Hack Data Application Via Id – Today we’re sharing an update on our work against malicious mobile apps available in the official Apple and Google stores designed to compromise people’s Facebook accounts. We’ve shared our findings with industry peers, security researchers, and policymakers to help us improve our collective defenses against this threat. Most importantly, because these apps were available on third-party app stores, we encourage people to be cautious when downloading a new app that requires social media credentials and provide practical steps to help people stay safe.
Our security researchers have found more than 400 malicious apps for Android and iOS this year designed to steal Facebook login information and compromise people’s accounts. These apps were listed on the Google Play Store and Apple’s App Store and were disguised as photo editors, games, VPN services, business apps and other utilities to trick people into downloading them. Some examples include:
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This is a very adversarial space, and while our industry peers work to detect and remove malware, some of these apps evade detection and enter legitimate app stores. We reported these malicious programs to our colleagues at Apple and Google and they were removed from both applications prior to publishing this report. We are also alerting people who may have unknowingly compromised their accounts by downloading these apps and sharing their credentials, helping them protect their accounts.
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Malicious developers create malicious apps disguised as apps with useful or fun features, such as cartoon image editors or music players, and publish them on mobile app stores.
To disguise negative reviews from people who have noticed the non-existent or malicious nature of apps, developers may post fake reviews to trick others into downloading malware.
When a person installs the malicious app, it may ask them to “log in to Facebook” before they can use the promised features. If they enter their credentials, the malware will steal their username and password.
If login information is stolen, attackers can gain full access to a person’s account and do things like message friends or access private information.
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There are many legitimate apps that offer the features listed above or that may ask you to log in to Facebook securely. Cybercriminals know how popular these types of programs are and use these themes to trick people into stealing their accounts and information.
Malicious applications often have signs that distinguish them from legitimate applications. Here are some things to consider before signing into a mobile app with your Facebook account:
Here are some examples of malware apps we’ve found that don’t provide functionality until you log in with your social media account.
If you think you have downloaded a malicious app and logged in with your social media or other online credentials, we recommend removing the app from your device immediately and following these guidelines to protect your accounts:
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We also encourage people to report malware that compromises Meta accounts through our Data Abuse Bounty program.
To help personalize content, tailor and measure ads, and provide a safer experience, we use cookies. By clicking or browsing the site, you agree to allow the collection of information on and off Facebook through cookies. Learn more, including available controls: Cookie Policy The most widely used consumer alternative to desktop software has evolved into Android apps. Sensitive data is often processed through mobile apps, making them a prime target for cybercriminals. Developers must make every effort to ensure that this data is preserved when working on it, and must have a minimum of the basic knowledge required to test and reverse engineer Android applications to detect vulnerabilities in the application code.
Did you know that companies often spend a significant amount of money on core infrastructure to prevent major data breaches and find system flaws and bugs? However, Android users’ privacy and security are threatened by insecure apps. The openness of the Android ecosystem is the main reason for this.
OWASP Top 10 Mobile Vulnerabilities, Reverse Engineering App Security and Android App PenTesting will be covered in detail in this blog. Ensuring a high level of data security when working with Android applications is a top priority. Reverse engineering is the practice of gaining knowledge that can be used to improve any product. This includes the following frameworks and tools:
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Android apps are currently used for a variety of things, including mobile devices, banking, shopping, and sharing personal information, and are vulnerable to cyberattacks using a variety of tactics, including malware, code injection, and reverse engineering. Penetration testing is the process of attacking your own or customers’ IT systems in the same way a hacker would identify security vulnerabilities.
Both web applications and the security barriers used to terminate software present several risks. The OWASP Top 10 Mobile Vulnerabilities List includes some of the common security issues a user may face:
The top 10 security threats are listed below according to the level of risk they pose. For specific details, see below:
Various preventive measures will be taken to prevent risks. Below are the ways to avoid such attacks –
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2. Insecure data storage – Data security is the protection provided to all stored or transmitted data. Android app data is stored on servers, mobile devices, and cloud storage, among other locations. All these websites are vulnerable to hacker attacks.
3. Insecure Communication – Confidential information can be sent over insecure channels through insecure communication. This data can be intercepted by anyone who has access to the channel. When application developers do not take any precautions to defend against network traffic, a vulnerability known as insufficient transport layer protection exists. Testing is done for wrong SSL version, weak negotiation and lack of certificate control.
4. Insecure authentication – Any attacker can use the backend application or server used by the website to perform functions without your knowledge. One of the main causes of many security problems is weak authentication. Typical examples of insecure authentication include attack vectors including authentication bypass, information leakage via debug messages, and session invalidation.
5. Insufficient encryption – Data security can be improved by using encryption. Weak encryption and decryption techniques may result in insufficient encryption. An attacker could still obtain private information if a flaw in the cryptographic implementation is discovered.
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6. Insufficient authorization – The authorization procedure ensures that the access operation is carried out only by people authorized to access the data. The authorization component of the CIA triad is essential. Due to incorrect implementation of permission in many mobile applications, low-level users gain access to the information of all high-privileged users. Attackers can access mobile app functionality as a less privileged user thanks to poor or missing authorization methods. The following indicators will show whether the mobile endpoint has insecure authorization. –
Various preventive measures will be taken to prevent risks. Below are ways to avoid such attacks
7. Customer code quality – Poor code quality is a major contributor to the increased frequency of security incidents and data breaches. Buffer overflows, format string errors, and other hazards like these contribute to poor code quality, among others. The most important element to ensure the quality of the finished product is the application code.
8. Code Hacking – In the process of “code hacking”, hackers or attackers use the application’s existing source code by modifying it with malicious payloads. This can result in business interruption, financial losses and loss of intellectual property. Technically, changing the code is possible on all mobile devices. It often follows reverse engineering and has negative business effects such as lost revenue or reputational damage.
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9. Reverse engineering – Reverse engineering is the practice of taking apart a mobile application to reveal its logic. Due to the complex structure of the code and if the attacker is able to perform the following tasks:
10. Extra feature – Bad actors like cybercriminals or hackers try to understand the extra features of a mobile app. Understanding and exploring the hidden possibilities of the backend framework is the main objective. It is best to avoid including information about backtests, probes, or UAT environments in the production stage, as some helper functions can be very useful to an attacker.
Vulnerability testing on Android applications is a difficult but crucial phase in creating mobile applications. For their applications to function correctly, developers must ensure that sensitive data is always protected.
Developers need to be able to look at their applications inside out to uncover obscure bugs and vulnerabilities. OWASP MSTG CrackMe assignments can help you develop the basic reverse engineering skills required for this.
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As a CERT-In equipped organization, we have skilled teams of Android developers, testers, reverse quality engineers, and QA professionals who know how to make your mobile apps reliable and secure. Using our human and automated VAPT services that identify, detect and analyze inherent vulnerabilities
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