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An ex-Yahoo! employee has pleaded guilty to misusing his access at the company to hack into the accounts of nearly 6,000 Yahoo users in search of private and personal records, primarily sexually explicit images and videos. According to an press note released by the U.S. Justice Department, Reyes Daniel Ruiz , a 34-year-old resident of California and former Yahoo software engineer, admitted accessing Yahoo internal systems to compromise accounts belonging to younger women, including his personal friends and work colleagues. Once he had access to the users' Yahoo accounts, Ruiz then used information obtained from users' email messages and their account's login access to hacking into their iCloud, Gmail, Facebook, DropBox, and other online accounts in search of more private material. Besides this, Ruiz also made copies of private images and videos that he found in the personal accounts of Yahoo users without their permission and stored them on a private computer a

The largest known hack of user data in the history just got tripled in size. Yahoo, the internet company that's acquired by Verizon this year, now believes the total number of accounts compromised in the August 2013 data breach, which was disclosed in December last year, was not 1 billion—it's 3 Billion . Yes, the record-breaking Yahoo data breach affected every user on its service at the time. Late last year, Yahoo revealed the company had suffered a massive data breach in August 2013, which affected 1 billion user accounts . The 2013 hack exposed user account information, including names, email addresses, telephone numbers, dates of births, hashed passwords (using MD5), and, in some cases, "encrypted or unencrypted security questions and answers," Yahoo said in 2016. At that time, Yahoo did confirm that hackers did not obtain bank account details or credit card information tied to the Yahoo accounts. The data breach was attributed to state-sponsored

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

In what believe to be the largest data breach in history, Yahoo is reporting a massive data breach that disclosed personal details associated with more than 1 Billion user accounts in August 2013. …And it's separate from the one disclosed by Yahoo! in September, in which hackers compromised as many as 500 Million user accounts in late 2014. What's troubling is that the company has not been able to discovered how "an unauthorized third party" were able to steal the data associated with more than one Billion users. The data breach officially disclosed on Wednesday actually occurred in 2013 and, just like the one in 2014, allowed the cyber crooks to obtain personal information of its users but not credit card details. Here's what Yahoo's chief information security officer Bob Lord says the hackers obtained: "The stolen user account information may have included names, email addresses, telephone numbers, dates of birth, hashed passwords (using

Two months ago, we reported a critical vulnerability on the Yahoo Answers platform that allowed a hacker to delete all the posted thread and comments from Yahoo's Suggestion Board website. Recently, a similar vulnerability has been reported by another Egyptian security researcher ' Ahmed Aboul-Ela ', that allows him to delete any comment from all Yahoo Services, including Yahoo News , Yahoo Sports , Yahoo TV , Yahoo Music , Yahoo Weather, Yahoo Celebrity , Yahoo Voices and more. HOW TO DELETE ANY COMMENT When yahoo users comment on any article or post on any of the Yahoo services, they are allowed to delete their own comment anytime. But the reported vulnerability discovered by Ahmed allows them to delete all the comments, even if they are posted by others. To delete a comment, one can initiate the request by clicking on the delete button and once clicked, the page sends a POST request to the Yahoo server with some variables i.e. comment_id and content_id , where comm

In November I was contacted for first time by the Egyptian Hacker named ViruS_HimA who announced me to have hacked into Adobe servers and leaked private data. The hacker violated Adobe servers gaining full access and dumping the entire database with more of 150,000 emails and hashed passwords of Adobe employees and customers/partner of the firm such as US Military, USAF, Google, Nasa DHL and many other companies. ViruS_HimA specifically addressed the inefficient and slow patch management process that leaves exposed for long period "big companies".  " When someone report vulnerability to them, It take 5-7 days for the notification that they've received your report!! It even takes 3-4 months to patch the vulnerabilities! Such big companies should really respond very fast and fix the security issues as fast as they can ." Like , we reported two days before that one month old reported critical vulnerability of account hijacking in Outlook and Hotmail  is still wo

Algerian Hacker today hijack DNS Yahoo, Microsoft or Google and Paypal redirect users to a deface page. Credit being taken by Hacker going by name MCA-CRB , a serial website defacer. MCA-CRB is a prolific online graffiti artist who has defaced at least 5,000 sites, according to records kept by Zone-H. After Hijacking both domains resolve to an IP address located in the Netherlands," at 95.128.3.172 (server1.joomlapartner.nl). " When we heard about this incident, we were pretty skeptical about the attack. A site such as Google's can be theoretically hacked, but it is very unlikely. Then we noticed that both domains were directed to an IP address in the Netherlands […], so it seemed more like a DNS poisoning attack ," said Stefan Tanase from Kaspersky Lab Romania. " All we know is that Google's public DNS servers (8.8.8.8 and 8.8.4.4) were resolving requests for google.ro and other major .RO websites to the IP address hosting the defacement page ," Tanase said. Google