The Apple T2 security chip has finally been jailbroken! Here’s all you need to know about it. The latest update of checkra1n adds support for bridgeOS – the operating system that powers the Apple T2 security chip. For what it’s worth, the T2 chip is not A10 per se but it is derived from the Apple A10 Fusion architecture. . Since checkra1n is still in beta, there are a few issues you need to be aware of. Firstly, you might have to reconnect your device after jailbreaking for bootstrap upload. Secondly, macOS takes over the USB connection and blocks communication after bootup. If you are interested in jailbreaking the T2 chip, download checkra1n jailbreak v0.11 from this link. The link for this article located at Yalu Jailbreak is no longer available. . Explore the jailbreak for Apple's T2 security chip powered by bridgeOS and discover the implications for users.. Apple T2,jailbreak,checkra1n,bridgeOS,security issues. . LinuxSecurity.com Team
At this year's Black Hat Conference, crypto expert Karsten Nohl of SRLabs demonstrated the degate tool that can be used to take a closer look at applications stored on smartcards, such as credit cards and SIM cards.. A smartcard chip is a tiny computer with ROM, in which its operating system and application are located; it also has flash memory for dynamic data, an execution unit and RAM. The ROM, RAM and flash memory are connect to the execution unit via buses. The chips often contain important data such as keys for pay-TV programmes and programs for generating TANs, which is why there have been regular and repeated attempts to read them out. "Timing attacks" were a popular approach up until a few years ago, but this has been succeeded by intrusive attacks on the chip's buses. The link for this article located at H Security is no longer available. . Explore the innovative degate utility that enhances security assessments for smartcards, particularly in financial instruments such as credit cards.. Open Source Tool, Smartcard Security, Application Testing. . LinuxSecurity.com Team
Former U.S. military security specialist Christopher Tarnovsky found a weakness in Infineon's SLE66 CL PE and presented the results of his hack at the Black Hat 2010 computer security conference. The Infineon chip is used in PCs, satellite TV hardware, and gaming consoles to protect secure data.. Tarnovsky, who works for security firm Flylogic, said that cracking the Infineon chip, which has a Trusted Platform Module (TPM) designation, was a long process involving an electronic microscope (which retails for around $70,000). The attack on the chip took six months to plan and execute, and it involved dissolving the outer part of the chip with acid and using tiny needles to intercept the chip's programming instructions. After gaining physical access to the chip, Tarnovsky still had to navigate the chip's software defenses. According to the Associated Press, Tarnovsky remarked that "This chip is mean, man--it's like a ticking time bomb if you don't do something right." Does this mean that Infineon's flagship secure chip has been entirely compromised? Infineon was aware that a physical hack was possible, but a company representative notes that an attack of this sort would require resources beyond that of the typical cracker. Joerg Borchert, a vice president of security at Infineon, told the AP that, because this attack requires a combination of physical access to the chip, a smart hacker, and expensive equipment, "the risk is manageable, and you are just attacking one computer." The link for this article located at PC World is no longer available. . A retired military expert uncovered serious security flaws in Infineon chips, highlighting the need for stronger semiconductor security measures and data protection. Infineon Chip, Security Testing, Data Protection Techniques. . LinuxSecurity.com Team
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