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Crypto Wallet App on Google Play Steals $70,000 from Mobile Users

 

A fake crypto wallet draining app on Google Play has stolen USD 70,000 from users, making it the first case where mobile users were specifically targeted by such a scam. The app stayed active for several months before being discovered, according to a report from Check Point Research. 

The app pretended to be a real crypto wallet service, tricking more than 10,000 users into downloading it. What made the scam effective was its professional appearance, which included consistent branding and fake positive reviews. These tactics helped the app rank high in Google Play’s search results, making it seem trustworthy to people looking for a secure place to store their cryptocurrency. 

Once users installed the app, it was able to quietly drain funds from their wallets without being noticed right away. This case stands out because, up until now, most crypto wallet attacks have focused on desktop or browser-based platforms. This marks a shift, as cybercriminals are now targeting the growing number of people who use mobile platforms for crypto transactions. 

The app’s ability to avoid detection for such a long time shows how advanced cybercriminal tactics have become. It also highlights the need for greater caution among users when downloading apps, even from trusted platforms like Google Play. This scam underscores the importance of stronger security measures for mobile transactions, such as using verified wallets and enabling two-factor authentication. 

It also calls attention to the need for better app screening by platforms like Google Play to prevent such scams from reaching users in the first place. Though the amount stolen may seem small compared to other crypto thefts, this case is significant because it shows how cybercriminals are adapting to target mobile users as cryptocurrency becomes more popular.

The Rise of VPNs: A Tool for Privacy or a False Promise

 

Today, Virtual Private Networks (VPNs) have become omnipresent. Millions around the world use VPNs, and they are often promoted by influencers as essential tools for privacy. Their rise in popularity stems from the idea that they offer online privacy by hiding your browsing activities and making you anonymous on the internet. 

Despite the marketing, the reality is less reassuring. VPN providers frequently fail to deliver the level of privacy and protection that users expect. 

How VPNs Work 

A VPN works by channelling your internet traffic through an encrypted tunnel to a VPN server. This prevents your internet service provider (ISP) from tracking your online activities, such as websites visited or apps used. However, this does not make you anonymous. Instead, it shifts the trust from your ISP to the VPN provider. This raises an important question: why trust a VPN provider more than your ISP? 

Trust Issues with VPN Providers 

The truth is, that VPN providers cannot always be trusted. Free VPN services, in particular, are notorious for collecting and selling user data to third-party advertisers, posing privacy risks. Even paid VPN services, which claim to protect privacy by not logging data, have often been found to break those promises. In some cases, VPNs with “no-log” policies were later discovered storing data, which was leaked or shared with law enforcement. 

Verifying Privacy Claims 

A significant issue with VPN providers is the difficulty in verifying their privacy claims. Often, the only assurance users have is the provider’s word, and that’s rarely enough. Numerous VPN companies have been caught logging user data, breaking the trust they have established with their customers. 


Setting Up Your Own 

VPN For those needing a VPN to bypass censorship or other specific purposes, experts recommend setting up a personal VPN server. By using services like Amazon Web Services, Google Cloud, or DigitalOcean, users can create and manage their own encrypted VPN server, giving them control of the private key to their data. This ensures that even the cloud provider cannot access your information.