a refund if disputes arise—meaning you cannot get your money back through PayPal.

Not every scam is about money. Some run fake casting calls or set up fabricated agency websites to collect personal information for future scams, or to obtain explicit photographs that they later sell or circulate on the dark web.

How to avoid becoming a modeling scam victim

• Research the company. Search the school or agency name with terms like “scam,” “review,” or “complaint.” If possible, check recognized industry databases or legitimate talent listings. Inspect profiles for red flags like stolen photos or brand-new accounts with few followers.
• Never pay an agency up front. Legitimate agencies earn a commission when you book work, not from “registration” or mandatory photo packages.
• Don’t let them dictate how to pay. Avoid payment methods that reduce protection, like PayPal Friends and Family. If someone is specific on how you pay, that’s a warning sign.
• Avoid agencies that force you to use their staff for your photoshoots or auditions. If an agency says you have to use its photographer or makeup artist, don’t work with them. An agency should let you hire your own makeup artist and photographer.
• Ask if the company or school is licensed or bonded, if your state requires it. Check this information with your local consumer protection agency or your state attorney general—and make sure the license is current.
• Get references. Ask for names and contact details of models or actors who’ve recently gotten work through the agency. Scam agencies sometimes display photos of successful models they never represented, or claim connections with well-known companies that never hired their talent. Verify these claims by contacting the people or companies directly.
• Get everything in writing. Capture all promises and terms in a contract and keep copies of important documents.
• Watch for vague promises and guaranteed high earnings. If someone promises “instant fame,” “guaranteed work,” or extremely high pay, it’s likely a scam. Legitimate modeling work is competitive and rarely guarantees jobs.
• Don’t send suggestive or personal photos or share private information. Professional agencies will not ask for explicit photos or ask for sensitive details like your address or financial information before you’re actually signed and onboarded.
• Trust your instincts—and get a second opinion. If something feels off because of high-pressure tactics, pushy behavior, or you’re uncomfortable step back and rethink or ask a friend’s advice. Scammers often rush or pressure for quick commitments.

We don’t just report on scams—we help detect them

Cybersecurity risks should never spread beyond a headline. If something looks dodgy to you, check if it’s a scam using Malwarebytes Scam Guard, a feature of our mobile protection products. Submit a screenshot, paste suspicious content, or share a text or phone number, and we’ll tell you if it’s a scam or legit. Download Malwarebytes Mobile Security for iOS or Android and try it today!

The short answer is: probably not, but theoretically it’s possible.

Researchers at the University of California found a method they called Mic-E-Mouse, which turns your computer mouse into a spy that can listen in on your conversations.

The method uses high-performance optical sensors in optical mice, combined with artificial intelligence, to filter out background noise and:

“achieve intelligible reconstruction of user speech.”

These sensors are highly sensitive (sometimes up to 20,000 dots per inch) and can detect the tiniest vibrations. And the attack doesn’t require expensive gear—the researchers used a $35 mouse to test their method and achieved 61% accuracy.

This is a classic side-channel attack—a way of stealing secrets not by breaking into software, but by observing physical clues that devices give off during normal use.

For example, let’s suppose you wanted to figure out someone’s bank password. A direct attack might involve trying to guess or steal the password. A side-channel attack, on the other hand, would be more like watching how they type, listening to the rhythm of their keyboard, or even detecting their body language as they log in.

What’s concerning about side-channel attacks is that they often don’t leave obvious clues.

Because the computer keeps working normally, there are usually no traces in logs, security alerts, or signs that anything’s wrong. Traditional defenses like antivirus software or firewalls can’t always detect them because these attacks rely on physical behavior—how a computer uses power, emits signals, or makes noise—which can’t easily be isolated or blocked without changing how the hardware itself works.

But it is possible to counter such an attack, since Mic-E-Mouse requires the target computer to run special software that security tools may detect as malicious. At some point, the software must send the collected data to the attacker, increasing the chance it will be intercepted. To avoid detection, attackers are unlikely to reconstruct speech on the victim’s computer; instead they may transfer the raw mouse-movement files directly to a computer or server they control somewhere on the internet.

For most users, this vulnerability isn’t cause for alarm. It’s noteworthy mainly because it transforms a trusted peripheral into a potential listening device without any visible signs or behavioral changes. But as high-DPI mice are now common in offices and gaming setups, this attack vector could be exploited by cybercriminals or spies to capture personal information, trade secrets, or private conversations. So, if you’re working in environments such as corporate offices, government sites, or home offices used for confidential tasks, the risk is higher.

What can I do about Mic-E-Mouse?

The researchers have notified 26 affected mouse manufacturers, which are now developing fixes to protect sensor data.

Until then, if you’re worried about this type of attack being deployed against you:

• Use a mouse mat or desk cover to reduce the mouse’s ability to collect data via vibrations.
• Work in a noisier environment (we recommend music).
• Keep your mouse firmware and drivers up to date—manufacturers may release security patches.
• Use up-to-date real-time anti-malware, preferably with a web protection component to block malicious software and outgoing traffic to known malicious servers.

We don’t just report on threats—we remove them

Cybersecurity risks should never spread beyond a headline. Keep threats off your devices by downloading Malwarebytes today.

You get a message from a Discord friend. Or maybe an unknown indie developer reaches out to you. “Can you test my game?” they ask. 

The webpage they send over a link to looks legit: screenshots, dev blurb, itch.io-style layout, and the download button is right there, waiting to be clicked.  

The problem is these lookalike pages don’t give you the real game. Instead they drop a stealthy loader that quietly prepares your PC for follow-up malware. 

One lure we’ve seen impersonates the popular 2D platformer Archimoulin (the real game can be found here: nicolasduboc.itch.io/archimoulin). 

How they spread it – social engineering 101 

This scam nails two things gamers trust: friends and downloads. 

1. A trusted delivery channel. The lure often arrives in a DM from someone in your friends list—usually because the attacker used a compromised account. People are far more likely to click links from friends. 

2. Familiar hosting and UI. The impersonators use Blogspot subdomains or cloud links and fake itch-style pages so the site looks legitimate. Sometimes downloads are served via Dropbox or similar service people trust. 

3. A convincing sign-in page. Some variants present a fake Discord sign-in page first to harvest credentials. This hands the attacker control of your account, which they can use to spread the link to your contacts. 

Reddit threads from victims show this pattern again and again: an innocuous “test my game” DM, a convincing page, then account takeover and mass-messaging to the victim’s friends. 

What actually happens when you click? 

Here’s what the user sees, and what the stealth loader is really doing: 

• Double-click the downloaded Setup Game.exe and… nothing obvious happens. No installer UI, no progress bar. (That’s deliberate – the attacker wants the install to happen without alarming you.) 

• The executable spawns PowerShell with a long, encoded command. (Attackers hide commands in encoded strings so the malicious script isn’t obvious at first glance.) 

• The command decodes another script and runs it directly in memory. (Running in memory means the malware doesn’t leave a neat file on disk for antivirus to find, so it’s harder to detect.) 

• That inner script hides the PowerShell window using a tiny .NET trick, so there’s no black console popping up to make you suspicious. (With no visible window there’s nothing to make you stop and ask what’s running.) 

• The code tries to relaunch itself with admin rights (runAs) and compiles a small helper on the fly using csc.exe. (You’ll see temp folders and RES*.tmp files while it runs.) 

• It unpacks a Node.js runtime and native modules into your user cache (C:Users<you>.cachepkg...). (The malware is giving itself a toolkit, making it more flexible in what it can do next.) 

• The installer even runs taskkill to force-close major browsers (Chrome, Brave, Firefox, Edge, and Opera). (That stops you from immediately googling what’s happening and then stopping the install.) 

• In our sandbox run it didn’t phone home right away; instead it performed checks (net session, registry queries, BIOS/network checks) to confirm it’s on a “real” machine, then waits for the right moment to download the main payload. (Malware often avoids sandboxes, looking for signs it’s on a real user’s computer before unleashing the main payload.) 

Bottom line: The Setup Game.exe is a stager/loader – quiet on purpose, ready to pull down follow-up malware (backdoors, keyloggers, coinminers, or worse) when conditions match what the attacker wants.  

What to watch out for 

• Unexpected DM with a download link: If you get a message offering an indie game you didn’t expect, verify it with the sender on another channel first. 

• No installer UI but strange behavior after running: If there’s no installer window or progress bar, but your browsers crash or you see temporary compile folders appear, that’s a red flag. 

• Unexpected folders appear: Look for new folders you didn’t create, like C:Users<you>.cachepkg… or %TEMP%xlfvhkx3… especially if you haven’t installed developer tools. 

• PowerShell showing -EncodedCommand: Check running processes logs for signs a hidden script is running. 

What to do if you already ran it 

Act quickly and use a different, clean device for the first steps. 

• From another device, change your passwords (Discord, email, Steam) and enable 2FA. 

• Log out all sessions and revoke authorised apps/tokens. 

• Disconnect the infected PC and run a full Malwarebytes scan. 

• Remove obvious new files/folders (e.g., C:Users<you>.cachepkg…, %TEMP%xlfvhkx3…). 

• Tell your friends not to click links from your account and report the pages to the host (Blogger/Dropbox) and your platform (Discord/Steam). 

• If you see signs of deeper compromise, back up essentials and do a clean reinstall or get professional help. 

Final note—indie communities are built on trust 

Archimoulin is an indie game; the fake pages are not. Scammers are exploiting the goodwill between players and creators. That’s the worst bit of all: it weaponizes the community itself. 

A quick sanity check—to pause, verify the URL, and ask the sender via another app—is all it takes to avoid the hassle of cleaning up a compromised PC (or losing your account and friends). Share this with your clan: one click is all it takes for an attacker to turn a fun, indie moment into a mess. 

Indicators of compromise (IOCs) 

cakewind[.]blogspot.com 

carnagev1[.]blogspot.com 

kelarigame[.]blogspot.com 

klorigame[.]blogspot.com 

meraliagame[.]blogspot.com 

ravielchy[.]blogspot.com 

ravielchygame[.]blogspot.com 

tamunagame[.]blogspot.com 

veriliagame[.]blogspot.com 

We don’t just report on scams—we help detect them

Cybersecurity risks should never spread beyond a headline. If something looks dodgy to you, check if it’s a scam using Malwarebytes Scam Guard, a feature of our mobile protection products. Submit a screenshot, paste suspicious content, or share a text or phone number, and we’ll tell you if it’s a scam or legit. Download Malwarebytes Mobile Security for iOS or Android and try it today!

Phishers and scammers can’t get enough of sending their feeble attempts to Malwarebytes’ employees. For which we can’t thank them enough because it means we can warn you, our readers.

This time the scammers tried to impersonate Best Wallet—an app that lets people store, send, and receive cryptocurrencies like Bitcoin and Ethereum directly on their own device, without needing a middleman or a bank.

The aim of this scam: to trick people into connecting their cryptocurrency wallets to a fake site, giving scammers a way to steal private keys, seed phrases, or other payment details.

There are many cryptocurrency-based scams around, but this one is a little different.

“BestWallet : You are eligible for our event !”

The shortened URL leads to https://bestwallet-event[.]com/.

To avoid detection by bots and researchers, the website is behind a Captcha—which also builds a bit of false trust, since it’s something visitors expect to see.

Solving the Captcha brings the target to a rather convincing copy of the real bestwallet(.com) website, featuring the so-called event.

For those new to cryptocurrencies, an “airdrop” is a giveaway of a new or existing cryptocurrency to promote awareness or reward supporters of a project or platform.

On the surface the site looks very similar to the legitimate one, right down to the branding, visual assets, and even the FAQ content. But one thing stood out: the “Connect a Wallet” button in the top right-hand corner.

The real site only provides links to official app stores for downloads. It doesn’t include wallet connect options or payment forms.

If you were to tap that “Connect a Wallet” button, you’ll see these options:

This is the same menu you’ll see if you click the “Claim Token” or “Check Eligibility” buttons, by the way.

The code on the fake website also includes JavaScript elements that could copy/paste or intercept user inputs during wallet connections or transactions—unlike the official site, which directs users to app stores for all sensitive actions.

From all this it seems obvious the scammers’ goal is to phish wallet credentials, private keys, seed phrases or steal payment details. These attacks are often disguised in interactive buttons/forms that the real site never uses outside the regulated app or store environments.

How to stay safe

Besides the golden rule–that when it sounds too good to be true, it probably is, or at least deserves extra scrutiny–there are a few other tips to stay out of the scammers’ claws:

• Don’t respond to unsolicited text messages.
• Never click on links in messages before verifying the destination. Scammers use shortened URLs to hide impersonation domains.
• Use up-to-date real-time protection on your devices, preferably with a web protection component:
  
• If you see any prompt for wallet connection, seed phrase, or card details directly in the browser, close the tab immediately. That’s a strong sign the site is fake and attempting to steal your cryptocurrency.
• If you’re unsure whether a message is a scam, submit it to Malwarebytes Scam Guard and it will help you decide and provide advice.

We don’t just report on scams—we help detect them

Cybersecurity risks should never spread beyond a headline. If something looks dodgy to you, check if it’s a scam using Malwarebytes Scam Guard, a feature of our mobile protection products. Submit a screenshot, paste suspicious content, or share a text or phone number, and we’ll tell you if it’s a scam or legit. Download Malwarebytes Mobile Security for iOS or Android and try it today!