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Even after Google's security oversight over its already-huge Android ecosystem has evolved over the years, malware apps still keep coming back to Google Play Store. Sometimes just reposting an already detected malware app from a newly created Play Store account, or using other developers' existing accounts, is enough for 'bad-faith' developers to trick the Play Store into distributing unsafe apps to Android users. Since the mobile device platform is growing rapidly, every new effort Google makes apparently comes with trade-offs. For example, Google recently made some changes in its Play Store policies and added new restriction in Android APIs that now makes it mandatory for every new app to undergo rigorous security testing and review process before appearing in the Google Play Store. These efforts also include: restricting developers from abusing Android accessibility services, restricting apps access to certain permissions like call logs and SMS permi

Apple has removed several apps from its official iOS App Store that have the ability to compromise encrypted connections between the servers and the end-users. Apple has officially said: We have removed a "few" apps from the iOS App Store that could install root certificates and allow monitoring your data. It's like- they have analyzed and admitted that they lacked in the auditing of the App Store hosted Apps. The company is also advising its users to uninstall the malicious apps from their iPhones, iPads and iPods in order to prevent themselves from monitoring, though it has yet to name the offending apps. App Store Apps Spy on Encrypted Traffic The challenge that stood before Apple was, they discovered that "few" of the Apps in the iOS App Store were capable of spying on the users by compromising SSL/TLS security solutions of their online communication. Root certificates are the fundamental part of how encrypted connections like HTT

Identities now transcend human boundaries. Within each line of code and every API call lies a non-human identity. These entities act as programmatic access keys, enabling authentication and facilitating interactions among systems and services, which are essential for every API call, database query, or storage account access. As we depend on multi-factor authentication and passwords to safeguard human identities, a pressing question arises: How do we guarantee the security and integrity of these non-human counterparts? How do we authenticate, authorize, and regulate access for entities devoid of life but crucial for the functioning of critical systems? Let's break it down. The challenge Imagine a cloud-native application as a bustling metropolis of tiny neighborhoods known as microservices, all neatly packed into containers. These microservices function akin to diligent worker bees, each diligently performing its designated task, be it processing data, verifying credentials, or

Smart Phones, Smart TVs, Smart Refrigerators, even Smart Cars! When it comes to Smart devices, we simply provide them the master control of various tasks to make our life easy and more comfortable, unaware about its worst impact. At the starting of last month we reported that by using a $20 toolkit called CAN Hacking Tool (CHT) , hackers can hack your Smart Cars, giving entire control of your car to an attacker from windows and headlights to its steering and brakes. Now a new research carried out on the  Tesla Smart car  has proved that the hackers are able to remotely locate or unlock the Tesla Motors Inc. electric vehicles, just by cracking a six-character password using traditional hacking techniques. At the Black Hat Asia security conference in Singapore on Friday, Nitesh Dhanjani , a corporate security consultant and Tesla owner, said a recent study conducted by him on the Tesla Model S sedan pointed out several design flaws in its security system, and there wasn&

Google's Vulnerability Reward Program which started in November 2010, offers a hefty reward to the one who find a good vulnerability in its products.  Now Google is getting a little more serious about the security of its Chrome Browser and has expanded its Bug Bounty Program to include all Chrome apps, extensions developed and branded as " by Google ". The Internet is a platform which has become a necessary medium for performing our daily tasks like reading news, paying bills, playing games, scheduling meetings and everything we perform on this platform is possible only because of the various applications maintained by the service providers. " We think developing Chrome extensions securely is relatively easy, but given that extensions like Hangouts and GMail are widely used, we want to make sure efforts to keep them secure are rewarded accordingly. " Google said in a blog post . Not only this, to improve the security of open-source proje

Security researchers Adi Sharabani and Yair Amit  have disclosed details about a widespread vulnerability in iOS apps , that could allow hackers to force the apps to send and receive data from the hackers' own servers rather than the legitimate ones they were coded to connect to. Speaking about the issue at RSA Conference Europe 2013 in Amsterdam, researchers have provided details  on this  vulnerability , which stems from a commonly used approach to URL caching. Demonstration shows that insecure public networks can also provide stealth access to our iOS apps to potential attackers using HTTP request hijacking methods. The researchers put together a short video demonstrating, in which they use what is called a 301 directive to redirect the traffic flow from an app to an app maker's server to the attacker's server. There are two limitations also, that the attacker needs to be physically near the victim for the initial poisoning to perform this attack and t