RFID Chips | Breaking Cybersecurity News | The Hacker News

If you often leave your valuable and expensive stuff like laptop and passports in the hotel rooms, then beware. Your room can be unlocked by not only a malicious staff having access to the master key, but also by an outsider. A critical design vulnerability in a popular and widely used electronic lock system can be exploited to unlock every locked room in a facility, leaving millions of hotel rooms around the world vulnerable to hackers. The vulnerability has been discovered in Vision by VingCard locking system—made by the world's largest lock manufacturer, Assa Abloy, and deployed in more than 42,000 facilities in 166 different countries, which equals to millions of doors. After thousands of hours work, F-Secure researchers Tomi Tuominen and Timo Hirvonen managed to build a master key that could be used to unlock doors and gain entry to any of the hotel rooms using the Vision by VingCard digital lock technology, without leaving a trace on the system. How Hackers Built

Biohacking could be a next big thing in this smart world. Over two years ago, a hacker implanted a small NFC chip in his left hand right between his thumb and his pointer finger and hacked Android smartphones and bypassed almost all security measures, demonstrating the risks of Biohacking. At the end of the same year, another hacker implanted a small NFC chip with the private key to his Bitcoin wallet under his skin , making him able to buy groceries or transfer money between bank accounts by just waving his hand. And this is soon going to be a reality, at least in one tech company in Wisconsin. Marketing solution provider Three Square Market (32M) has announced that it had partnered with Swedish biohacking firm BioHax International for offering implanted microchips to all their employees on 1st August, according to the company's website . Although the programme is optional, the company wants at least more than 50 of its employees to undergo the Biohacking procedure.

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

Do you know about RFID chips and how many you are carrying at this moment? Today, RFID chips are built-in all sorts of items, including your credit cards, travel swipe cards, library books, grocery store cards, security tags, implanted medical records, passports and even the access cards provided by companies. But, What actually is an RFID chip? Radio frequency identification (RFID) is a small electronic device consisting of a chip on which data can be encoded, and an antenna used to transmit that data. It is typically used for short-distance communication of information. However, there is concern that these RFID chips could easily be hacked, and the information on these chips could easily be stolen by hackers. After all, they don't even require physical access to these chips in order to get data from it. The good news is: Researchers at MIT have developed a new way that prevents RFID chips from hacking. Although the information on RFID chip is pro

Are you the one who simply punch your wallet against a reader to get into your office? Then surely your office is using Radio-Frequency Identification (RFID) cards to manage building access and security. However, these most common access control systems are incredibly easy to hack — and now more than ever before. Thanks to a $10 tiny device developed by two security researchers that can easily circumvent these RFID cards. Dubbed BLEkey or Bluetooth Low Energy device is a tiny little device designed to be embedded in an RFID card reader, a small box you swipe or touch your card to open doors. BLEkey exploits a vulnerability in the Wiegand communication protocol used by the majority of RFID card readers today in order to clone and skim your RFID-equipped cards. Grab your BLEkey for Just $10 Mark Baseggio from security firm Accuvant and Eric Evenchick from Faraday Future who developed BLEkey are going to present their findings at next week's Black Hat se

There is a very sleek line between hacking and security. The security used to protect the public could be misused by hackers against the public itself, and one shouldn't forget that with the advance in technology, the techniques used by cyber criminals also improves. Today, What hackers need to conduct a successful cyber attack? Maybe just a computing device injected under the skin of their bodies, who can bear the pain, would be enough to help complete a successful cyber attack – also known as Biohacking . This was exactly what presented by the former U.S. Navy petty officer and now engineer at APA Wireless Seth Wahle . With no malicious intention, Wahle implanted a small NFC chip in his left hand right between his thumb and his pointer finger in order to display the risks of Biohacking. Hacking Android devices using NFC implants: For those unaware, NFC (Near Field Communications) chips embedded in our smartphone devices are used for transferring files and in various mobile pa

Kill Switch - the ability to render devices non-operational to prevent theft - has become a hot topic nowadays. The ability to remotely destroy data of the device lost or stolen has been available for quite some time now, but Kill switch not only remotely destroy the devices' data but also the device itself, making it useless for the thieves. Just last week, Google and Microsoft signed an agreement with the New York Attorney General to add " kill switches " to the upcoming versions of Android and Windows Phone devices, as a part of the " Secure our Smartphones " initiative. But now, the largest chip manufacturer, Intel will soon going to provide Kill Switches for your laptops as well. The company has been working on a project called Wireless Credential Exchange (WCE) with several partners in an effort to bring Kill switch to other mobile devices, including laptops. The project uses RFID technology to provision, track and monitor devices such as lapt