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Category — hardware security
New Research Reveals Spectre Vulnerability Persists in Latest AMD and Intel Processors

New Research Reveals Spectre Vulnerability Persists in Latest AMD and Intel Processors

Oct 29, 2024 Hardware Security / Vulnerability
More than six years after the Spectre security flaw impacting modern CPU processors came to light, new research has found that the latest AMD and Intel processors are still susceptible to speculative execution attacks. The attack, disclosed by ETH Zürich researchers Johannes Wikner and Kaveh Razavi, aims to undermine the Indirect Branch Predictor Barrier ( IBPB ) on x86 chips, a crucial mitigation against speculative execution attacks. Speculative execution refers to a performance optimization feature wherein modern CPUs execute certain instructions out-of-order by predicting the branch a program will take beforehand, thus speeding up the task if the speculatively used value was correct. If it results in a misprediction, the instructions, called transient, are declared invalid and squashed, before the processor can resume execution with the correct value. While the execution results of transient instructions are not committed to the architectural program state, it's still ...
Google Chrome Switches to ML-KEM for Post-Quantum Cryptography Defense

Google Chrome Switches to ML-KEM for Post-Quantum Cryptography Defense

Sep 17, 2024 Browser Security / Quantum Computing
Google has announced that it will be switching from KYBER to ML-KEM in its Chrome web browser as part of its ongoing efforts to defend against the risk posed by cryptographically relevant quantum computers ( CRQCs ). "Chrome will offer a key share prediction for hybrid ML-KEM (codepoint 0x11EC)," David Adrian, David Benjamin, Bob Beck, and Devon O'Brien of the Chrome Team said . "The PostQuantumKeyAgreementEnabled flag and enterprise policy will apply to both Kyber and ML-KEM." The changes are expected to take effect in Chrome version 131, which is on track for release in early November 2024. Google noted that the two hybrid post-quantum key exchange approaches are essentially incompatible with each other, prompting it to abandon KYBER. "The changes to the final version of ML-KEM make it incompatible with the previously deployed version of Kyber," the company said. "As a result, the codepoint in TLS for hybrid post-quantum key exchange is ch...
How AI Is Transforming IAM and Identity Security

How AI Is Transforming IAM and Identity Security

Nov 15, 2024Machine Learning / Identity Security
In recent years, artificial intelligence (AI) has begun revolutionizing Identity Access Management (IAM), reshaping how cybersecurity is approached in this crucial field. Leveraging AI in IAM is about tapping into its analytical capabilities to monitor access patterns and identify anomalies that could signal a potential security breach. The focus has expanded beyond merely managing human identities — now, autonomous systems, APIs, and connected devices also fall within the realm of AI-driven IAM, creating a dynamic security ecosystem that adapts and evolves in response to sophisticated cyber threats. The Role of AI and Machine Learning in IAM AI and machine learning (ML) are creating a more robust, proactive IAM system that continuously learns from the environment to enhance security. Let's explore how AI impacts key IAM components: Intelligent Monitoring and Anomaly Detection AI enables continuous monitoring of both human and non-human identities , including APIs, service acc...
New RAMBO Attack Uses RAM Radio Signals to Steal Data from Air-Gapped Networks

New RAMBO Attack Uses RAM Radio Signals to Steal Data from Air-Gapped Networks

Sep 09, 2024 Vulnerability / Hardware Security
A novel side-channel attack has been found to leverage radio signals emanated by a device's random access memory (RAM) as a data exfiltration mechanism, posing a threat to air-gapped networks. The technique has been codenamed RAMBO (short for "Radiation of Air-gapped Memory Bus for Offense") by Dr. Mordechai Guri, the head of the Offensive Cyber Research Lab in the Department of Software and Information Systems Engineering at the Ben Gurion University of the Negev in Israel. "Using software-generated radio signals, malware can encode sensitive information such as files, images, keylogging, biometric information, and encryption keys," Dr. Guri said in a newly published research paper. "With software-defined radio (SDR) hardware, and a simple off-the-shelf antenna, an attacker can intercept transmitted raw radio signals from a distance. The signals can then be decoded and translated back into binary information." Over the years, Dr. Guri has conco...
cyber security

Creating, Managing and Securing Non-Human Identities

websitePermisoCybersecurity / Identity Security
A new class of identities has emerged alongside traditional human users: non-human identities (NHIs). Permiso Security's new eBook details everything you need to know about managing and securing non-human identities, and strategies to unify identity security without compromising agility.
Hardware Backdoor Discovered in RFID Cards Used in Hotels and Offices Worldwide

Hardware Backdoor Discovered in RFID Cards Used in Hotels and Offices Worldwide

Aug 22, 2024 Hardware Security / Supply Chain Attack
Cybersecurity researchers have uncovered a hardware backdoor within a particular model of MIFARE Classic contactless cards that could allow authentication with an unknown key and open hotel rooms and office doors. The attacks have been demonstrated against FM11RF08S, a new variant of MIFARE Classic that was released by Shanghai Fudan Microelectronics in 2020. "The FM11RF08S backdoor enables any entity with knowledge of it to compromise all user-defined keys on these cards, even when fully diversified, simply by accessing the card for a few minutes," Quarkslab researcher Philippe Teuwen said . The secret key is not only common to existing FM11RF08S cards, the investigation found that "the attacks could be executed instantaneously by an entity in a position to carry out a supply chain attack." Compounding matters further, a similar backdoor has been identified in the previous generation, FM11RF08, that's protected with another key. The backdoor has been obse...
GhostWrite: New T-Head CPU Bugs Expose Devices to Unrestricted Attacks

GhostWrite: New T-Head CPU Bugs Expose Devices to Unrestricted Attacks

Aug 13, 2024 Vulnerability / Hardware Security
A team of researchers from the CISPA Helmholtz Center for Information Security in Germany has disclosed an architectural bug impacting Chinese chip company T-Head's XuanTie C910 and C920 RISC-V CPUs that could allow attackers to gain unrestricted access to susceptible devices. The vulnerability has been codenamed GhostWrite. It has been described as a direct CPU bug embedded in the hardware, as opposed to a side-channel or transient execution attack. "This vulnerability allows unprivileged attackers, even those with limited access, to read and write any part of the computer's memory and to control peripheral devices like network cards," the researchers said . "GhostWrite renders the CPU's security features ineffective and cannot be fixed without disabling around half of the CPU's functionality." CISPA found that the CPU has faulty instructions in its vector extension, an add-on to the RISC-V ISA designed to handle larger data values than the base Instru...
Why Hardsec Matters: From Protecting Critical Services to Enhancing Resilience

Why Hardsec Matters: From Protecting Critical Services to Enhancing Resilience

Aug 13, 2024 Cyber Defense / Compliance
Traditionally, the focus has been on defending against digital threats such as malware, ransomware, and phishing attacks by detecting them and responding. However, as cyber threats become more sophisticated. There is a growing recognition of the importance of measures that stop new attacks before they are recognized. With high-value assets, it's not good enough to have the protection, it's essential to have some assurance that the protection is effective. With software, that assurance is hard work, and this has led to a complimentary approach, called hardsec. What is Hardsec? Short for " Hardware Security ." Hardsec is about using hardware logic and electronics to implement a security defence, rather than through software alone - thereby providing a higher level of security assurance and resilience against both external and insider threats . Making it an essential component of comprehensive cybersecurity strategies. The Rise of Sophisticated Attacks When the impact of an attack ag...
New Intel CPU Vulnerability 'Indirector' Exposes Sensitive Data

New Intel CPU Vulnerability 'Indirector' Exposes Sensitive Data

Jul 02, 2024 Hardware Security / Vulnerability
Modern CPUs from Intel, including Raptor Lake and Alder Lake, have been found vulnerable to a new side-channel attack that could be exploited to leak sensitive information from the processors. The attack, codenamed Indirector by security researchers Luyi Li, Hosein Yavarzadeh, and Dean Tullsen, leverages shortcomings identified in Indirect Branch Predictor (IBP) and the Branch Target Buffer (BTB) to bypass existing defenses and compromise the security of the CPUs. "The Indirect Branch Predictor (IBP) is a hardware component in modern CPUs that predicts the target addresses of indirect branches," the researchers noted . "Indirect branches are control flow instructions whose target address is computed at runtime, making them challenging to predict accurately. The IBP uses a combination of global history and branch address to predict the target address of indirect branches." The idea, at its core, is to identify vulnerabilities in IBP to launch precise Branch T...
Researchers Uncover UEFI Vulnerability Affecting Multiple Intel CPUs

Researchers Uncover UEFI Vulnerability Affecting Multiple Intel CPUs

Jun 20, 2024 Firmware Security / Vulnerability
Cybersecurity researchers have disclosed details of a now-patched security flaw in Phoenix SecureCore UEFI firmware that affects multiple families of Intel Core desktop and mobile processors. Tracked as CVE-2024-0762 (CVSS score: 7.5), the "UEFIcanhazbufferoverflow" vulnerability has been described as a case of a buffer overflow stemming from the use of an unsafe variable in the Trusted Platform Module (TPM) configuration that could result in the execution of malicious code. "The vulnerability allows a local attacker to escalate privileges and gain code execution within the UEFI firmware during runtime," supply chain security firm Eclypsium said in a report shared with The Hacker News. "This type of low-level exploitation is typical of firmware backdoors (e.g., BlackLotus ) that are increasingly observed in the wild. Such implants give attackers ongoing persistence within a device and often, the ability to evade higher-level security measures running in...
Researchers Uncover First Native Spectre v2 Exploit Against Linux Kernel

Researchers Uncover First Native Spectre v2 Exploit Against Linux Kernel

Apr 10, 2024 Hardware Security / Linux
Cybersecurity researchers have disclosed what they say is the "first native Spectre v2 exploit" against the Linux kernel on Intel systems that could be exploited to read sensitive data from the memory. The exploit, called Native Branch History Injection (BHI), can be used to leak arbitrary kernel memory at 3.5 kB/sec by bypassing existing Spectre v2/BHI mitigations, researchers from Systems and Network Security Group (VUSec) at Vrije Universiteit Amsterdam  said  in a new study. The shortcoming is being tracked as  CVE-2024-2201 . BHI was  first disclosed  by VUSec in March 2022, describing it as a technique that can get around Spectre v2 protections in modern processors from Intel, AMD, and Arm. While the attack leveraged extended Berkeley Packet Filters (eBPFs), Intel's recommendations to address the problem, among other things, were to disable Linux's unprivileged eBPFs. "Privileged managed runtimes that can be configured to allow an unprivileged user ...
New ZenHammer Attack Bypasses RowHammer Defenses on AMD CPUs

New ZenHammer Attack Bypasses RowHammer Defenses on AMD CPUs

Mar 28, 2024 Hardware Security / Vulnerability
Cybersecurity researchers from ETH Zurich have developed a new variant of the RowHammer DRAM (dynamic random-access memory) attack that, for the first time, successfully works against AMD Zen 2 and Zen 3 systems despite mitigations such as Target Row Refresh (TRR). "This result proves that AMD systems are equally vulnerable to Rowhammer as Intel systems, which greatly increases the attack surface, considering today's AMD market share of around 36% on x86 desktop CPUs," the researchers  said . The technique has been codenamed  ZenHammer , which can also trigger RowHammer bit flips on DDR5 devices for the first time. RowHammer , first publicly disclosed in 2014, is a  well-known attack  that exploits DRAM's memory cell architecture to alter data by repeatedly accessing a specific row (aka hammering) to cause the electrical charge of a cell to leak to adjacent cells. This can induce random bit flips in neighboring memory rows (from 0 to 1, or vice versa), which can...
Most Sophisticated iPhone Hack Ever Exploited Apple's Hidden Hardware Feature

Most Sophisticated iPhone Hack Ever Exploited Apple's Hidden Hardware Feature

Dec 28, 2023 Spyware / Hardware Security
The  Operation Triangulation  spyware attacks targeting Apple iOS devices leveraged never-before-seen exploits that made it possible to even bypass pivotal hardware-based security protections erected by the company. Russian cybersecurity firm Kaspersky, which  discovered  the  campaign  at the beginning of 2023 after becoming one of the targets,  described  it as the "most sophisticated attack chain" it has ever observed to date. The campaign is believed to have been active since 2019. Operation Triangulation gets its name from the use of a fingerprinting technique called canvas fingerprinting to draw a yellow triangle on a pink background with Web Graphics Library ( WebGL ) in the device's memory. The exploitation activity involved the use of four zero-day flaws that were fashioned into a chain to obtain an unprecedented level of access and backdoor target devices running iOS versions up to iOS 16.2 with the ultimate goal of gathering ...
Collide+Power, Downfall, and Inception: New Side-Channel Attacks Affecting Modern CPUs

Collide+Power, Downfall, and Inception: New Side-Channel Attacks Affecting Modern CPUs

Aug 09, 2023
Cybersecurity researchers have disclosed details of a trio of side-channel attacks that could be exploited to leak sensitive data from modern CPUs. Called  Collide+Power  ( CVE-2023-20583 ),  Downfall  ( CVE-2022-40982 ), and  Inception  ( CVE-2023-20569 ), the novel methods follow the disclosure of another newly discovered security vulnerability affecting AMD's Zen 2 architecture-based processors known as  Zenbleed  (CVE-2023-20593). "Downfall attacks target a critical weakness found in billions of modern processors used in personal and cloud computers,"  Daniel Moghimi , senior research scientist at Google,  said . "This vulnerability [...] enables a user to access and steal data from other users who share the same computer." In a hypothetical attack scenario, a malicious app installed on a device could weaponize the method to steal sensitive information like passwords and encryption keys, effectively undermining Intel's Software G...
Zenbleed: New Flaw in AMD Zen 2 Processors Puts Encryption Keys and Passwords at Risk

Zenbleed: New Flaw in AMD Zen 2 Processors Puts Encryption Keys and Passwords at Risk

Jul 25, 2023 Hardware Security / Encryption
A new security vulnerability has been discovered in AMD's Zen 2 architecture-based processors that could be exploited to extract sensitive data such as encryption keys and passwords. Discovered by Google Project Zero researcher Tavis Ormandy, the flaw – codenamed  Zenbleed  and tracked as  CVE-2023-20593  (CVSS score: 6.5) – allows data exfiltration at the rate of 30 kb per core, per second. The issue is part of a broader category of weaknesses called  speculative execution attacks , in which the optimization technique widely used in modern CPUs is abused to access cryptographic keys from CPU registers. "Under specific microarchitectural circumstances, a register in 'Zen 2' CPUs may not be written to 0 correctly," AMD  explained  in an advisory. "This may cause data from another process and/or thread to be stored in the YMM register , which may allow an attacker to potentially access sensitive information." Web infrastructure company Cloudflare no...
China Bans U.S. Chip Giant Micron, Citing "Serious Cybersecurity Problems"

China Bans U.S. Chip Giant Micron, Citing "Serious Cybersecurity Problems"

May 23, 2023 National Security / Hardware
China has banned U.S. chip maker Micron from selling its products to Chinese companies working on key infrastructure projects, citing national security risks. The development comes nearly two months after the country's cybersecurity authority  initiated a probe  in late March 2023 to assess potential network security risks. "The purpose of this network security review of Micron's products is to prevent product network security problems from endangering the security of national critical information infrastructure, which is a necessary measure to maintain national security," the Cyberspace Administration of China (CAC)  said . The CAC further said the investigation found "serious cybersecurity problems" in Micron's products, endangering the country's critical information infrastructure supply chain. As a result, operators involved in such critical information infrastructure projects should stop purchasing products from Micron, it added. The autho...
MIT Researchers Discover New Flaw in Apple M1 CPUs That Can't Be Patched

MIT Researchers Discover New Flaw in Apple M1 CPUs That Can't Be Patched

Jun 11, 2022
A novel hardware attack dubbed  PACMAN  has been demonstrated against Apple's M1 processor chipsets, potentially arming a malicious actor with the capability to gain arbitrary code execution on macOS systems. It leverages "speculative execution attacks to bypass an important memory protection mechanism, ARM Pointer Authentication, a security feature that is used to enforce pointer integrity," MIT researchers Joseph Ravichandran, Weon Taek Na, Jay Lang, and Mengjia Yan  said  in a new paper. What's more concerning is that "while the hardware mechanisms used by PACMAN cannot be patched with software features, memory corruption bugs can be," the researchers added. The vulnerability is rooted in pointer authentication codes ( PACs ), a line of defense introduced in arm64e architecture that aims to detect and secure against unexpected changes to  pointers  — objects that reference an address location in memory. PACs aim to solve a common problem in software...
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