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Cybercriminals have rolled out a new malicious Android application that wraps different varieties of banking fraud trick into a single piece of advanced mobile malware . GOOGLE SERVICE FRAMEWORK - APPLICATION OR MALWARE? Security researchers at the security firm FireEye have came across a malicious Android application that binds together the latest and older hijacking techniques. The malicious Android app combines private data theft, banking credential theft and spoofing, and remote access into a single unit, where traditional malware has had only one such capability included in it. Researchers dubbed the malware as HijackRAT , a banking trojan that comes loaded with a malicious Android application which disguises itself as "Google Service Framework," first and the most advanced Android malware sample of its kind ever discovered, combining all the three malicious activities together. MALWARE FEATURES By giving the remote control of the infected device to hackers,

In an effort to infect large number of people, cybercriminals have developed a new malicious software program that contains functionality to spread itself quickly. Geodo , a new version of the infamous Cridex (also known as Feodo or Bugat ) banking information stealing Trojan works in conjunction with a worm that sends out emails automatically to continue its self-spreading infection method, effectively turning each infected Windows system in the botnet for infecting new targets, Seculert warned . The Infected Windows systems in the botnet network download and install an additional piece of malware (i.e. an email worm) from the Botnet 's command and control servers, provided with approximately 50,000 stolen SMTP account credentials including those of the associated SMTP servers. The stolen SMTP credentials appeared to come from Cridex victims and with the help of those credentials, the malware then sends out emails from legitimate accounts to other potential victim

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

After the wide chain of scandals over US global snooping that seriously damaged the trust on the top U.S. Tech companies, Google and Yahoo! came forward and took initiative to provide more secure, encrypted and NSA-proofed service in an effort to gain their reputation again among its users. Now, Microsoft has also announced several improvements to the encryption used in its online cloud services in order to protect them from cyber criminals, bad actors and prying eyes. The company effort detailed in a blog entry by Matt Thomlinson, Microsoft's Vice President of Trustworthy Computing Security. MICROSOFT'S COMMITMENT Last December, Microsoft promised to protect its users data from government snooping by expanding encryption across its services, reinforcing legal protections for its customers' data and enhancing the transparency of its software code, making it easier for the customers to reassure themselves that its products contain no backdoors. Yesterday's announc

Gone are the days when cyber criminals focuses only on PCs to spread malwares and target people, whether it's ordinary or a high profile person. Nowadays, organizations in the energy sector have become an interesting target for cyber minds. Few days ago, security researchers uncovered a Stuxnet-like malware, " Havex ", which was also programmed to infect industrial control system software of SCADA systems , with the capability to possibly disable hydroelectric dams, overload nuclear power plants, and even shut down a country's power grid with a single keystroke. RUSSIAN HACKERS HIT 1000 ENERGY FIRMS Recently, a Russian group of hackers known as ' Energetic Bear ' has compromised over 1,000 European and North American energy firms with a sophisticated cyber weapon, similar to Stuxnet, that gave hackers access to power plant control systems, said a security firm. The group of hackers also known as ' Dragonfly ', an eastern European collective that has been active since

ProtonMail ,  an End-to-End Encrypted email service developed by MIT, Harvard and CERN researchers, who already received over $275,000 from a crowdfunding campaigns to their PayPal account, and was so much excited to launch its beta version, but just before that PayPal freezes their account without any warning. " At this time, it is not possible for ProtonMail to receive or send funds through PayPal, " ProtonMail co-founder Andy Yen announced this morning. " No attempt was made by PayPal to contact us before freezing our account, and no notice was given. " ProtonMail is a new super-secure email service that encrypts the data on the browser before it communicates with the server, this means only encrypted data is stored in the email service servers. GO HOME PAYPAL, YOU ARE DRUNK ProtonMail service is based in Switzerland, so it won't have to comply with American courts' demands to provide users data. But a representative from the American payment service, PayPal