A new vulnerability, dubbed “GoFetch,” has been discovered in Apple’s M-Series chips, which has raised concerns about the security of encrypted data. This vulnerability allows hackers to gain access to secret encryption keys that are stored within the chips, potentially putting sensitive information at risk.
Apple announced a groundbreaking development in its messaging service during the WWDC conference last week. The tech giant unveiled the PQ3 protocol, a next-generation encryption technology designed to enhance the security of iMessage.
Apple recently announced an update to its iMessage app, introducing a new ‘Post-Quantum’ encryption protocol to enhance user privacy and security. The update is being rolled out to all iOS users worldwide, with distribution expected to be completed by the end of the week.
Apple has recently updated its iMessage app with a new ‘Post-Quantum’ encryption protocol. This update aims to enhance security measures in place for users sending messages through the platform.
Enhanced Security
With the rise of cyber threats and the increasing need for data privacy, the addition of post-quantum encryption to iMessage is a significant step forward for Apple. This new encryption methodology ensures that messages sent through iMessage are protected from quantum computing attacks, which are becoming more prevalent in today’s digital landscape.
In recent years, the Raspberry Pi has gained popularity as a versatile and affordable mini-computer capable of handling a wide array of tasks. However, there have been concerns about its potential to compromise disk encryption on PCs. Let’s delve into this topic and explore the complexities involved.
A security researcher recently discovered a major vulnerability in BitLocker encryption, commonly used to secure data on Windows devices. The flaw allows an attacker to bypass the encryption and gain access to sensitive information in just 43 seconds. The surprising part is that this breach can be achieved using a sub-$10 microcontroller, the Raspberry Pi Pico.
