WPA3 | Breaking Cybersecurity News | The Hacker News

The same team of cybersecurity researchers who discovered several severe vulnerabilities, collectively dubbed as Dragonblood , in the newly launched WPA3 WiFi security standard few months ago has now uncovered two more flaws that could allow attackers to hack WiFi passwords . WPA, or WiFi Protected Access, is a WiFi security standard that has been designed to authenticate wireless devices using the Advanced Encryption Standard (AES) protocol and intended to prevent hackers from eavesdropping on your wireless data. The WiFi Protected Access III (WPA3) protocol was launched a year ago in an attempt to address technical shortcomings of the WPA2 protocol from the ground, which has long been considered to be insecure and found vulnerable to more severe KRACK attacks . WPA3 relies on a more secure handshake, called SAE (Simultaneous Authentication of Equals), which is also known as Dragonfly, that aims to protect WiFi networks against offline dictionary attacks. However, in less

Windows 10 users don't have to wait much longer for the support of latest WPA3 Wi-Fi security standard , a new blog post from Microsoft apparently revealed. The third version of Wi-Fi Protected Access, in-short WPA3, is the next generation of the wireless security protocol that has been designed to make it harder for attackers to hack WiFi password . WPA3 was officially launched earlier this year, but the new WiFi security standard won't arrive overnight. Most device manufacturers could take months to get their new routers and networking devices certified by the Wi-Fi Alliance to support WPA3. Meanwhile, technology providers have already started working on software and firmware updates to support the new WPA3 standard, including Microsoft. WPA3-Personal (SAE) Support in Windows 10 Though Microsoft hasn't yet officially announced WPA3 support for its Windows 10 operating system, new APIs introduced in the newly released Windows 10 SDK Preview build 18272 , as ma

The Wi-Fi Alliance today officially launched WPA3 —the next-generation Wi-Fi security standard that promises to eliminate all the known security vulnerabilities and wireless attacks that are up today including the dangerous KRACK attacks . WPA, or Wi-Fi Protected Access, is a standard designed to authenticate wireless devices using the Advanced Encryption Standard (AES) protocol and is intended to prevent hackers from eavesdropping on your wireless data. However, in late last year, security researchers uncovered a severe flaw in the current WPA2 protocol, dubbed KRACK (Key Reinstallation Attack), that made it possible for attackers to intercept, decrypt and even manipulate WiFi network traffic. Although most device manufacturers patched their devices against KRACK attacks, the WiFi Alliance, without much delay, rushed to finalize and launch WPA3 in order to address WPA2's technical shortcomings from the ground. What is WPA3? What New Security Features WPA3 Offers? WP

While cloud adoption has been top of mind for many IT professionals for nearly a decade, it's only in recent months, with industry changes and announcements from key players, that many recognize the time to make the move is now. It may feel like a daunting task, but tools exist to help you move your virtual machines (VMs) to a public cloud provider – like Microsoft Azure – with relative ease. Transitioning from VMware vSphere to Microsoft Azure requires careful planning and execution to ensure a smooth migration process. In this guide, we'll walk through the steps involved in moving your virtualized infrastructure to the cloud giant, Microsoft Azure. Whether you're migrating your entire data center or specific workloads, these steps will help you navigate the transition effectively. 1. Assess Your Environment: Before diving into the migration process, assess your current VMware vSphere environment thoroughly. Identify all virtual machines (VMs), dependencies, and resource

The Wi-Fi Alliance has finally announced the long-awaited next generation of the wireless security protocol—Wi-Fi Protected Access (WPA3). WPA3 will replace the existing WPA2—the network security protocol that has been around for at least 15 years and widely used by billions of wireless devices every day, including smartphones, laptops and Internet of things. However, WPA2 has long been considered to be insecure due to its common security issue, that is " unencrypted " open Wi-Fi networks, which allows anyone on the same WiFi network to intercept connections on other devices. Most importantly, WPA2 has also recently been found vulnerable to KRACK (Key Reinstallation Attack) that makes it possible for attackers to intercept and decrypt Wi-Fi traffic passing between computers and access points. The new standard of Wi-Fi security, which will be available for both personal and enterprise wireless devices later this year, offers improved security and privacy. WPA3